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DESIGN AND CONSTRUCTION UNION CARBIDE CHEMICALS COMPANY Division of UNION CARBIDE CORPORATION THERMAL INSULATION AND ACCESSORIES MANUAL I October 1962 I f I i I M, U. Dorsey W. C. Turner ^ W. D. WinU J. F. Malloy * I TECHNICAL CENTER I SOUTH CHARLESTON WEST VIRGINIA I 1 UCC 022067 ERRATA Thermal Insulation and Accessories Manual The following corrections should be made: Page 8, Generic Class No. 20, Thermal Conductivity 0.29 @ 800 F should be 0.29 @ 200 F 0.35 @100OF should be 0.35 @ 300 F i Page 8, Generic Class No. 21, Thermal Conductivity 0.29 @ 800 F should be 0.29 @ 200 F 0.35 @ 1000 F should be 0.35 @ 300 F Page 11, Generic Class No. 29, Insulation Trade Names "Magnesium" should be "Magnesia" Page 59, Generic Class No. 29, Trade Names "Magnesium" should be "Magnesia" Page 83, Resin Emulsion "Foster 81-92W" should be "Foster 81-42" Page 84, Synthetic Rubber (Solvent Type) "Foster No. 716" should be "FUntkote No. 716" Add Foster 81-71 -20 200 Foster 81-81 -20 200 Foster 81-91 -20 200 Page II-5, Correct street address for Insul-Coustic Corporation is 42-23 54th Road November 9, 1962 UCC 022068 INTRODUCTION CONTENTS Page 1 INSULATIONS CHARACTERISTICS Block, Board, and Preformed Pipe Covering . Blanket, Felt, Tape, and Rope............................................................................ Cement............................. Loose and Fill .......................................................................................................... Reflective .............................................. Sprayed, Foamed, and Formed In Place........................................................... Cryogenic Evacuated Systems and Materials . 2 21 32 38 47 50 54 MATERIALS Block, Board, and Preformed Pipe Covering ..................................................... Blanket, Felt, Tape, and Rope............................. Cement..................................................................................................................... Loose and Fill................................................................ Reflective............................................................................................................... Sprayed, Foamed, and Formed In Place........................................................... Cryogenic Evacuated Systems and Materials............................. ACCESSORIES 57 62 65 67 69 70 71 Miscellaneous Asbestos Products......................................... 72 Adhesives............................. 79 Fabrication Cements ................................................................. 90 Joint Sealers (Includes caulking materials) . 92 Primers and Surface Sealers ............................................................................. 97 Finish Coatings .................................................................................................... 99 Weather Barrier Coatings...................................................................... 103 Vapor Barriers ............................................................................................. 108 Weather-Vapor Barriers.................................................... 112 Heat Resistant Coatings ............................................................................................... 115 Reinforcing Membranes...............................................................................................116 Jackets .............................................. 124 Fasteners................................... 130 Tools................................... 137 Miscellaneous.......................................................... 139 APPENDIX 1 Explanation of Characteristics............................................................................ 1-1 APPENDIX 11 Manufacturers .......................................................................................................... II-1 UCC 022069 INTRODUCTION This manual was prepared for the use of Design and Construction, Union Carbide Chemicals Company, as a guide for the selection and procurement of thermal insulations and accessories. It is only a listing of available manufactured products and in no way does it imply that the individual materials have been approved by Union Carbide Chemicals Company for any general or specific use. Nor does it present any evaluation of one manufacturer's material as compared to another. The manual contains two main sections, the first covering insulations and the second covering insulation accessories. The insulation section contains a tabulation of the characteristics of more than one hundred and fifty generic classifications of insulation. For each classification, as many manufacturers as possible are listed as sources of material. The accessories section contains a number of generic classifications of materials used with insulation materials in an installation. Descriptions and sources of supply are given for each classification. The information contained in this manual was tabulated from data furnished by the manufacturers of the products. Some inconsistencies may exist, as relatively few manufacturers presented complete information on their products. Where differences in values were presented by two or more producers, the minimum and maximum values of accumulated data are listed. In some instances these are due to actual differences in the material produced, whereas in other instances the listed difference may be traced to the method used in testing the material. Materials listed in a particular group are not necessarily all of the same quality, and as manufacturers improve their materials the order of quality may change; thus after a generic selection of material has been made, the latest specific data on the individual material should be obtained from the manufacturers. By this method the most desirable insulations and accessories for an individual application can be chosen. To our knowledge no tabulation similar to this manual exists. -1 - UCC 022070 UCC 022071 I CHARACTERISTICS I I I I I I I I I I UCC 022072 1 Il I t 1 I I i i i I >I I I I i I I I CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES > FiberIrax F-I3 2 Efljtrrlrax XB Board 3 Fiberirax T-3 Tube* BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE l*t RUN % weight k>M 2nd RUN ALKALINITY, pH CAPILLARITY. C, by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu It DROP RESISTANCE HARDNESS, cn m penetration HYCROSCOP1C1TY, %b> weight RESISTANCE TO ACIDS resistance to caustics RESISTANCE to solvents A)umiaa-l2le* fiber afid binder Rigid block 0 0 Alumina silica fiber and binder Rigid board Incombustible 3200 T Incombustible 3200 F 12 10 20 2; Good at room temperature except HF and K> PO Fair to poor at room temperature Excellent Good Poor Alumina-silica liber aad binder Rigid tubas, 1/2" ID to 40" ID, wall (hickness O.0S*' to 1.0" Paper binder bums out. Does col explode. 3200 r I j 30 10 43.2 Good ai room temperatures except HF and Hj POj Fsir to poor at r^cm temperature Excellent shrinkage - heat LINEAR VOLUMETRIC SPECiriC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE. p*l 0.; f 1500 F 0, IS to 0.32 4.0*$ 2000 F 0.4H&1500 F 4.0*$ 2000 F 0.40 6. 4 *>$ 2300 F 3.14V$1MZF 0.48 to 0.69 STRENGTH - FLEXURAL. p*i STRENGTH - SHEAR, pal STRENGTH - TENSILE. pl TEMPER VI RE 1 iMits 1 CONTINUOUS J SHORT PERIOD CYCLIC Atifio* Atmos Atmos Min Min Min 2000 2300 2300 TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (bt> !q H) |dt| F / to.) 0.36 $ 4(10 F 0.66$ 1000 F 1.26$ 2000 F 1.48 1600 F I.STflSOOF l.87t200or THERMAL DIFFCSIVITY. iq (l / Hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Excellent FMaAx tmos FMaAxtmos FMaAx tmo* M>n >1ln Min 2Q0f> FMaxAtmos 2300 FMaxAtmos 2200 FMaxAtmos Mm Mis Min 2000 F Mss 2300 F Mat 2300 F Mas 0.S$ SDO r 1.4$ 2000 F 0.6 1000 F i.i e isoo r Excellent 0.60$ 600 F 1.34$ 1600 F 0.80$ 1000 r 1. 49$ 2000 F 1.04$ 1400 F Good WARPAGE - IN SERVICE R ATER ABSORPTION . It by Might 300 100 Saturates WATER VAPOR TRANSMISSION ADVANTAGES .Excellent thermal shock resistance. Will withstand flame impingement. Can be readily machined. Not softened bv water. Excellent thermal shock resistance. Can be machined. Vfieri lor flue tubes, combustion chamber liners, furnace liners and insulating sleeve*. LIMITATIONS UCC 022073 - .. I GENERIC CLAW NUMBER I INSVlATlOK TRADE NAMES CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING 4 Cuix'Mir. IniVato* No, 1200 s t'Mrco Jaautube 6 Asbestos Sponge Fahc Best Fell, Asbestos Sponge. basic material GENERAL FORM ABRASION RESISTANCE l*t RUN *V weight to** 2nd RUN ALKALINITY. pH CAPILLARITY, r. by weight coefficient or expansion COMBL-STIBIUTV FLASH FLAME melting COHROSJON - RUSTING C0RR051DS - STRESS CIUCKJNG - HOT Sl'RFACE DENSITY, lb / fu ft DROP RESISTANCE HARDNESS, m m prnHniiloA HYGR05COP1C1TY, by .fight resistance to acids RESISTANCE TO CAUSTICS Amoslie asbestos and diatotaacaou* StliCDtC Rigid pipe covering io to n High 20 * JO'* l&conbuitlble Glass fiber contained between inner and outer braided asbestos Seamless, flexible Insulation, lor tubing up to 2'" OD. Not applicable 7 to 8 High Aabsstoa fiber Flexible block sad pipe covering P.4 High incombustible Does not contribute Inhibits siren* corrosion None 13 to 20 Lest than 0,40 3.5 Resistant to most common acids Resistant to most common caustics Does not contribute Does not contribute None 12 to M Not applicable Not applicable 3.0 Resistant to most common acids Resistant to most common caustics 26 to 33 RESISTANCE to SOLVENTS Resistant to all solvents Resistant to all solvents ISHRINKAGE - HEAT linear 0.01V.6 150F VOLUMETRIC 0.03 rM if 1200 f SPECIFIC GRAVITY REAL APPARENT 0.21 to 0.32 0.207 I'prcinc HEAT, blu / lb 0.25 0.24 STRENGTH - COMPRESSIVE, pal [STRENGTH - FLEXURAL, pat .11 'a j ? deformation 43 10? deformation 120 Low Not applicable (strength - SHEAR, pl Hoi applicable ^STRENGTH - TENSILE. p*i |TCMPEIUT4 re LIMITS CONTINUOUS Almo. 5HORT PERIOD Atmo* CYCLIC Almo* Min Min Min ^TEMPERATURE RISE SELF-INTERNAL HEATING No evidence [thermal conductivity. pto / Rift <sq ft) (deg F / in.) 0.32 fi 100 F 0.37 0 200 F 0,42 0 300 F 1200 Hilt 1200 F Max 1200 F Max 0,47 0 400F 0.52 0 S00 F 0. 57 0 000 F Not applicable Atmos Atmos Atmos Min Min Min No evidence 0.23 0 100 p 0.33 fi 200 r o.js too r THERMAL Dirri SimV, q It / hour 0.000 '0 400 F and 17 Iba 0.21 0 200 F InaitMAL shock resistance |ibration resist ance Excellent Excellent Excellent Excellent 600 F Max 500 F Max 500 F Max WAR PAGE - IN SERVICE None None |vaTCB ABSORPTION . T. by .fight 1 hatch vapor transmission 300 300 to 500 perm*-inches High 300 to 500 perm-mebrs Advantages Relatively high strength. Can be prefabricated. Resists fracture. For uae on lubes and bent piping. Available in plain or waterproof )acWei. 4.3 200 F 0.42 to 0.33 0.25 Atmos Atmoe Atmos Alin Mia Min 700 FMs\ 700 FMax loo FMax 0.36 fi 100 r 0.42 0 200 F 0.46 0 300 r O.S4 0 4CH>r 0.003 0 300 F and 30 Iba Good Good High Fairly high tensile strength. Imitations Loose! imi. ol tin Hrengih when when tI. Only partly aail.laetory for bridging gaps. Musi be pushed over pipes and tubes Will not stav in true round on before iheir erection. horizontal hoes. I UCC 022074 V l I I I I i i i i i i i i i i i i *,nnMcic.risi it. a BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSOLATION TRADE NAMES 7 Drlrtiirt. 1 Pui Air Cell, Aebeatocal B 9 Aabesiocltr, Deluxe Stonewall, PJU-F-L** BASIC MATERIAL Aibtitoi fiber AabeiVoa liber Aabesioa fiber and cement GENERAL FORM ABRASION RESISTANCE 1*1 RUN % weight leas 2nd RUN ALKALINITY. pH CAPILLARITY, r, by w.,Kht COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - resting CORROSION - STRLSS CRACKING - HOT SURFACE DENSITY, lb / eu ft DROP RESISTANCE HARDNESS, m m penetration HVCHOSCOPlCiTY. ^ bj weight RESISTANCE TO ACZD5 Stml-rigid block and pipe covering Semi-rigid block, board aed pipe covering 10.4 ljtcombuatibla iacombuettble a to 17 Semi-rigid board 7 to 13 Uombw*ubla 2500 F Does not contribute 95 to DS 5 Not acid retla tint l | RESISTANCE TO CAUSTICS Fair RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY real apparent SPECIFIC HEAT, btu / lb STRENGTH * COMPRESSIVE, pat Not alUctcd I - 7 % $ 200 F 0.15 to 0.27 Good 1.5 to t.$ 14000 STRENGTH - FLEXURAL, pmi STRENGTH - SHEAR, pat STRENGTH - TENSILE, pat TEMPEJIATi HE LIMITS CONTINUOUS Atmoa SHORT PERIOD Atmoa CYCLIC Atmoa Min Min Min temperature rise SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr) faq ft) <deg F / in,) 0.45 IS 100 F 0. 52 $ 200 F 0.60$ 300 F THERMAL DtFFUSHITY, ,<l / hour thermal shock resistance vibration resistance $50 FMax Aunol M 550 FMax Aimer Min SSO FMax Atmoa Min 1773 mod 2350 300 FMax To -50 F Min *00 F Max 300 FMax To -100 F Min looO F Max 300 FMax 0.67$ 400 F 0.47 $ 100 F to 0.53 100 F 0.53 $ 203 F to 0.64 $ 200 F 0.60 300 F to 0.75$ 300 F Good 4.0$ 100 F Poor war PAGE - IN SERVICE WATER ABSORPTION , 'h by wtlgM 22 to 2i WATER VAPOR TRANSMISSION advantages Available In apenal ahapea to cover Can be reuacd. two or more pjpea. Lightweight. Weather reatetam- Good sirenph. Firtprooi. Flat or prreurted. l ard as protective facing. limitations Become* toft when wet. Low \rtnp. Yt>)) not uithaund abuse. u UCC 022075 I I GENERIC CLASS NUMBER I INSULATION TRADE NAMES BASIC MATERIAL I GENERAL FORM CHARACTERISTICS BLOCK. BOARD AND PREFORMED PIPE COVERING 10 TnuHt, Permaboard Asbestos liber and cement Bifid txrard it Asbestos Millboards, Asbestos MlUboard 106. 102. 210 and "C". Detroc Board Asbestos fiber sad binder Rigid board 12 Kay-Therm. Trl-Cshte. Kay to. ~ Coitemp, Calelllte. Calcium Silicate. Hylo Calcium-silicate and asbestos libera Rigid block and pipe covering ABRASION resistance 1st PEN I ^ weight to** ALKALINITY. pH 2nd RUN CAPILLARITY, r*bv weight coirricitNT or expansion I combustibility FLASH FLAME MELTING I CORROSION - RESTING CORROSION - STRESS CRACKING - HOT St'ftFACE DENSITY, !b / cO (I DROP RESISTANCE HARDNESS, m m penetration HYCROSCOPICITY, *1 by weight 7 to 13 2500 F Incombustible lftD to 125 Incombustible 50 to 60 10 to2ft 20 to 40 & to 11 412 to 635 2.8 x 10 Incombustible Will not cause steel to rust Stainless must be protected Some manufacturers* products will hoi surface crack 10 to 13 RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS REStSTASCt TO SOLVENTS Kol acid resistant Fair Good Good Poor to fair Moderate Good ji SHRINKAGE - HEAT uxear VOLUMETRIC SPECinc GRAVITY BEAL APPARENT SPECIFIC HE AT, btu / lb STRENGTH - COMPRESSIVE, pat 1.6 to*, ft STRENGTH - FLEXURAL, p*i 5TRENCTH - SHEAR, pa* STRENGTH * TENSILE, psi TEMPEP.ATi RE LIMITS CONTINUOUS -50 F Mm SHORT PERIOD -100 F Mm CYCLIC 600 F Mas 1000 F Max TEMPERATURE RISE SELF-INTERNAL HEATING - thermal conductivity. t>lu / fhn liq ft) |dtt F / m, I THERMAL WFFrsJVJTV, ,q It / kjr THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WARPACt - IN SERVICE w ater absorption _ * by wt-hi WATER VAPOR TRANSMISSION i.oifi loo f to 4.s<a ioo r Poor 25 0-60 to G.*6 Alan Mui Atmos Min 1.S%g 120* F 2.51, to 9.9" 2.3 to 2.6 0.1; io 0.22 O.snc 1000 F 0.22 to 0.26 `. 5 to 165 0 5 ft delormaiioA 120 to 263 i10 % deformation SOtotb 59 to 222 7 to 3T BttOtolHOU F Max Atmos Atmos Atmos MU 1200 to 1330 F Max Mb* 1200 to 1350 FMax Min 1200 to 1350 FMax Ko evidence of self heating unless contaminated 0.<a 100 f to .33 6 100 F 0.45 IS 400 F to 0.SU> 400 F O.jJlSlOOF to 0.63 A* COO F <1.0)3 to 0 016 (S 400 r tid 12 lb. Good Good Some manufacturers' products will warp when used above 750 F 430 to 550 21 perm-inches j Jadvantages Hard and dense. Good mechanical strength. Good compressive strength. Maintain: shape and mosi o\ aireftglb when net. Can be prefabricated. rz_____________________________ Will not withstand lire exposure UCC 022076 When broken. piece* fall apart. Not suitable for bridging gap*. Ir I e t ii i l i I r I t I i I I I l I I I l BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES BASIC MATERIAL general form ABRASION RESISTANCE let RUN % weight lass 2nd RUN ALKALINITY, pH CAPILLARITY, f* by weight cocrnciEKT of expansion COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RESTING CORROSION' - STRESS CRACKING - HOT SURFACE DENSITY, lb ! cu it DROP RESISTANCE HARDNESS, m m penetration HYCROSCOPICITY, b> v,lbl RESISTANCE TO ACIDS Kv)p-20, Ctumte-Hi, L.K. -20, 13 Calciusn-tllictte tnd&tbeetos flbera Higid block and pipe covering 3 to 20 ft to 40 B to 10. 5 High incombustible H ill net cause teel to rust Stainless must be protected 11 to 13 00 5 Poor to lair Novont Cork, J&mtiU', LT Cork. Corkboard, BB Corkboard. Cork Board and pipe cover mg Good 7 5 * lo'5 Will burn. Soften* 260 F Steel should be protected is Enduro. Hi Temp No 19, Super**, Hy Temp. Type 19. Prasco 19-C. No 19. Diatomsceou* silica, and binders. Rigid block and pipe covering 30 to 37 S3 to tS 7 to ft 240 12 k ID**8 Reheated IneomousUbl* Will not cause steel to rust Stainless must be protected 6 to 3 0 Resilient 1.6 Poor 21 to 25 0, t0 to 6,$0 2 to 6 Good RESISTANCE TO CAUSTICS Good Good resistance to solvents Good Not affected SHRINKAGE - HEAT linear 1.7%j600 F VOLUMETRIC 0.7 T 1200 F SPECIFIC GRAVITY REAL apparent 0.17 to 0.22 0.10 to 0. lb SPECIFIC HEAT, b|u / lb 0.22 0.43 STRENGTH - COMPRESSIVE, p>l STRENGTH - FLEXURAL, pel 120 to 130 fo 5 It deformation 150 & 10 ft deformation 40 to 90 5 6 5 7* deformation 25 25 f, deformation 1$ to 21 STRENGTH - SHEAR, psl STRENGTH - TENSILE, psj rrMPERATJ RE LIMITS COST 1NUOU5 Atmos short PERIOD Atmos CYCLJC Atmos Min Min Min 19QQ 1600 1600 FMax -250 FMin FMax -300 r Mbs FMax -300 F Min 200 F Max 220 F Max 220 F Wax temperature rise self-internal heating THERMAL CONDUCTIVITY, btu / (hr) (ftq ft) jdeg F / Uj. ) No evidence of self heating unless contaminated. 0.46 100 r to 0.52 6 200 F 0.54 |S 400 F to o.eo 400 F O.M fi 900 F to 0.90 900 F 0.23 @ -30 F 0.24 6 OF 0.26 g 60 F to 0.27 g CO F THERMAE DlFFl smTY. q ft / hour 0.OILfi 200 T Olid 12 lb* 0.0066 0 F and 7 lb* THERMAL SHOCK RESISTANCE VIBRATION resistance Excellent Good Good Excellent 2.5 r.g 1900 F to 1C r.@ 1500 F 2.2 to 2.3 0.34 to 0.40 0.22 to 0.2a 12 to 125 $ 3^< deformation 67 to 2Q0 lo*t deformation 50 to 61 43 to 3C0 15 to 20 Atmos Atmos Atmos Min Mill Min 2900 1900 1900 FMax FMax FMax No evidence of sell besting unless contaminated 0.69(5 500 F lo 0.72 g 500 F 0. 7.1& COO F to 0.74 COO F 0.77 fi 600 F to 0.61 ^ 600 r 6.009 to 0. W2 * ^00 F Excellent Good WARPACE - IN SERVICE H ATER ABSORPTION , 7* by weigh! 460 240 to 230 WATER VAPOR TRANSMISSION High 3.0 to 1.0 perm-inches 20 io 212 perm-inches ADVANTAGES limitations Good compressive strength, Low Shrinkage. Maintains shape and moat oi strength when wet. Can be pre fabricated. Resilient. Will withstand contraction ant) expansion. Can be prefabricated. Handles well, particular)'' where retired * urner layer covering. When broken, pteces fall aperi. Not suitable for bridging gap*. Will burn slowly and punk afterward. Loose* most of Hrrngih ^ken wet. Depends on vapor barrier for efiecthe I'flsuKxbtr in bridge p3ps, DUJicuIi low temperature service. lo prefabricate. 6 UCC 022077 I CHARACTERISTICS BLOCK,BOARD AND PREFORMED PIPE COVERING I GENrniC CLASS NUMBER INSULATION TRADE NAMES I BASIC MATERIAL I general form abrasion resistance ** weigh! loll Ut RUN 2nd RUN I ALKALINITY. pH CAPILLARITY. by weight coefficient or expansion COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, / cu fl DROP RESISTANCE HARDNESS, m m penetration HYGHOSCOPICITV. *< by Might RESISTANCE TO ACIDS [RESISTANCE TO CAUSTICS 16 Superex M, Type M. Pruco 15-C. 17 Marlmte No. 23. Marinlte No. 36. Mano lie No. 63, Dnarcoboard. Foamglas 18 Dialomaceoua silica. and binders. Rigid block Bad pip. ooveriog Disiomsceous silicate and asbestos fibe rs Rigid board Cellular glass Rigid block aod plpa oororlog 26 to 30 46 to 55 9 to 11 --2-4-0------ ------------------- ---------------------- High 26x10 Reheated 5 x to"6 Incombustible Incombustible will not cause steel to rust Stainless must be protected M ill not came steel to rust Stainless must be protected Poor 7.5 None 46 x I0`7 Incombustible 1666 F Will not cause steel lo rust Does not contribute Will sires* crack 21 to 25 No 21-23. No 36 and L'B-36. No 65-65 6 to 70 0.50 to 0.60 Good Good 0.10 0 Resistant to dilute acids Resistant to most common caustics 0 Good except HF sod H,PO Good from pH 7 to ID 'resistance to SOLVENTS Resistant Good Excellent SHRINKAGE * HEAT UNEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT [SPECIFIC HEAT, biu / lb 2 51$ 1500 F 3 to 7 T. $ 1500 F 2.2 to 2.3 0.34 to 0.40 O. 22 to 0.26 No 23-0, 36. No 36-0.56. No 65-1.0 0.22 0 % $ 600 F 2.5 0.128 to 0.160 9.20 'STRENGTH - COMPHES5IVE, pi [strength - flexural. psi 120 5 % deformation 210$ 10 ? deformation 65 to 75 US - 1000 100 o % deformation *5 STRENGTH - SHEAH. (Ml 105 to 115 UB - 400 STRENGTH - TENSILE. |l IS No 23-1*. 5,No 36-460. No 65-750 temperati re LIMITS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Min Min Min 1500 to 1600 F Max Atmos Min 1500 to 1600 F Mix Atmos Min 1560 to 1600 F Max Atmos Min BP0 to >200 F Max 600 to 1200 F Max TEMPERATURE FIST [self-internal heating No evidence of self healing unless contaminated No evidence of self healing unless contaminated THERMAL CONDUCTIVITY. bii / Ihn r*C| It* {deg F / tn.) 0.59$ 500 F to 0.64 500 F 0.67$ 800 F to 0.73$ 600 F 0.74$ 1000 F to 0.75$1000 r 0.58 $ 300 F lo 1.59$ 300 F 0.82 $ 500 F lo 1.72$ 500 F [thermal DirrusivrrY. *ft /wT 0.106 to 0.0L$ 500 F 0.0045 to 0.01 $ 300 F 64 64 -430 F Min -450 F Min 600 F Max 600 F Max No aeU internal heatlog 0.32 $ -50 F 0.35 $ OF 0.39$ TO F 0.016 $ 70 F 0.4S $ 200 F 0.60 $ 400 F 0.64 $600 F Thermal shock resistance VIBRATION RESISTANCE Excellent Good Good Good Boor Poor kVARPAGE - IK SERVICE Will not warp WATCH ABSORPTION , % by (Height [WATER VAPOR TRANSMISSION ADVANTAGES LIMITATIONS 24i> Handles well Looses most of strength when wet. Unsuitable to bridge ftps. Difficult to prefabricate. 160 0 Used as fireproofing of steel and side panels of oven. Can be fabrica ted like wood. Useful as firs pro tection insulation. Not irrommcndvd under freezlngihafting condition*. 0 Dimensions IK liable, impervious to water and vapsr. Can be pre fabricated. i Not abrasion resistant- Musi provide for expansion and contraction. UCC 022078 7 --i I I I I I 1 I l I I i l f i i i i CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER insulation trade names ?9 FmimjIh Roof iMuiition 20 Heavy Density Srctionsl. Armagla* PF. Duel Temp. Super|!u 21 Flberglaa Low Pressure. Armaglas Low Pressure. SupergU* Low Pressure. BASIC MATERIAL Cailular glaaa Fibrous glass sad binder Fibrous glass sad binder GENERAL FORM ABRASION RESISTANCE Ut RUN % weight lose 20d RUN ALKALINITY. pH CAPILLARITY, t. by wcicM COEFFICIENT OF EXPANSION COMBUSTIBILITY fush FLAME melting CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu ft DROP RESISTANCE HARDNESS, m m peeeirati&o WYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Bifid roof insulation Poor 7.6 Non* 48 * JO"1 Incombustible 1600 F Will not ciuse Heel to rust Doe* not contribute Will tirtii creek S to lb 0 Good except HF sod H,P04 Good from pH 7 to 10 Semi-rigid pipe ooverbf 40 8 to 10 Negligible Bamt-rlfld pips covering 44 e to to Negligible MOO F Will bov ceuse steel to rust SLstnleas should be protected 5 to ID. 7 1/4 Average 1400 F Will not causa steel to rust Stainless should be protected 5 to 30. 7 1/4 Average 0 Good from pH 3 to 7 except HF and HjPOa Good from pH 7 to 10 0 Good from pH 5 to 7 except HF sod HjPO, Good from pH 7 to 10 RESISTANCE to solvents Excellent SHRINKAGE - HEAT sprcinc GRAVITY LINEAR VOLUMETRIC REAL apparent b % D> F z. a 0.126 to 0.160 SPECIFIC HEAT, btu / lb 0.20 STRENGTH - COMPRESSIVE, pal 100 $ 0 % deformation STRENGTH * FLEXURAL, pat 75 STRENGTH - SHEAR, pftt 64 STRENGTH - TENSILE, psi 64 TEMPERATl RE LIMITS CONTINUOUS -440 r Min SHORT PERIOD -440 T Mia CYCLIC 600 F Ms* M>0 F Max TEMPERATURE RISE SELF-INTERNAL HEATING No self Interne! heatthf THERMAL CONDUCTIVITY, btu / (bri (tti ft) (deg F / in.) 0,32 <t - Sb F 0.35 -OF 0.3# 6 30 F 0.4S @ 200 F 0. SO $'400 F 0.84 COO F THERMAL DIFFUS1VITY, aq II / hour 0.0183 70 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Poor Poor WAnPAGE - IN SERVICE Will not warp WATER ABSORPTION , V. by weight 0 WATER VAPOR TRANSMISSION 0 ADVANTAGES Iraparviouj to wator 2.5 0.12 Average 0.20 60 2.5 0.12 Average 0.20 60 To -320 F Mtn 200 to 450 F Matt To -320 F Min 200 to 500 F Matt Atmos Atmos Atmos Min Mid Min 230 T Msx 230 F Max 2S0 F Max 0,24 $ 70 F 0.25 100 F O.Olifi 75 F Good Good 0.29$ 800F 0.24 $ 70 F 0.35 3000F 0.25 100 F 0.015 75 F Good Good 0.29 $ 800 F 0.35 1000 F 300 100 perm-inches Resilient. Available with variety of lacings. Light weight. 350 IQQ perm-inches For low pressure aleam tines. LIMITATIONS Not abrasion rrslstant. MuU provide Low compressive strength. Depends lor expansion end coni/actloo. on vapor barrier lor l<m temperature service. UCC 022079 e I I GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLOCK,BOARD AND PREFORMED PIPE COVERING 22 1 23 Out Piece, Mono-Kover, Fiber Glut Flberglks 1.5. Board, Pipe Insul. TbarmogUa, Super*tea, Armsglai l.S, Board. Soap-On, Micro-Lok. 2? TlbergUa All Purpose Duel insulation, Armtglta Duel InauixUon. Bapergiaa. BASIC MATERIAL Fibrous gf**# Hd binder FJbrou* glass and binder ttbrcmi glu> general roiui ABRASION RESISTANCE 1 1*1 RUN % weight loss 12nd RUN S ALKALINITY. pK capillarity, r*by weigh* or| coefficient expansion I (COMBUSTIBILITY | {flash | FLAME (melting ^CORROSION - RUSTING |C0RR0S10N * STRESS CRACKING - HOT SURFACE JlEXSITY, )b / cu ll |>ROP RESISTANCE HARDNESS* m a penetration jpVGROSCOPICITY, " l>>- Wight ItESlSTANCE TO ACCDS Resistance to caustics (feme-rigid pip* wnrtag fi to tO 0.0S to Cl. 35 450 F for binders 1200 T Statelet* muni be protected 3 to 6. 4 Average 0 Good from pH 5 to 1 except HF and ,P04 Good from pH 7 to 10 board 6 to 10 1200 F Stainless mutt be protected 3 to 3 1/2 0 Good from pH & to 7 except RF and H,PO| Good from pH 7 to 10 ItEsiSTANCE TO SOLVENTS Good Good Shrinkage - heat LINEAR VOLUMETRIC |pcinc gravity REAL APPARENT 2.4 0*04% to 0.097 (specific HEAT, bm / lb . 0.20 ItRENCTH - COMPRESSIVE, pit 0.35 & 5% deformation (strength - FLEXURAL. pt Low (RENGTH - SHEAR, pci BhENGTH - TENSILE, ptl TEMFERATI RE wars CONTINUOUS SHORT PERIOD CYCLIC mperature rise "lf-internal heating Length - 120, CrotMVl** - 53 30 F Min -30 F Min 350 to 400 F Max 360 to 400 F Max MERMAL CONDUCTIVITY. / (Art liq ft) <def F / la.) DERMAL D1FFU5IVITY, q ft / hoar 0.22 lor 0.24 $ too r 0.29 <k too T 0.024 @ 100 F 11.35$ 300 F THERMAL SHOCK RESISTANCE RATJON RESISTANCE Good Good i WARPAGE - IN SERVICE ABSORPTION , 7*. by weight ^|ter vapor transmission 400 100 perm-uvehet -^'ANTACES Lightweight. Euy to *bply. Rrstlirnt. 2.3 0.046 to 0.036 0.20 0.7 #20% deformation 1.6 <S 20 % deformation Low 120 K Mia -120 r Min 700 F Max 600 F Max 0.23 e 70 F 0.23 100 F 0.29 200 F 0.032 70 F Good Good 0.35 $ 300 0.44 $400 400 100 perm-Inches Lightweight. ForboiU ra. duct and cl her heated equipment. Koftpuaki0C binder. Semi-rigid board ft to 10 0 1200 F Depend* oo lacing 1.3 to 3.2 0 Good from pH 5 to 7 Good from pH 7 to 10 except for foil facine Good except for asphalt coating 2.50 0.05 0.20 1/2 <1 10 % deformation 1 1/2 25 % deformation 10 230 F Max 350 F Max At 3 lb density 0.20 30 F 0. 23 <S 70 F 0.031 g 75 F 0.24 e 100 F 0. 29 200 F 400 IMITATIONS Soli. Vi i)I not resist merhaolcsl sbusr. Drpend* on vapor bnrrtrr lor low temperature r*i. UCC 022080 Depends on iprr timer lor low temperature service. CHARACTERISTICS BLOCK, BOARD ANO PREFORMED PIPE COVERING GENERIC CLASS NUMBER BISl'lATlON TRADE NAMES BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE Ut RUN % weight to** 2nd RUN ALKA UNITY. pH CAPILLARITY, by wstgM orcoefficient expansion COMBVSTIB)UTY FLASH FLAME MELTING CORROSION - RV5T1KC CORROSION - STRESS CRACKING - HOT SURFACE DENSITY. Ib / cu II DROP RESISTANCE HARDNESS, m m penetration HYCROSCOP1CITY, r. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 25 Fibergla* PF-GDO aerie*. Arroaglas PF-600 series, JM Mlcrolltr. CPF - *00 series, Pcbco - 600 aerie*. ribrou* cl*** end binder Semi-rigid board 40 8 to 10 Low Will not cause aieel u> rust Stainless must be protected AE Board AE-6 Board 26 27 Armaglaa Roof Insulation Fibergla* Roof Insulation FJbroua glass and binder. Asphalt coating. Rigid board 40 8 to 10 Low 550 F 150 F Asphalt Will not cause steel to mat Stainless muM be protected Fibrous glass, binder and aaphaJl cover. Board 40 8 to 10 Low 8 10"5 425 F Asphalt 150 F Asphalt. 1400 Glass 1 1/2 thru 10 1/2 5 to 7 (Wool) 1) to 16 0 Good irovn pH 5 to 1 except HF and H2P04 Good from pH 7 to 10 0 Good from pH 5 to 7 except HF and HjPO, Good from pH 7 to 10 Leas than 1 Good from pH 5 to 7 except HF and H,PO, Good from pH *! to 10 RESISTANCE TO SOLVENTS Good Poor to hydrocarbon solvent* Good (excluding cover) SHRINKAGE - HEAT LINEAR VOLUMETRIC 0 % $ 200 F SPECIFIC GRAVITY real apparent 2.5 2.S Glass 0.08 to 0.11 2.5 Glass 0.18 to 0.30 SPECIFIC HEAT, bin / lb STRENGTH - COMPRESSIVE, pal 0.20 0.24 0,07 $ 10 rt deformation for 2 )bi to 3,5 <? 10 % deformation (or 101/2 Jba 3 (F 10 % 0.8 (p 5% deformation deformation 0.20 10 < 10 T deformation 20 25 deformation STRENGTH - FLEXURAL, p 2 si 2 lbs to 40 at 9 lbs 30 BO STRENGTH - SHEAR, psi STRENGTH - TENSILE. p*i 0.2 to 1.0 TFMPEP.ATl RE LIMITS CONTINUOUS -30(J to -50 F Min SHORT PERIOD -300 to -50 F Min CYCLIC 250 to 450 F Max 250 to 450 F Max 0.70 Fl*twl*r -50 F Mis -50 F Min 90 Jo 100 F Max Atmos 90 to 100 F Max Atmos 90 to 100 F Max Atmos Min Mto Min J75 FMax 200 FMax 200 FMax TIMPERATCRE RISE SELF-INTERNAL HEATING thermal conductivity, biu / (hr> <sq ft) (deg F / to. ) 0.20$ 100 Flo 0.31'? 100 F 0.32$ 200 F 1.0,43'S 200 F 6.3* $ 300 F it, 0.60 $300 F 0.27 9 70 F 0.24$ a r 0. 26 $ 30 F 0.27$ 70 F 0.26$ 10a r THERMAL PIFFI SIV1TV, sq (1 / hour 0.022 $ 203 F mid 6 Ib. 0.016$ 1C Fud lb. 0.006 $ 70 F Mid 12 Ib* THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Good Good Good Good Will puncture Good WARPACE - IN SERVICE WATER ABSORPTION . % by .right WATER VAPOR TRANSMISSION 400 to 1000 100 ptrm-incbt* 600 3 perm-inches Leas lhn 0.05 perm-inches ADVANTAGES Resilient. Low conductivity. Wide range oJ densities and 9tr*agths lor varied usage. Lightweight. Resilient. Lightweight. Resilient. LIMITATIONS Low mechanical strength, Depends will not rratat mechanical abuse. on vapor bsrrtvr for low temperature Depends upon vapor barrtsr. Wilt application. burn, Depends on vapor burner installed prior to application. Does not retard water flow. Will not resist fire- 10 UCC 022081 I CHARACTERISTICS BLOCK,BOARD AND PREFORMED PIPE COVERING I GENERIC CLASS NUMBER INSULATION TRADE NAMES I BASIC MATERIAL. 2B Froal Proof. Zero. Non Froat. Built Up HalrfeH. Protects. Heir end wool felt 29 30 83T Mag.. ThermaUte, Super Light. Block Jnaul. Armaiemp MW Block. Custom Molded Magnesium. Prectaion Mono-Block, Grip Tex. PV Super- Molded Magnesium. temp, Webers HT Block, Uniblock. Sea materials list for mors. Magnesium carbonate and asbestos Mineral woo) and binders I GENERAL FORM ABRASION RESISTANCE let RUN weight lo*i 2nd RUN I ALKALINITY, pM CAPILLARITY. by weight COEFFICIENT OF EXPANSION I COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS I CRACKING - HOT SURFACE DENSITY, lb /cud I DROP RESISTANCE HARDNESS, m tn penetration KYGROSCOPICIT V, n by .wight I RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Bernl-rigld pip* core ring High Will burn 20 to 22 Not resistant Not reititinl Rigid block sod pipe covering 23 to 30 50 to 35 9 to II 340 2Bx10 1 Reheat lncocnUiBiible Stainless must be protected 10 to 12 0. 71 to 1.10 1.5 to 4.0 Not resistant Resistant to dilute caustics Rigid block 50 to 35 60 to 83 7 to 9 Low 2000 F Incombustible Stainless must be protected 14 to 22 Requires protection Requires protection I RESISTANCE to solvents SHRINKAGE - HEAT LINEAR Not resistant VOLUMETRIC I specific gravity REAL APPARENT SPECIFIC heat, btu / lb 0.30 to 0.35 STRENGTH - COMPRESSIVE, p*i I STRENGTH - FLEXURAL, pi STRENGTH - SHEAR, psi STRENGTH - TENSILE, pxi I TEMPER.VTi RE LIMITS CONTINUOUS O F Min SHORT PERIOD 0 F Min CYCLIC 0 F Min I TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, biu / mrt m fit ideg F / In.) 0.31 9 SO f I THERMAL DIFIX'SIVITY. *q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RE5I5TANCE Good I U ARPACE - IN SERVICE water ABSORPTION , * by weight High Fir 0.ST$S00 F Excellent I.OT.@60OF I T.(S 1200 F 2 1900 F 2.2 0.16 to 0.U 0,28 2.6 0.22 to 0.35 0.22 to 0.23 60 $ 5 % deformation 8CH9lO% deformation 40 to 60 16 to 30 5 % deformation 30 to 70 26 to 160 43 IS to 17 20-Parallel to lace, 3 normal 90 FMax Atmoa Min 330 to 600 F Max Atmos Min 1700 to 1800 FMax 00 FMax Atmos Min 600 F Mu Atmos Min 1700 to 1900 FMax M FMax Atmos Mtn Atmos Min 1700 to 1900 FMax Some products will 9.34 100 F to 0.33 $100 F 0.3* $ 200 F to 0.39 $ 200 F 0.43$ 400 F to 0.4a $ 400 F O.OEJt to 0.012 Good Fair 0.28$ 100 F to 0.34$ 100 F 0.40$ 400 F to 0.46 $ 400 F 0.M$ 600 F to 0.70 6 000 F 0.009 $ 400 F tod 18 lt Good Poor 340 260 WATER VAPOR TRANSMISSION ADVANTAGES I LIMITATIONS I Can be used to retard fnaiuig of water pipe* for a period of time at temperatures moderately below freezing. Very absorbent. Mull be protected against moisture. Will buna. Poor Inaulator when wet. 3 perm-Inches Handier well. Asbestos fibers bold curved pieces together tn good hinging action. High Easily fitted. Flexible to a degree. Withstands considerable expansion and contraction. Sharp clean edge* cannot be main Will not resist excessive mechanical tained. Loses moat of strength when abuse. Soft- Unsuitable for fabrica wet. Difficult to prefabricate. tion of fitting covers. UCC 022082 I I I f i P i i i i f i i i I t I 1 I I I CHARACTERISTICS BLOCK. BOARD AND PREFORMED PIPE COVERING CESLH1C CLASS NUMBER INSULATION TRADE NAMES Rock Cork 3f 32 LT-4 Fell, LT-0 Felt. LT-* Fell. 33 ;.roc M, MT Board. ?herrna-K. Templite. BASIC MATERIAL Mineral wool and eepNeltlc binder Mineral wool GENERAL FORM ABRASION RESISTANCE lei RUN % weight loaa 2nd RUN ALKALINITY, pH CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu It DROP RESISTANCE HARDNESS, in m penetration HYCROSCOP1CITY. % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Rigid board 18 20 0 to 1/2 Negligible 4. 5* ID" locombueuble Will not huh eteel to nat Slatnieae muet be protected 14 lo 18 Poor Fair Semi-rigid board 4. 6 and 8 resistance to SOLVENTS Poor SHRINKAGE - HEAT UNEAR Low VOLUMETRIC SPECiriC GRAVITY REAL APPARENT 2.4 0.22 lo 0.24 SPECIDC HEAT, btu / Jb 0.2? STRENGTH - COMPRESSIVE, pel STRENGTH - FLEXURAL, pel 12 6 0 % deformallot) 14 $10% deformation 30 STRENGTH - SHEAR, pel 10 STRENGTH - TENSJLE. pel 24 TEMPERAT1 RE LIMITS CONTINUOUS -300 F MU SHORT PERIOD CYCLIC 300 F Max TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY* trtu / (hr) (eq ft| {6t% If Id. I 0.27 9-00 T 0.20 0 0 F o.3i 0 30 r 0.33 70 F 0.34 0 100 r THERMAL DIEEUSIVITY, xq ft / hour 0. 0007 e 70 r THERMAL SHOCK RESISTANCE Good VIBRATION RESISTANCE Fair WARPACZ - IN SERVICE WATER ABSORPTION , * try weight IS WATER VAPOR TRANSMISSION 16 lo 22 perm-Inche* ADVANTAGES Exxtly lined. -300 F Min LIMITATIONS Soft. Dependent upon outer vepor barrier in low tamp* return aerrlce. Mineral wool and binder Sami-rigid block and board 7 to 700 F 1000 F Will not cause ateel to rust. SutftJeee muet be protected 8 to 10 Fair Fair Fxlr 0 % S 700 T 2.6 0.12 to 0.16 0.22 1 @ 10 % deformation 25 to 30 4S0 F Mu Atmoa Mm 700 to 1000 F Max Atmoa Min 700 to 1000 F Max 0.26 S 100 F 0.30$ 200 F 0,34 $ 300 F o.oi3 too r Good Fair 0.39$ 400 F 0.40 0 300 F 0.03 $ 700 F Resilient. ImtuitBblr for prtlabrication. brprndroi upon outer vapor barrier. UCC 022083 12 I CHARACTERISTICS BLOCK,BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES 34 N-700 Bond. N-IM Pipe Covering, N-100 Block, U.S. Mlnertl Wool B-lb Felt Board 35 Duct inuiilton. ioiuUtlon Boerd, Spintex Boerd, Spun Woo) Insulation Board. Spun Wood Duct, USM Felt. 36 No 12 Insulation Block BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE lit RUN % weight h 2nd RUN A LKA UNITY. pH CAPILLARITY, %by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - ROT SURFACE DENSITY, lb / cm ft |dhop resistance j HARDNESS, m m penetration [hTCROSCOPICITY. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Mineral wool and budin Semi* rigid Mock, boird bad pipe covering. 2000 F Incombustible SStolD.S Fair Fair RESISTANCE TO SOLVENTS Excellent (shrinkage - heat unear VOLUMETRIC SPECIFIC GRAVITY HEAL APPARENT SPECinC HEAT, btu / ib jsTRrNGTH - COMPRESSIVE, pml 0 % 0 700 F 2.6 0.16 0.22 STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, psi (STRENGTH - TENSILE, psi TEMPEP.ITIRE LIMITS CONTINUOUS -300 F MiA SHORT PERIOD -300 F Mm CYCLIC Itemperature RISE kE LF-INTERNAL heating THERMAL CONDUCTIVITY, btu / <hr Uq tU <deg F / UM Thermal DirrusimY, *q n / hour 0.25 @100 F 0.29 <? 200 F 0.33 <5 300 r THERMAL SMOCK RESISTANCE ITERATION RESISTANCE Ia aSPACE . IR SERVICE 600 - TOO F Max 600 - 700 F Max 0.37 & 400 F taU A7ER ABSORPTION . % by weight Later vapor transmission r Advantages Mineral wool end binder 8emi-rigid boerd Tto ft TOO F for some, others ere locombuitiblB. 1600 F R ill not reuse steel to rust Stainless must be protected 1 to 9 Perlite, asbestos libera sad hydraulic binder Rigid block 30 50 Incombustible 14 to 16 Fair Fate Fair Low 2.4 0.05 to 0.12 0.22 to 0.25 3/4 10% deformation 10 Not resistant 0.2 T <g 1200 F 0.22 to 0.26 SO $ io % deformattoo 40 Atmos Atmos Aimos Min Min Min 45Q FMaxAtmos Min 450 FMaxAtmos Min 450 FMaxAtmos Min 0.23 <5 50 F lo 0.26 @ 50 F 0.29 @200 F to 0.39 (a 200 F 0,35(9 300 F to 0.52IS 300 F 0.013 <a 100 Good Fair 0. 40 @ 300 F 0.43 6 400 F 0.47 500 F 1200 F Ma\ 1200 F Mas 1200 F Mn\ 0.37 @ 800 T Resilient, Lightweight, Used as duel insulation ________ . Soft UCC 022084 Dusty, grainy surface. BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES BASIC MATERIAL 31 Tofflii* Exapoded PoJyeihyJene Expanded J*>lythyl*t 3B ArmalHe, Dy/ogm, Alumifoam, J Foam. Exapcided Polystyrene, US Cellofosm. llot-Craa* Expanded polystyrene {bead) 39 Tutftit* High Density Board Expanded polystyrene GENERAL FORM Fltxibl* bo.nl Rigid block, board aad pipe covering Rigid board ABRASION RESISTANCE l*t RUN % weight lot* 2nd RUN ALKALINITY, pH CAPILLARITY, T-by weighi COEFFICIENT or EXPANSION COMBOSTTBIUTY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE 6.5*0 7.5 mi r 675 F 220 F 6.5 to 7.5 0 3S - 40 X 10~6 670 F Self-anuiflag trade available 69U F 230 F 6. 5 lo 7.5 *. 670 F 690 T 230 F DENSITY, tb i cu U DROP RESISTANCE HARDNESS, m m penetration HYGROSCOPICJTY, by weight RESISTANCE TO ACIDS 1.9 1 2,2 Negligible Good 0.9 to 1.2 Negligible Good except oxidixitg acids 4.3 to 4.1 Negligible Good except oxidizing acids resistance to caustics Good Good Good RESISTANCE TO SOLVENTS Good except aromatic* SHRINKAGE - HEAT UNEAR 0 VOLUMETRIC 120 r l Y. 140 F SPECIFIC GRAVITY REAL APPARENT 0.03 U> 0.035 SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pst o.3o @40 r 7 $2 10 % detormaVH>n 5 5 V* deformation STRENGTH - FLEXURAL, pal STRENGTH - SHEAR. pat STRENGTH - TENSILE, pi !f^cRAT RE LrM,TS 1 CONTINUOUS 1 SHORT PERIOD 1 CYCLIC 20 to 30 -50 F Min -SO F Min 160 f Max 195 F Max 195 f Max TEXJPERATL'RE RISE self-internal heating THERMAL CONDUCTIVITY, btu / (hr) (*d ft) (deg F / la,) THERMAL DirrUSlVlTY. q it / Hour o. 2 or o. M to r D. 05 40 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE txcelleDt Poor (or hydrocarbon* 2 Y.&175 F 0.014 to 0.020 0.32 3 to 16 fo 2 % deformation 12 to 34 30 10 tt> 40 -400 T Mia 175 10 190 F Max 175 F Max 175 r Max 0.19 64 -50 r to 0.21 $-50 r 0.20 0 F to 0.22 0 F 0.26 100 r to 0.20 100 T 0.063 $ 70 F Excellent poor for hydrocarbons 0.06 to 0 07 0.27 )20 35* deformation >400 F Mm 175 f Max 0.25 40 T 0.017 < 40 F Excellent WARPACE - IN SERVICE WATER ABSORPTION , % by l*ht WATER VAPOR TRANSMISSION 0.2 0.4 <Dry Cup) perm-tact. Low 2.<Mo S permitachea las 0,7 perm-tech advantages Resistant to physical abuse. Flexible. Easily fabricated. Low conductivity. Good strength. Low conductivity, Withstand* eooauot water immersion. Very lightweight. Low water absorp Can be used tor pipe saddles and tion and trammission. tank support*. limitations Will burn. WiJl bum but can be obtained in atll-anuiivng gratira. Will burs. UCC 022085 m I CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING generic class number insulation trade names BASIC MATERIAL general form ABRASION RESISTANCE Ut RUN % l|hl lMI 2nd RUN ALKAUN1TV, pH CAPILLARITY. T.b* weight . COEFFICIENT OF EXPANSION COMBUSTIBILITY CORROSION - RUSTING CORROSION - STRESS flash FLAME melting CRACKING - HOT SURFACE DENSITY, lb/cult DROP RESISTANCE HARDNESS, m m penetraoon HYGROSCOPICITY, % by weight resistance to acids RESISTANCE TO CAUSTICS wo Styrolemu, TufAiu. Exjuuufad poly*iyM Rigid block, board, billet, and pipe cowrtng. HI Stiyioam, Gold Bond Therm* Thane, Urethane Insulation. Expanded polyurethane H2 SUyfoam, Tuffllte L'rethaoe, Gold Bond Therm* Thane, Foamthane, Uaerco U-200, One 7 Cel. )M M'thaee. Expanded polyurethane Rigid block and board Rigid block, board and pipe covering. 8.7 to T.5 Negligible 35 * I o' 855 t 89b F 260 T 6*l/-snuUing Doe* not contribute Poet not coatribou 1.5 to 2.1 8.5 to 7.5 x 10* 880 F 550 F 600 F Will bum 1.5 to 2 6.5 to 7,5 Negligible 45 x10'6 Self eximgutahiog 600 F Does not contribute Does not contribute None 1.6 to 3 Negligible Good Good Resistant to dilute acid Raalataot to diluu caustic 5 to 6 Resistant to dilute acid Resistant to dilute ceuatlc RESISTANCE TO SOLVENTS Poor lor hydrocarbon* Asa latent to moat Resistant to moat SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL apparent SPECIFIC HEAT, blu / lb 0.03 0.27 STRENGTH - COMPRESSIVE, (Ml 27@ 2% deformation 35 <5 S 9* deformation STRENGTH - FLEXURAL, pal 41 to 46 STRENGTH - SHEAR, p.l 30 to 35 STRENGTH - TENSILE, pal 50 to 70 temperati RE LIMITS CONTINUOUS >400 F Min SHORT PERIOD -400 F Min CYCLIC ->400 F Mill 170 FMax 205 TMax 203 FMax TEMPERATURE RISE * SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr} fs lu (deg F / to. I ' THERMAL DIFFUS1V1TY. *q ft / hour 0. IS & -50 r to 0. 24 @ -50 F 0.33 e 30 F to 0. IS # 30 T o.3T & ioo r to o.34 @ioo r THERMAL SHOCK RESISTANCE Excellent VIBRATION RESISTANCE Good 0.024 to 0.032 0.40 30 3 % deformation 30 to 60 40 To -350 F Min To -350 F Min 190 to 200 F Max 190 to 200 F Max 0.12 @ -50 F 0,13 @ 40 F 0.15 @ TO F Excellent Good 0.626 to 0.046 0,40 15 to 30 5^ d,form.lion 30 to 60 -400 to-26 F Min 175 to 250 F Max 0.12 @-50 F O.I3@ 0 F 0.15 @ 70 F 0.011 to 0.27 @ 0 F Excellent Good WARPAGE - IN SERVICE Nona water absorption , *by w*i*ht Ne,li*>bl* 3S 35 Iwater VAPOR transmission 0.74 to 0.12 fWI Cum pertn-toeb 0.4 to 1.5 perm-inch 0,4 to 1.5 perm-inch I zADVANTAGES _______ Dimensionally ateble. Resilient, With*vanda coxal*at immersion. Low perm rating. Can be termed and fabricated. Will bum, but is aalf-sQuf/isg wban 1LIMITATIONS Heine li removed. ----------------------------------- -- Lew thermal conductivity Not *el/-eimfftng. UCC 022086 Self-snuffing. Low thermal conductivity. Will burn, but is seH-snuiftg when Heme is removed. BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES M3 Urethane Roof luulitiot MM Flexible Stayfoent, Thermax. M5 Rigid Anntflex. JM Rigid Aeratut BASIC MATERIAL OENXRAL NORM ABRASION RESISTANCE lal RUN % Iom 2nd RUN ALKALINITY, pH CAPILLARITY. % by weight coefficient of expansion COMBUSTIBlUTY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSrTY, lb /CM ft DROP RESISTANCE HARDNESS, m A penetretiOB HYGROSCOP1CITY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Expanded polyurethane ud roofing membra** Rigid roof UeeleUtn Expanded polyurethane Flexible board tad pipe covering 0 WU! bum Seli-eautfiag grade available 1.9 1.3 to 3.6 Expanded rubber Rigid pipe covering Seif-tnufiling 1.6 to 8.5 Good Good RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / ib STRENGTH - COMPRESSIVE, pel STRENGTH - FLEXURAL. pal 25 s % deformation 35 10 % deformation HO STRENGTH - SHEAR, pel STRENGTH - TENSILE, pel temperate re LIMITS CONTINUOUS Ainoi SHORT PERIOD CYCLIC Mia TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY. btu / tftrf (aq ft* {deg F / In. 0.13 Almoa Tamp THERMAL D1FTUS1VTTY, q ft / bor thermal shock resistance VIBRATION RESISTANCE WARPACE - IN SERVICE WATER ABSORPTION . % by weight WATER VAPOR TRANSMISSION 0.06 perm-inch ADVANTAGES Doee oot abiorb water. Roofing senbraor oa each aid* of urethane. 1 1/2 # 50 * deformation Fefr to poor 3ft$200 F S*$ 220 F 0.(26 to 0.136 31 -J00 FMIo IIS F Me* *400 T Min 230 T M 0.20 $75 F 0.24 $ F to 6.2 $ 75 F 0.26 $100 F to 0.29 100 F <5 0.1 perm-inch Cu be need imdetfrouod limitations Will boro UCC 022087 CHARACTERISTICS I BLOCK.BOARD AND PREFORMED PIPE COVERING I GENERIC CLASS NUMBER INSULATION TRADE NAMES I BASIC MATERIAL H6 Rubeui R-103-S Expanded rubber vi ArmsHcXq Cell-Tits, Ultra Foam, Careytamp Acrotubs, Foamed Plastic Tubing. O-C Flax TubIns sod 6best, Aubatsx Plp Insul. fiat Dturtii list (or mors. 48 Expanded rubber Expanded silica GENERAL FORM I ABRASION RESISTANCE 1st RUN % weight loaa 2nd RUN ALKA UNITY. pH I CAPILLARITY, % by weight COEFFICIENT OF EXPANSION FLASH combustibility FLAME I MELTING CORROSION - RUSTING CORROSION - STRESS I CRACKING - HOT SURFACE DENSITY, lb / cu ft DROP RESISTANCE I HARDNESS, m sn penetration HYGROSCOP1CITY. % by weight RESISTANCE TO ACIDS I RESISTANCE TO CAUSTICS Rigid board Boor 10 34 * 10"* Will bunt Dooe aot melt Flexible board and pipe amring a to'5 fislf-snulii&f 4 to 5 6 to 11 5 Resista&t Iq most common scuts. Low Resistant to most acids Resistant to most common caustics Rea lataot to moat caustics Bifid block and pipe oovartag 0.6 Incombustible Will sot cause rusting of steel Will sot contribute 9 to 10 0.2 Excellent Excellent RESISTANCE TO SOLVENTS I SHRINKAGE - HEAT UNEAR VOLUMETRIC SPECIFIC GRAVITY REAL I APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pel 10% 200 r 0.01 0.190 40 0 s % defonnntton Good to poor 2 to S 200 F 0.10 lo 0.10 2 to S 23 % deformation Good 0.1 1200 F 1.2*6 1100 F 0.14 to 0.16 65 @ 1 % deformation I STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, p*i 25 STRENGTH - TEN5ILE, pel SO I temperati.be LIMITS CONTINUOUS -300 F Mia SHORT PERIOD -300 F Mis CYCLIC -300 T Min TEMPERATURE RISE - I SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, biu / (hr) (eq fi| (deg T / in.) 0.2Q -SO F 0.216 or 0.22 30 r THERMAL DirFUSIVlTY, eq It / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Resistant 140 FMu ISO F Mss ISO F Mix 0.22 10 r 0,23 100 F I WARPAGC - IN SERVICE WATER ABSORPTION , % by weight 10 water Vapor transmission ---------- - -- Iadvantages Water rtiMUBt. ftesiiieat. Good mechanical aimittt p------------------ --_______ _____ limitations Will burn. Not too weather resistant. To ISO -300 to 0 F Mta ISO to 226 F Max Atmos 220 F Max Atmos 220 T Max Atmos Mia Mia Mia o.2s-so r 0.21 0 F 0.20 30 F 0.2067s f 0.13 6100 F Good 1600 1600 1600 FMax FMsx FMax 0.S1 6 SOO F O.ec 000 F 0,17 1000 F 5 to 12 0,2 psrm-iacb Vary flexible. Water reeietxni. Can he purchued with longitudinal apltt. 0.0 Low shrinkage. Low water absorp tion. Can be fabricated. Acid resistant. Will Jracture into pieces. I 17 UCC 022088 l-- * ' * BLOCK,BOARO AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES JM Flbrocel 49 Quarts FoAo 50 51 GUarockNaZS Foam BASIC MATERIAL Bonded inert a dice Cellular allioa Fu**d atllc* GENERAL FORM ABRASION RESISTANCE l*t RUN % weight Ion 2nd RUN ALKALINITY, pH CAPILLARITY, % by weigh! coefficient of expansion combustibility FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY. Ib / cu fl DROP RESISTANCE HARDNESS, m m penetration HYGROSCOP1C1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Rigid plj> bsmitog 7Ume RmUUbI Block Poor U bMV 4 to 7 0 0.3 * 10'S Not combuettble 3100 F Block Poor dlun 4 to 7 80 0.3*10' Not combuettble 3100 T 10 to SO, to order - 23 to 21 Excellent except HF ud boi H|PO 0 Excellent axcept HF and hot HjPO* Fair to cold aoluliose and a pillage Realatent to light expoaure resistance to solvents Good Excellent SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / Ib 1.4 % 0.14 STRENGTH - COMPRESSIVE, pai MoUt to dry 0%@ 1800 F 2.2 0. IS to 0. 4 0.2T to 0.30 200 2 % deformation to 3000 @ 2 % deformation 0 % @ 1800 F 2.2 0.4 0.21 to 0.30 1S@2% deformation 225 < S % deformation STRENGTH - FLEXURAL, fml SO 100 to 1000 30Q STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal SO TEMPERATIRE LIMITS CONTINUOUS Atmoa SHORT PERIOD Atmoa CYCLIC Atcocm MUX Min MIA 100 TMu 300 FMu 300 FMax 2000 F Max Atmoa Mm 3000 F Mu Atmoa Mia Atmoa Min 1800 F M 2200 T M TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hn (A*Z F / In.) 0.34 @ SO F 0.37 @ 100 F 0.3@160 F 0.4l@200 F 0.40-SO r to 0.00-SO F 0.48 100 F to 0.0@ 100 F i.o @500 f to st.e Psoo r 0,45 @ -SO F 0.80 @ 300 F 1.0 @ 500 F 1.4 @1000 THERMAL D1FFUSIVJTY. ,q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WAHPAGE - IN SERVICE WATER ABSORPTION , * by weight 0 SO WATER VAPOR TRANSMISSION 9.3 p*ns~iacb 9 High ADVANTAGES Will do) diaialagrate la water Cloned Della limitations Low mechanical eireogth, Difficult to prefabricate fitting covert. . UCC 022089 I CCNLRIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING S2 Glurock No. 60 Faun Mu rock S3 5H Gold Bond Fiberhurd Roof l&sulttioa, 2M Hoof Insulation. BASIC MATERIAL GENERAL FORM abrasion resistance l*t RUN % weight loi 2nd RUN ALKALINITY. pH CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY CORROSION - RUSTING flash FLAME melting CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu ft DROP RESISTANCE HARDNESS, u d pet*\mioo HYGROSCOP]CITY, % by weight RESISTANCE TO ACIDS ............ RESISTANCE TO CAUSTICS Tused silica Blook 0.3 x 10** Incombustible so Excellent except to HP sod hot HjPO, Fused silica Blook xod obopoo O.J *I0*` Incombustible 115 Excelieot except to HF and hot H,PO( Wood fibers Rigid beard 4. 3 to Comparable to wood 15 to 15 14 RESISTANCE TO SOLVENTS [shrinkage - heat linear VOLUMETRIC SPECIFIC GRAVITY REAL apparent IspECiriC HEAT, btu / lb STRENGTH - COMPRESSIVE, pci 0.06 % e 2000 F 2.2 0. 78 0.28 8 1300 F 1200 # 0 % datormatloD 0.04*82000 F 2.2 1.0$ 0.20 $1200 F 0.24 to 0.2S Strength - flexural, psi ITS Strength - shear. pi (strength - TENSILE:, pl IrrMPERATl RE Limits CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Min Min Min TEMPERATURE RISE jr lF'INTerkal heating K-hermal conductivity. Ibtu / (bri (iq ll, <6tf F / la.) O.TSg- SOD F 1.0 8 S00 F 1.4 8 1000 F Thermal diffusivity. *q ft / hour Khermal shock resistance Vibration resistance Excellent UnaRPA-JE - IN SERVICE None Rater absorption . ?. by might 23 to 30 j water vapor transmission 2000 2000 2000 2000 FMax Atttio* TMax Atanon FMax Atmo* Min Min MU 2000 2000 2000 FMax Atmos FMu Atmos FMu Atmos Mia Mia Mia 1.* #1*00 F 2.25 300 F 2.10$ 1S00 r s.oo wo r 2.75 & 2000 r 4. 00 1000 F S. 40 8 1600 F 4.4481*00 r 7. SO $ 2000 F 0.35 70 F Exc*U*nl 1 tovaktages Excellent thermal shock resistance* Excellent thermal shock resistance. Good dimensional stability* Good dimensioned stabiUiy. =----------------------------------- ------------- ------------------ Jmitations Will bura Atmos Max Atmos Max Atmos Max I UCC 022090 19 CHARACTERISTICS block, board and preformed pipe covering GENERIC CLASS NUMbI',1 insulation trade names 55 AAll-Swaat, Non Oaaat, Hnparvo 56 Wool felt* Pre Shrunk, Duplex, Perfocto, Woo) Felt 57 ! 1 ! BASIC MATERIAL general rcru ABIUbloN RESISTAMCC Ul RUN !x weight loee 2nd RUN ALXA1JN1TY. pH CAPILLARITY, Wby valcfal coefficient of expansion combustibility CORROSION - RUSTING CORROSION - STRESS flash FLAME MELTING CRACKING - HOT SURFACE density, lb / cu n DROP RESISTANCE HARDNESS, Zd zb peneir*tU>D NTYGnOSCOPICITY. % by walcM RESISTANCE TO ACIDS Wool I*H Semi-rigid pipe cor*ling Huh Combustible 22 to 25 Wool lall Semi-rigid pipe covering High Combustible i ---------------------------------------------------- t 1 i 16 to 20 RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE * HEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pat 5%#200 F 0.35 to 0.40 0.29 to 0.32 STRENGTH - FLEXURAL, pal STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal temperate be LIMITS CONTINUOUS 40 F MU SHORT PERIOD 40 FMU CYCLIC 40 T Min TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (br| <aq ft) (deg F / to, > THERMAL DIFFUSIV1TY, q ft / hour THERMAL SMOCK RESISTANCE I VIBRATION RESISTANCE WARPACC - IN SERVICE I WATER ABSORPTION , % by wci(ht High WATER VAPOR TRANSMISSION I ADVANTAGES 0 rMu Atxnoe Min 212 to 225 FMix SO FMu 212 to 22S F Max *0 FMu 212 to 225 F Mu 0.36 *00 F to 0.04 W 200 F High I limitations I Dtpeadesl o vapor barrur. WlU burn. Little reeieuoce to maiitur*. Soft Will twn>. UCC 022091 20 crtunMC il-.ioi I BLANKET, FELT, TAPE AND ROPE - -1 I GENRtC CLASS NUMBER ---------- 58 Keowool, Fiber!XV Fell, FJbrrinx XSW Blenket. Ceraielt, Fiberfrg* XLF, Flberfru XLM, INSULATION TRADE NAMES I Flberiru XSwr 59 Fibarfraa 070 Sri* Paper 60 Fiber!rax Rope, Flfaerfrax Cord and Yarn. I BASIC MATERIAL GENERAL nnil Alumina-illlei BUnket and felt Alumlai-aillca Paper AhuDtu-8lUea Rope, oord and yarn. I ALKALINITY, pH capillarity, * by COMBUSTIBILITY I COMPACTION FLASH FLAME MELTING 3000 T feeombuallbl* except (or binder burn out, Incombustible 3200 F 30 to 40 %@ 8 pal 3200 F Incombustible except lor organic carrier which burn* out. CORROSION - RUSTING I CORROSION - STRESS DENSITY, lb / cu ft MYGHOSCOPICITY, % by wight 3 to 24 3 9. 4 to 10.5 S3 I RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Good at room temperature except HF and HjPO, Good to poor Good at room temperature except HF Good at room temperature except KF and H)PO|. and H,PO. Fair to poor Fair to poor at room temperature I RESISTANCE TO SOLVENTS Excellent SHRINK ACT-HE AT LINEAR 0.5%'1500 r VOLUMETRIC r Excelled 2.5 *@2200 T Excellent I SPEOHC GRAVITY REAL apparent SPECIFIC HEAT, btu / lb 0.046 to 0.36 0.25 0.15 U0.17 0.40 I STRENGTH - COMPRESSIVE, poi STRENGTH - TENSILE, pat I TEMPERATURE LIMITS CONTINUOUS Atmoa SHORT PERIOD Atmos CYCLIC Atxnos TEMPERATURE RISE - self-internal heating M1& Mlo Mlo 80 Iba (or 1 /2" diameter rop 2000 F Max 2300 F Max 2300 F Max Atmof Min 2000 TMAaxtmoa Mb) 2000 F Max Atmoa Mia 2300 FMAaXxxnoe Min 2300 F Max A--tmo* Mis Z300 FMAaxtmoa Min r--------------------------------------------- thermal conductivity indicated mean temp and dcMtiy) bcu / (hr) (q ft) (deg F / In.) thermal DirrusivrrY, *q it / hour THERMAL SHOCK RESISTANCE VIBRATION resistance water absorption, % by wight water vapor transmission Denatty < 0.35 @380 F O.IOgUM 1.14 $ 1200 0.47 g S00 F ' 0.7) 6 gOO F 1.43$ 1400 1.80 @ 1600 0. 03 $ too T tod 0 lb* F F F F Saturatea Soft. Reallleot, ADVANTAGES Draalty 10 0,35 4? 200 r 0.43 $ 400 F 0.52 $ 800 F O.T3$-1000 F 0.84$ 1200 F 0.86 $ 1400 F 1.22 (S 1800 F Saturate# Saturates Available to thictaeaira of 20 to 30 mlta. Available with or Without inorganic binder. Hard in boiler*, iumacea. hot pi chambera and expansion )ohus. LIMITATIONS Little mechanical atrsagth. UCC 022092 I * ! I i i i P GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET,FELT, TAPE ANO ROPE 61 Flhertne Cloth, Flberlrex Tepe. 62 luuhcttM Felt Type A. 63 tnaubeaco* Felt Type B. BASIC MATERIAL general FORM ALKALINITY, pH CAPILLARITY. % by weight COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft HYGROSCOP1CITY, Y. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Alnmlne-ellioe Cloth end tab* A*be#toe Felt 3200 T Incombustible except for carrier which burn* out. 2500 F Aebaatoa fiber* in water repellent blanket. Fall 9 to 12 9 to 12 Good i( room temperature except HF and H,P04 Fair in poor *t room temperature Reslaunt to moat commoa acids Realatafit to moil common caustics RESISTANCE TO SOLVENTS Excellent SHRINKAGE-BEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT 10% @2000 F SPECIFIC HEAT, btu / lb Excellent 0.14 to 0.19 0.24 Excellent 0.14 to 0.18 0.24 STRENGTH - COMPRESSIVE, pel STRENGTH - TENSILE, pel U 7 lb# ASTM-Crab TEMPERATURE LIMITS CONTINUOUS Atmoe Min SHORT PERIOD Atmoo Mis CYCLIC Atmoe Min TEMPERATURE RISE SELF-INTERNAL HEATING 2000 F Max 1300 F Mas THERMAL CONDUCTIVITY (at Indicated mean temp and density) btu / (hr) (xq Jt) (deg F / In. | Atmoe Atmoe Atmoe MU MU Min Density 9.0 0.50 200 T 0.61 @400 F 0. 72 g 600 F ISO FMu 40 F Mia ISO FMex 40 F MU ISO FMax 40 F MU Density *.0 0.50 d 200 F 0.61 @ 400 F 0.12^600 F 00 rMax 00 FMax *0 FMax THERMAL DIFFUS1V1TY. mq ft / hour THERMAL BHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION Saturates ADVANTAGES Excellent Excellent with jacket 500 High Excellent Excellent with tecket 500 High For cold water lines LIMITATIONS UCC 022093 CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE UCC 022094 23 GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE s? A*b**io* Roll Fir* FtU, Fall. G8 Conus*rcixl Antonio* P%p*r 69 lioxrco WoVAAAlo&ft BASIC MATERIAL AibittM Antonfe* Aaboatoa tlban Id aaboatoa Jackal GENERAL FORM ALKAUNTTY, pH CAPILLARITY, % by mtfht COMBUSTIBILITY flash FLAME MELTING COMPACTION CORROSION - RUSTING | CORROSION - STRESS DENSITY, Ib/cufl HYGROSCOPJCITY, % by RESISTANCE TO ACIDS resistance to cawtjcs Fait 40 Paper Prclabrlcated pipa covertag btankst Doe* not contribute 9 to U ReiMtAfil to most common acid* RetiAtAAt to aoit common cauauca i RESISTANCE TO SOLVENTS SHRINKAGE-HEAT LINEAR VOLUMETRIC I SPECIFIC GRAVITY real apparent SPECIFIC HEAT, btu / lb 0.24 I STRENGTH - COMPRESSIVE, pal STRENGTH * TENSILE, pat TEMPERATURE CONTINUOUS ACxqob Mia 1000 T Max Atmos Mia 400 TMax Atmos Mia 750 TMax I UMITS SHORT PERIOD CYCLIC TEMPERATURE RISE - Atmos AOooa Mlq Min 400 TMax A(mo* Mm 400 F Max Aimox Mm 750 FMax 750 F Max SELF-INTERNAL HEATING I i thermal conductivity 1,11 300 F i.ioffleoo f 1.10 *00 F i (at indicated mean lamp and dauity) Dtuatty 10 0. SO @ 300 F 0.61 400 F 0.72$ 600 r btu / <hr) (*() III (dei F / lo.t I- THERMAL DIFFUSIVITY, tq.it/ Lour i THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Excellent ExrsJieoi WATER ABSORPTION, % by 5.0 i WATER VAPOR TRANSMISSION Good nnUucil High EnaUv removsblt. PreUbncttcd with book* lor lacing id plxc*. ADVANTAGES i High conductivity. Most to j>re/tor*tJ *i factory. i limitations - i UCC 022095 ZM I I GENERIC CLASS NUMBER I INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE Grad* VDF 70 71 Armagla# TWL and TW-F, FibergUe TWL and TW-F. pabco TWF. 72 TWL Metal Mah. TW-F Mela! Milb. Pabco Metal Meek. I basic material Carbon FIbroua glua FIbroua glass and metal iabrtc I GENERAL FORM ALKALINITY. pH CAPILLARITY. % by waigbt I COMBUSTIBILITY PLASH FLAME MELTING COMPACTION Carbon (all S to 10 Blanket 8 to 10 OxtdUae to air without Ham* abova 600 F Sublime# at 600, 1400 F CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft HYCROSCOP1CTTY, % by artight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS ASSISTANCE TO SOLVENTS SHRINKAGE-HEAT SPECIFIC GRAVITY LINEAR volumetric REAL apparent SPECinC HEAT, btu / lb 5 to 10 n 2 1/2 to 7 1/2 3 inert to all except Alrongly oxldiilng. Good from pH & to 7 except HF and h,po4 toert to all ceueuca loan to all solvent# except aJtroparafine and ketone* mg isoo f mgisoo r Good trom pH ? to 10 i ! { 1.35 0.077 Mean to 1800 F - 0.37, o.i8 70 r 2-5 0.03 to 0.12 0.20 STRENGTH - COMPRESSIVE, pal STRENGTH-TENSILE. pl s TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELE-INTERNAL HEATING -435 F MIA 4500 F Mu 4500 F Max (THERMAL CONDUCTIVITY Mi uidtciud mean temp and density) t" Denatty 8 0.25 70 F in air g 1 atmos 5.0 g 3500 In Argon g 1 atmoa 7.0 g 4350 In H, g 1 atmoa H Low -300 FMln -300 F Mis -300 F Min 1000 F Max Dtnalty 4 1/4 0.26 g 70 F 0.27 g J00 F 0,26 g 200 F 0.47 g 300 F Mata) maab blanket 0 in 10 1400 F 2 1/2 to 7 1/2 Good Irom pH 3 to 7 except HE and h,po4 Good Irom pH 7 to 10 Good 2.5 0.03 to 0.12 0.20 Low Amo* Min 1000 F Mu -- Density 4 s/4 0.26 70 r 0.36 g 200 F 0.27 100 F 0.47 g 300 F THERMAL BHOCK RESISTANCE .VIBRATION RESISTANCE ImaTER ABSORPTION, by w.tgbt ^VATCR VAPOR TRANSMISSION |ujvantaces 0.2 g 1800 j 0-035 g 200 F | Good I ) *> Generally uaed at temperature* above 1400 F in vacuum or inert faaatmoepbert. RaallMttt. r-------------- ------------------ limitations Hu 8 % vnlailla malarial at 5000 F. --_______________________ Soft. Little strength. UCC 022096 0.035 * 200 F 800 loo perm-tochea I CHARACTERISTICS BLANKET. FELT, TAPE AND ROPE GENERIC CLASS NUMBER 73 UsiBMBt CImi Blanket 7H llnarco Wove* Glut F*U. UltTAitte 75 \ INSULATION TRADE MANES BASIC MATERIAL Flbnme glAM Flbrou* gift** end wire mtib Textile-type (lui 1there GENERAL FORM NctdUd felt blank*! t ALKALINITY, pH CAPILLARITY, % by weight A lo 7 Mich PLASH I COMBUSTIBILITY FLAME MELTING COMPACTION i CORROSION - RUSTING CORROSION - STRESS DENSITY, ib/cufi Do** not contribute 7 i/2 lo 1/2 HYGROSCOP1C1TY, % by weight 2 to a < RESISTANCE TO ACIDS Good except HE and H)PO I RESISTANCE TO CAUSTICS Realataal to moat cauatica Felt * to 7 High Doe* do! contribute 11/2 to 1 1/2 2 to 3 Good except HE and HjP04 Resistant to most cauatlca Blanket 7 to 0 1/2 700 F noo f 1100 F 1/2 to 3 1 Good except for HF Poor RESISTANCE TO SOLVENTS SxCtUfBt Excellent Good SHRINKAGE-HEAT BPECIF1C GRAVITY linear VOLUMETRIC HEAL apparent SPECIFIC HEAT, btti / to 0.13 0.20 O.U 0.20 2.68 0.012 to 0.048 0.20 ! STRENGTH - COMPRESSIVE, pel STRENGTH - TENSILE, pel l/50 @ 10 % deformation $ 1/2 ib l/3 @10% deformation 3 lbs 1 TEMPERATURE LIMITS CONTINUOUS Atmoa Min SHORT PERIOD Atom* Min CYCLIC 1200 F Mu 1200 E Max Atmoa Mia Atmoa Min 1200 F Max 1200 F Mu Atmoa Atmoa Atmoa Mlo Mlo Min 376 F Max 400 F Max 400 E Mu TEMPERATURE RISE SELF-INTERNAL HEATING No evidence No evidence i DeeAity * 0.31 $ 200 r O.STBOOO F Denetty 0 0.33$ 200 F O.iSffeOO F Deaelty 1/2 0.24$ 0 F 0.34$ 100 F THERMAL conductivity 0.40$ 400 r 0.44 $ 400 r 0.27 IS 30 F 0.49 $ 200 F i (At indiceted nun lemp And deantty) btu / (hr) (At) ft) (deg f t la,) 0.30 9' 70 F Deaelty 3 0.20 $ OF 0.00 $ 300 F 0.24 $ 100 F 0.21 $30 F 0.32 $200 F 0. 23 $ 70 F 0. 40 $ 300 F I THERMAL DIFFUSmTY. eq ft / hour THERMAL SHOCK RESISTANCE 0.010 $ 400 F Excellent 0. 02 $ 400 F Excellent 0.030 to 0.160 *0 F VIBRATION RESISTANCE Excall* at Excellent I WATER ABSORPTION, V> by weigh! WATER VAPOR TRANSMISSION High High High High 100 perm-toebea k ADVANTAGES Can be encased ta sUtnlea* Vm1 or Inconel wire mesh. Can bt u**d a* prefabricated turbine blanket. 6/4 lb density recommended tor Vanka. 2 and 3 lb denim recom mended lor duct liner*. Very reajlieot. | LIMITATIONS UCC 022097 I CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE 79 ftbergtna Mat-Faced Duel Lmi, An&i|Ul Uti-FiMd Duct Llaer. BO Fiberflss Foil Faced Building Insulation Grid. WDF 81 BASIC MATERIAL Fibrous flw with mat aortic# GENERAL FORM A LXAUNITY, pH CAPILLARITY, %b* welgtrt COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY. tt> / cu It NYGROSCOPICITV, % by weigbl resistance to acids Blanket 0 to tO 1200 T 1.5 to 2. & 0 Good from pH & to 7 resistance to caustics Good from pH 7 to 10 resistance to solvents SHHINKaCE-HEAT SPECIFIC gravity LINEAR volumetric REAL APPARENT SPECIFIC MEAT. Mu / lb Limited by properties of neoprene 0.20 STRENGTH - COMPRESSIVE. pal Low STRENGTH - TENSILE, P> 30 temperature LIMITS CONTINUOUS -300 SHORT PERIOD -300 CYCLIC -300 TEMPERATURE RISE SELF-INTERNAL HEATING F Mis F Mis FMId THERMAL CONDUCTIVITY (it indicated mein temp and density) biu / (far) (atjft) (deg f / ip.) 0.25(5 10 F 0.21 $ 100 F 0.35 200 F IMF Max 2SO F Mu 250 F Mu Fibrous fttia Blanket in roll or bstt form 0 to 10 0 Low lor kraii paper 1200 F for glass Orsubiw Graphite feft 7 to Oxidizes to sir without Dsme above 650 F. Subtimes at 660o F. 0 5 to 0.03 0 Good from pH 5 to 7 1 Good from pH 7 io 10 Good 2.5 0.01 0.20 5 to >0 0,1 Inert to sil except strongty oxldlitag inert to sif caustics Inert to all solvents o.i%$ i3oo f o.i%$ .soo r 1.50 0.070 Mean to J80Q F - 0.37 0.18 70 F bow Atmoa Min 0.25 <? 30 F 0. 29 9 10 T 0.31 IS 100 F 150 T Uw 2.5 -455 F Mis -455 FMm i r 4500 F Max 4500 FMut 4500 F Max Density 5 1,2 70 F In sir 0 1 atmos 0.8 2100 F in vacuum to microns 2,0 3300 F U vacuum 10 microns THERMAL DIFFUSIVITY. j It / Hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, * by weight WATER VAPOR TRANSMISSION ADVANTAGES 0.05 9 T& r High Used u duct Lust (or by* and high velocities. 1( Very high 0.5 perm-Inch Used u residential and commercial building insulation. 0.2 $ 1800 Useful for graphite tube and induction Atmsces above 1600 F 1A vacuum or teen gas atmosphere. Has all volatile st 5060 F. LIMITATIONS UCC 022099 - _ 28 I GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET. FELT, TAPE AND ROPE Hair Fall 82 HD Hair Felt 63 B1 Spun Wool Blanket. Mat%| Mask Blanket, E.P. Blanket, Copr-Fibre, Banroc Blanket, Mineral Wool Blanket. See material* liat for more. BASIC MATERIAL Hair fait Hair Fait Mineral wool and maul backing CENERAL rORM ALKALINITY, pH CAPILLARITY, % by *lbt COMBUSTIBILITY FLASH FLAME MELTING compaction CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cti ft HYGROSCOP1CITY, It by RESISTANCE TO ACIDS Felt 6 to t Chare at 200 F 8 te 10 Not ree intent Fall Combustible IS Not reeletant Blanket 7 to * 1000 F locombueuble Will Dot ceuae ateel to rvet 6 to 12 0.S to 1.0 Poor to fair RESISTANCE TO CAUSTICS Not rctiftifil RESISTANCE TO SOLVENTS I shrinkace-heat specific gravity LINEAR VOLUMETRIC REAL APPARENT j SPECIFIC HEAT, htu / lb 0.1S to 0,16 Not rttlttaol i 1 0.24 0.33 (?0 F to 210 T\ Poor to good Good to excellent 0 % $ 1200 F 2.60 0.12 to 0.10 0.20 Is 0.22 STRENGTH - COMPRESSIVE, pal 1 $ % deformation 4.6 #10 % deformation | STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS -ISO T Mia SHORT PERIOD -ISO FMIn CYCLIC -tso F Min TEMPERATURE RISE j self-internal heating | j 0.2S TO F 200 FMax 200 FMax 200 FMi* THERMAL CONDUCTIVITY pr"TM_| let indicated mean temp and denaity} f THERMAL DITFUSIVITY, aq ft ) tour THERMAL SHOCK RESISTANCE Good j VIBRATION RESISTANCE 1 WATER ABSORPTION, % by watghl . High . WATER VAPOR TRANSMISSION 10 ptrm-lachta ] Flexible. Eiy to handle. Adaptability to any ehepe or efee. . ' Length 42, Crosawia# 45. -ISO f MId 200 ISO F Min -ISO F Min 200 200 0.26 50 F 0.26 <5 100 F FMax-200 F Min FMax-300 F Mia FMax-300 F Min 1000 to 1200 1000 to 1200 1000 lo 1200 Some will aelf Internal beat 0.34 too T to 0. 40 $ 300 F 0.30 400 F 10 0.60 40S F 0.45 soo r to 0.50 g S00 F 0.3S$00 F to 0.60 $ 600 F RtllltlBt j High *0 p*rm-IBche Flexible. Adaptable to any ehape or l*t. 0.012 200 r Good Fair 47 Hi*h Flexible. Resilient. ................ Exreeiwe comprtaaibtllty. will burn. Depends on vapor barrier for ervice life. Depend* <m rtpor barrier for aervlce life. burn. UCC 022100 Soft. LiUle mechanical etrength. Drpende on vapor barrier for ervire life to low temperature service. FMax FMax FMax II I l [ If I if i i1 i i i t i i i i CEKEJUC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE as Spun Felt, Wool Felt. Miaera) Woo) Felt, Cope*Fibre LT Felt. Splat**, Spaa Wool Felt. Gold Bowl M.W. Felt. 66 E.P. Bonded Blanket 87 AnoiUmp 100 and 101, Copr-Fibre Ho 1ft, Muriel Typo mo, Tab-Lok. Detriek Mineral Wool, BEH 100, BEH 101. BASIC MATERIAL GENERAL FORM ALKAUNITY, pH CAPILLARITY, % by wei*ht COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTINO CORROSION - STRESS DENSITY, lb / cu ft HYGROSCOP1CITY, % by welfhl RESISTANCE TO ACIDS MlMral eoi and bifidara Felt 5 Id 9 Mineral wool, bifidara and maul Mioaral wool and cneui Ckbrta bfitHlgg^ - _________________ | Blanket PrefabMealed blafikel pip* coverta* 7 k> 6.5 7 to * SOO F Bcomk are incombustible. 1*00 F to 200 F Will fiol cause atael to mat 1 Will Dot cause ateel to ruat Z to ft 0.5 to 1.0 Poor 6 to 8 Q.S to 1.0 Poor 2000 F Incombustible s to n 1 to & Require* protaction RESISTANCE TO CAUSTICS Poor Poor Require* protection RESISTANCE TO SOLVENTS Good SHRINKAGE-HE AT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT t>*@<sa r 0.06 to 0.13 SPECIFIC BEAT, bta / lb 0.22 Good o.io to o.n 0.20 to 0.22 Excellent OH @1200 F 2.6 0.10 to 0.20 0.22 STRENGTH - COMPRESSIVE, ymi STRENGTH - TENSILE, fmi TEMPERATURE LIMITS CONTINUOUS -1U F Mia SHORT PERIOD CYCLIC <50 to SOO F Mut <50 to 000 F Mu TEMPERATURE RISE self-internal HEATING Soma will *eli toterail beat thermal conductivity {et indicated mens temp nod dcDetty) btu / (hf) (tq ft) (def F / lo.) Density < 0.20 100 F la 0.29 & 100 F 0.30 @200 F to 0.33 @ 200 F 0,30 @ 300 F Is 0.43 @300 F Atmoa Atmos Atmoa Min Min Mia 0.30 @ 300 F 0.30 @600 F 450 FMax Auaoe Mis *50 FMax Atmoe Mid 450 TMax AtmOB MID 1200 1200 1200 FMe* FMu FMu 0.2S @ tOO F to 0.23 @100 F 0.30 @400 F to 0.4* <S <00 F 0.40 @ 600 F to 0.69 @ 000 F THERMAL D1FFUSIVITY, eq ft / bouy THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight WATER VAPOR TRANSMISSION advantages 0.01 IO 0.020 100 F Good Fair 47 Good Fair Flexible. Reelllent, Adaptable to any ehapa or sue. o.oii @100 r Flexible. Easily applied over bends. limitations Soft. Little toachuicai atrenflh. Depends oo vapor barrier tor aervjoa Ufa Ib low temperature aarvtca. Little oompreeelve etresfth. - UCC 022101 I I generic class number I INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE ANO ROPE Micro-Quart* 80 89 Rafraatl A-V00 Batt> ReiraaU B-100 Felt. \ I BASIC MATERIAL GENERAL FORM I ALKALINITY, pH CAPILLARITY, % by weight I COMBUSTIBILITY COMPACTION FLASK FLAME MELTING I CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft I HYGROSCOPICITY, * by weigh! RESISTANCE TO ACIDS Quart fibers Fait tocombkuubia 3 to e FBmv lUiee Blafikat and felt a to ? Severmi (imea weight Incombuatibla 3000 F Keatata compaction to denJttie* neater Ulan 4 4 1/2 to 6 insulted 10 Good except HF iod HjPO* RESISTANCE TO CAUSTICS I RESISTANCE TO SOLVENTS SHRINKAGE-HEAT I 6PEC1HC GRAVITY LINEAR VOLUMETRIC real APPARENT SPEOT1C MEAT, btu / lb I STRENGTH - COMPRESSTVE* pt 2 1/2%1600 F 5%#2000 F 0.04 S 5 ft deformation Poor ReeitUnl to all common organic aolventa 1 % 1600 F S%62000 F 2.2 0.0? to 0.10 0.12 20 6 00 % deformation STRENGTH - TENSILE, pa) TEMPERATURE Atmos fecucPEiUOD Atmoa AUsoa TEMPERATURE RISE SELF-INTERNAL HEATING Mia Mia Mia 2500 2500 2500 Very low FMan -220 F Mia FMax -320 T Mia FMax -320 F Mia 2000 3000 2500 FMax FMax FMax thermal conductivity <at indicated bean temp and dauaity) bo* / {hr) ft) (deg F / in.) 0.28 6 200 F 0.42 S 400 T 0.72 800 r 0.43 9 <00 F to 0. SO <00 F 0.63# <00 F to 0. <7 # <00 F 0,<5 # 1000 F to a.*061000 r 0. 78 6 1200 r U 1,20 1200 F 0.22 #1400 F to 1,50 6 1400 F THEHMAL DIFFUSIVITY, aq ft / Spur THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE |WATER ABSORPTION. % by weight [water vapor transmission 0.039 to 0,054 1000 F High , No rtiliuocr advantages Soil. Rea 11leal. Soft. Realhent. Contain* no argute bidder. Available with facing*. Pure s> Oj. Alao available in fabric, tape, aleeving. yarn, cordage and rope. "LIMITATIONS Little mechanical airtoftb. Llnla machaalcal .Irangih. UCC 022102 90 31 IL I I f I I Ii i I! I I I V i i { I I I I GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS CEMENT 91 Fiberlrax Ceutln* Cem*l 92 JCaolfte~20, L.W. Blaxecreu, Kaollte 22. 93 Vttrlcal. E.P. No 10S. BASIC MATERIAL Alumlna-elNot Alumiaa'iUtoa GENERAL FORM ABRASION RESISTANCE let RUN % weight Ices 2nd RUN ADHESION WET DRY ALKALINITY, pH CAPILLARITY, % by weight coefficient of expansion COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board It / 100 lb DENSITY. lb / cu ft HARDNESS, bib penetration HYGROSCOP1C1TY, T.by Wight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Seari* refractory ooattoi cement lacraaeee 25 % altar axpoalag to 1600 F Semi-refractory, fireprooflag hydraulic cement. * to 10 3 x ltT* woe t lficombuaitblft 115 to 122 lncombuaUble IS lo 25 45 to 70 aa act Good at room temperature except HF *Ad H3P>4 Fair to poor at room temperature RESISTANCE TO SOLVTNTS SHRINKAGE - HEAT LINEAR volumetric Excellept 2%@1800 F SHRINKAGE - WET TO DRY VOLUMETRIC, % ' SPECIFIC GRAVITY real apparent 1.9 Avar>(a SPECIFIC HEAT, btu / lb 9,273 @1022 F 0.248 212 F 3 % 2200 F STRENGTH - COMPRESSIVE, pmi Afuntaa-aiUce and aabeatoe flbera llerai-refractory hydraulic eemeat. 4 e 2 to ateel Incombuatible 17 54 (O 56 0 to l 0.67 STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, pat STRENGTH - TENSILE, pat TEMPERATURE LIMITS continuous SHORT PERIOD CYCLIC Atmoa Atrooa Almoa Mia Min Min THERMAL CONDUCTIVITY, btu / (hr) <aq ft) tdf F / to.) 2.44$ 600 F 2.69 @1000 F 2.88 1400 F THERMAL DIFFUSIVITY, aq ft / hour THERMAL SHOCK RESISTANCE Excellent 2000 2300 2300 FMax FMax FMax J.44 @1900 F 3.96 0 2000 F Atmo, Mlo 2000 to 2200 F Max Atmo* AUnoa Atmo. Mis 2000 to 2200 F Max Atsoe Mm 2000 to 2200 FMaxAtmoa 1.42 600 1.S2 @ U)0 1.64 1000 F F F 1.76 @ 1200 F 1.89 @ 1400 F 2.01 @1600 F Min Min Min IS00 to 2000 F Max 1906 to 2000 F Max 1906 to 2000 FMax vibration resistance water ABSORPTION, %by *lgbl WATER VAPOR TRANSMISSION ADVANTAGES Coaling for roetale, graphite, and rvfractoriaa. Can he troweled ox. gunned. Low ahnnkage. limitations Ltmilad ahtil IU, Inliii oOrtrwU* iadlat*dr natst dunciirlftlci Apply U dry nt ooodttiooa. UCC 022103 32 I I GENERIC CLASS NUMBER I INSULATION TRADE NAMES Hi Therm characteristics CEMENT 9H 95 7 M Short Fiber, E.P. No. 2D, 1 M Short I BASIC MATERIAL I GENERAL FORM ABRASION RESISTANCE lei BUN % weight lot* 2nd RUN I ADHESION WET DRY ALKALINITY. pH CAPILLARITY, ?. by weight I COEFFICIENT OF EXPANSION combustibility FLASH FLAME MELTING I CORROSION - RUSTING CORROSION - STRESS COVtHAGE, board It / 100 lb DENSITY, lb t cu It I HARDNESS, mm peactrnUau HYGROSCOPIC1TY, ?. by weight RESISTANCE TO ACIDS I RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS I SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE * WET TO DRY volumetric, % I SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, bw / lb Ahialu-iUlM and aabaataa lniuJatlng cement 9 Incombuellbie 68,5 18. 5 0 to 10 .295 Mina m nabaaloa Finiahtag cement Incombustible 6TRENGTH - COMPRESSIVE, pal STRENGTH - FLEXURAL, pal STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTOT jUS SHORT PERIOD CYCLIC 2300 F Max 2300 F Max 2300 F Max THEHMAL CONDUCTIVITY, btu / (hr) |aq hi |dr, F / In.) THERMAL DlFrUSlVlTV. aq h ! hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, 1. by wright WATER VAPOR TRANSMISSION ADVANTAGES An extremely high temperature ieeulatmf cement often ueed ne expulsion >olttl. Atmoa Almoa A tinea Min Min Min 1000 F Max 1000 F Max 1000 F Max 96 Carry 303, B. E H. No. 200. JM No. 352. K od M No, 152, Rut*raid No. 115. Com taco Finishing, ?-M, EP-99. Aabaatoa and bondin, clmyi General utility finishing cement. iBcenttaualible 18 *0 U 7ft 0.5 Fnlr Mbdarala Good 04to 1,1 9.22 Atmoa Atxnoe Atmoe Min Min Min 1Q0D 1900 1000 0.0 100 F lo 1.3 100 F 1.2 # 300 F to 1.0 #300 F 1.0 f 300 F to 2.13 S 300 F FMax FMax TMen 0.138 Stick* lo ait eorfecet. Finishes medium herd. limitations UCC 022104 OTE: LiaJ.aa otharwu* Indicated. carccai charaetarialtea apply to dry aet eaaditioaa. 33 GENERIC CLASS NUMBER tHVULATlON TRADE NAMES CHARACTERISTICS CEMENT 97 LF-IO, E.P. No. 43, JM-No. 302, Hubcrotd No. 1U, SS-11, C-10 98 99 Caray No. 100, MKD Flolah, HI Cloa. Carey No. 707, AmbltrexNo. 2. BASIC MATERIAL general form ABRASION RESISTANCE m RUN % wel*bl foaa 2od RUN ADHESION WET DRY ALKALINITY. pH CAPILLARITY, % by weltot coefficient of expansion combustibility flash FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 100 lb DENSITY, lh / cv tt HARDNESS, turn p*attrition HYGROSCOP1C1TY. % by weight RESISTANCE TO ACIDS Long aabaatoa flbara awl bladar Bl|h fnde (l&liblftg ototR 49 I to tocombuiubU 90 35 to SO tlban lad bpadiag okay Hard flulab oaroant IS to 30 32 U> 60 Aoboitao f&r* ImutaUng ottMfit 1900 T loeoxstaiuble 20 U> 23 dry 42 to 00 Poor hcombuiilbl* 0.37 to 0.35 Fair RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE - HEAT unear VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC, % SPECIFIC GRAVITY REAL ____________________________ 1 apparent SPECIFIC HEAT, btu / lb Fair Good 3 to 35 0.S7 * 0.97 Moderate Good 5 %S 1000 F STRENGTH - COMPRESSIVE. jV STRENGTH - FLEXURAL, P>1 STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal temperature LOOTS CONTINUOUS Atmos short period Ats>o cyclic Atmoi MU Mia Mbs 1000 F Wi* 1000 F Mix 1000 F Mix THERMAL CONDUCTIVITY, btu / <br) (aq ft) (dcf T / la.) 0.81 0100 r to 1.8 $ 100 f 0.82 0 300 F 10 1.8 300 F to 2.110400 F THERMAL DIPFUSIVITY, aq ft / hour THERMAL SHOCK RESISTANCE VIBRATION resistance water absorption, % by vclfht water vapor transmission ADVANTAGES Hifb rex iitince io vibralioa cricklog i&d expanaioa itraiu. lit @ S % deformation 150 @ 5 % dalonniUoe Atmo* Atmoi Atmoa Mia Mlo Mia 1000 1000 1000 FMix AfiDO# FMix Atmo FMix Atmoe MU MU Mia 730 to 1000 F Mix 730 to 1000 F Mix 7S0tol000 F Mix 0.030200 F to 1.40200 F 1.IS 0400 F to 1.7 0 400 F to 1.00 0 100 F 0.73 0 200 F to 1.08 0 200 F 0.81 0SOO F to 1.34 0 300 F Hard *mooth whit# eurlsci. Vary amootb ilotah. limitations For fioiib work oaky. NOTE: Uoleu oiterwUc tMlxaited, o*mvt cbUirwrUtlci tp^ly to dry Oftadmoaa. UCC 022105 3 I CHARACTERISTICS CEMENT I I l [ I I [ I I If l> I I I i 1 I I It I CM AMMO I tnl3 I IL.& CEMENT I GENERIC CLASS NUMBER insulation TRADE KAMO basic Material GENERAL FORM ABRASION RESISTANCE 1*1 RUN % weight 1one 2nd RUN ADHESION WET DRY ALKALINITY. pH CAPILLARITY. * by *I*M coefficient of expansion COMBUSTIBILITY FLASH FLAME MELTING CORROSION * RUSTING CORROSION - STRESS COVERAGE, board ft / 100 )b DENSITY, lb / cu ft HARDNESS, mm penetration HYGBOSCOP1C1TY, % by wei*bl resistance to acids 03 Thxrmmllu, 817. Mifnealupi Can>>, Mafnaalun m 105 ArmalempNo. 186, BEH No.1, MW-50, Artnstemp No, IQ, Super Powerhouse Super 711, Super 46. Webers Super 49, Utility Thermal Finish. Hilits, one 3M No. 4SO, Slic-TJt*. Mimde* A-J, Cost, Qvik-Set. No. 412, No. 901. HoUnee No. 1, Green Ineul C. Uaetto HE Plus Ultrt. Sen materials list 330. O.C.-660, Comleco No. 2,One for more. Shot. See meterlal* list for mere. Magnesium cebocau end asbestos fib*re Minaral wool Miners) woof, binders tad hydraulic setting cement IwitbUig ctnnt hwtlitlng oonmt Hydraulic netting metatg oemtflt 26 SO 10 to 11 23ft 24 ID 45 49 to 70 l to 6 7 to 12 B.S to n High IS to 35 25 to 65 5 8 1/2 to 12 1/2 High Incombustible 55 to 30 29 to 20 1.10 A Not resistant 2000 F Incombustible 45 to 60 22 to 30 1 to 2.5 2 to 2.5 Poor 1900 F None Incombustible 20 to 40 27 to 44 0,8 to 1.5 Not resistant RESISTANCE TO CAUSTICS Reeieunt to dilute caustic* only resistance to solvents SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE - WET TO DRY volumetric, % specific gravity REAL APPARENT Resistant I RP'610 F 22 2.2 0.29 to 0.32 SPECIFIC heat, bm / lb STRENGTH - COMPRESSIVE, pal 0.21 110 @ 10 % dclonaatloB STRENGTH - FLEXURAL, pat STRENGTH - SHEAR, pat STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Min Min Min 560 to BOO T Max 900 T Men 600 F Mex THERMAL CONDUCTIVITY, btu / (hr) fsq ft) (dtg F / In-) thermal diffusjvity. a4 / hour 0.38 @ 100 F la @ 100 F 0.43 @200 F to 0. 31 0 200 F 0.48 1^ 300 F to 0.34 @100 T 0.0053 @ 100 r THERMAL SHOCK RESISTANCE Good VBRATION RESISTANCE water absorption, * by w,igbt 234 Water vapor transmission ADVANTAGES Oood for patching 45% Magnesium insulation Poor Excelled 13 to 27 0.33 to 0.42 0.22 to 0.23 23 to SO $ 9 deformation 31 to 60 ^ 10 deformation 150 to 200 Poor Good I to 2 % @ 1200 F 0 to 6 2.5 0.43 to 0.70 0.22 to 0.23 45 to 235 5 % deformation Atmos Atmos Atmos Min Min Min 1600 to 3100 F Mex Atmos 1500 to 2100 FMexAtmos 1500 to 2100 Y Mix Atmos Min Min Min 1000 to I960 F Max 0.44 @200 F to 0.87 ff 200 F 0.52 @ 400 F to 0.78 @ 400 F 0.82 @ 600 F to 0.86 <8 600 F 0.48 @ 200 F to 0.78 @*00 F 0.81 @ 600 F to 0.08 @600 F 0.68 @ 800 F to 1.03 @800 F 0.006 to 0.01 200 F 0.007 g 200 F Good Good Good base cost lasuUung cement Hydraulic telling. Limitations High shrinkage, Nm moisture resistant. Wtff soften when wet. Poor adhesion to hot surface*. NOTE: Delta, otherwla, IndlcatM), eamant charmclarlattca apply to dry Ml oondhlo&a. UCC 022107 it I || GENERIC CLASS NUMBER CHARACTERISTICS CEMENT 106 Pyro>Sc*l Cdmi( FlrsprccJing 0uut IDT Glaarock C*mnt ioa E.P. No. 33. No. 600. Comiaeo No. 3. High Tamp. I BASIC MATERIAL general form Iabaasion resistance I*t RUN 1% weight las* 2ad HUN ADHESION WET DRY ALKALINITY. pH (caPILIARITY, % by Miflii COEFFICIENT OF EXPANSION KOKBUSTIB1UTY tlash flame MELTING CORROSION - RUSTING 0RRO510K - STRESS HlOVERACE. bovd ft / LOO lb j DENSITY, lb / cu It ^LARDNCSS, mm peaelratioa BriCROSCOPlClTY. % by weight jftESlSTANCE TO ACIDS Resistance to caustics Resistance to solvents -uhrlnkace HEAT linear volumetric -Shrinkage wet to dry "olumetric. % ^PECinC GRAVITY REAL apparent PECinc HEAT, btu /lb Uiura) woo). ybMloi iJbvrt hydraulic binder Fused edict Hydraulic artllb* fir.proofing etpent Bonding and facing oemtat IS to 3$ 25 to 60 10 6 to 10 2200 F iacembusvtble 0.3 a 10"4 Incombustible 30 36 tn 66 115 xc*Haat Excellent Excellent 1 lo 4 rn% 1S00 r t to 9 0.61 to 0.88 0.22 Excellent *xc*pt to HF and hot H,PO( 0.38 1300 F tiptwWd evrmiculU* JnaulaUns enni 35 60 6.9 Poor do bpt surface Good on cold surface tocnmbuAtibto 65 Wei 18 to 19 10 0.29 0.22 ^TRENGTH - COMPRESSIVE, {Ml 115 $ 5 drformttioft TRENCTH - FLEXURAL, p.1 j STRENGTH - SHEAR, pel Strength - tensile. pi emperature Twits continuous SHORT PERIOD CYCLIC Atrao* Mmoa Alma* Min Min Min 2000 T Max 2060 F Max 2000 F Max Kermal coNDucrrvmr, m / <hr> <q R> id*f F / to.> THERMAL DIFFUS1VITY. q ft / hour 0.90 SOO F to 600 F 1.12 800 F to 1.2Jlooor to $ SOS F I. SO 1000 F o. oios soo F UK) o lbs JjHERMAL SHOCK RESISTANCE bration resistance TSaTER ABSORPTION, * by wolfM WATER VAPOR TRANSMISSION Ivantaoes 1" provtdea approximately two hour, fir. protection. Can bo applied by prsytof dual or trowelling. 125 Atmoa Atma* Atmoa Mia Min Mia 2.3S 300 F 3.00 S00 F 4.00 1000 F EuelltM 2000 2000 2000 FMax Atmoa FMax Atmoa TMax Atmoa Mto Mia Mia S.4 1600 F .4lBOO F 7. 80 2000 F 0.70 200 F 0.96 600 r 0.01S 200 F 1 Eaceileru ilwnnil aback retietone*. Good oovarag* - 1800 1800 1800 FMax FMax FMax 1.18 1000 F 1----------- -- --- LIMITATIONS UCC 022108 f.. ctterwtae todicAutd, ctatct charade rUUo apply to dry t ooaditioAa. Salt. LIttJ* mechanical ttrtngttt. }7 I I i I 1 l i i i i i i i i i CHARACTERISTICS LOOSE AND FILL GENERIC CLASS NUMBER INSULATION TRADE NAMES 109 Kacwool, JM Cerailber, Flbarira* Ratk Short Staple Fiber. 110 Kulitf L.W. FlU. JM 2400 L.W. Aggregate, JM TalUi L.W. Aggregate. ui Aabesioa Fibers, Carded Cryeollle, 1 1 i BASIC MATERIAL GENERAL FORM AUCAUNTTT, pH combustibility COMPACTION /flash flame (MELTING Bulk liber* 3200 F lncomlxiatible Abuala*~*ilica Aggregate 3200 F Incompatible Mum Bulk Ilbrr* 7 to t 2700 F lacoi&buatibla | j prNsrrr, u> / cu t 4 to 12 installed 30 Is SO tnjulled 20 to 30 HYCROSCOPICITY, % by wttfhl RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Good for most at room temperature except HF and H,P04 fair to poor 3 Poor Fair RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT Excelleat 2.73 SPECIFIC HEAT, btu / to TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELT-INTERNAL HEATING THERMAL CONDUCTIVITY, Wu / (hrt (q 11} (de* F / In.) Atmos Atmos Atmoa Mia Mia Min penalty 6 0.69$ 600 F 1.24 @ 1000 F I.SSfenfrb F 2000 to 2400 F Max 2.22 $1000 T 2.5* @ IBM T 2.2@20OO F AtmIX Atnux Atmos Min Min Min Good 0.27 3000 U> 2<00 F Mu Atrooa Atmoa Atmos Mia Mtn Mia 0.50 @70 F 900 to 1200 F Max 1200 F Max THERMAL DIFFUSIVITY, q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight EscaUeat Saturates High temperature limits. Good resistance to thermal ebock. ADVANTAGES Used as till and as an aggregate. Good to Numerous grades and sties available Caa be made into insulation, textiles or pack insulation. LIMITATIONS Vam maehaaical strength. UCC 022109 : GENimr CLASS NUMBER INSULATION TRADE NAMES characteristics LOOSE AND FILL Wile. B-2. 112 A, Wttcoliu B-l, WUcolne Thermo* 113 114 Granulated Cork, Novotd Granulated. ABIC MATERIAL GENERAL FORM ALKALINITY. pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING Bltumknoua petroleum reatn QriMl&r 1 600 F MT CuboD Blek Umi Powder 6 to 10 See ditadvantagee. Doe* not melt. DENSITY, lb / cu ft 40 bulk 30 approximately HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS Approache* 0 Good except Nitric Inert except atrongl) auditing RESISTANCE TO CAUSTICS Good leert RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Little or none io alcohol*. Sotuablr in hydrocarbon eolventa. 1.64 0.64 0.43$ ioo f, o.4<e 200 r. 0.53 $ 300 F. Inert 1.6 0.5 0,16 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING 40 to 300 F Min Denaity 40 0,4 to 0.6 212 to 300 F Mix -455 F Min >455 F Min -455 F Min Dentlty 32. 8 0.4 $ 1000 F THERMAL CONDUCTIVITY, t*u / tbr| (*q ft> (deg T i to.) 5000 6000 5000 F Max F Max F Max VtftlMblm Granular Combuaitbie 12 to 14 0.19 to 0.22 -200 F Min 200 F Max 0.30 $ TO F THERMAL DirrUSlVlTY. ,q ft / ieue THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight ADVANTAGES Cooling rata below ISO F abould sot exceed 3 F per minute. Good 0,1 U*ed at fill tnaulation lor underground Heed (or graphite tube reaiatance and hot line*. induction furnace* above '600 F in vacuum and inert gaa atmoapher**. Can be poured ntp cavity apace*. Uaeful for inaulation at low* temperature. LIMITATIONS Muat be b**l cored after lneialMiien. Oxidiiaa in air without a flame above 600 F. Oxidisation atops when eoorce of heal la removed. Sublimee at 6600 T. Will burn. Depeoda upon vapor barrier for low temperature aervicr life. UCC 022110 39 I I 1 l i I i iI i i I I I I I I I I I I GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS LOOSE AND FILL Micro CM T-4 115 116 Celetom MN-8J. Btl-OCel Coaree 117 Cclctcn MN-3S. SH-D-Ce) Flat. basic material GENERAL FORM ALKALINITY, pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING Oynthetio calcium elltreta Lwn DtitoniMMU allies Locaa 5 to 7 Incombustible Dietomacacos allies loota 5 to 7 tocombustible DENSITY, lh / cu It 6 lo 0 I* to 27 10 to J7 HYGROSCOP1CITY. %. by kcit RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT 2.45 SPECIFIC HEAT, btu / lb TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCUC TEMPERATURE RISE SELF-INTERNAL HEATING -450 F Mia -450 F Mia 450 F Mn Dettitty ft 0.20g-J15 F THERMAL CONDUCTIVITY, btu J (hr) (q ft) (deg T / to.) Density B 0.22 @ -115 THERMAL OirnjSmTY, 14 ft / hour 1200 1200 1200 0 Good SoluabU in caustic solution Good 2.10 0,30 ft> 0.43 0.25 Approximately FMax FMax FMax Atmoa Atsioi Atmo Min Mm Min 1600 1800 1800 6 Good Boluablc to caustic solution Good 2,10 0.10 to 0.27 0.25 Approximately FMu Atmoa TMu Atxsoa FMu Atmoa Mia Mia Mlo 1600 F Max 1600 F Max j Den* tty 22 |0.48|S200 F 10. S8g 400 F |.3g600 F Density 25 0.83 g 200 F 0.77 IS 400 F 0.92 8*600 F 0.009(8 500 F 0.70 @ 800 0.77gl0Q0 0.84 1*1200 0.92 @1*00 I F F F 1.13S 800 F Dene tty 12.ft 0.38 g 200 T 0.44 ffi 400 F 0.53 600 F Density 17 0.42$ 200 0.48 fi 200 0,55$ 600 F F F 0.01 g 500 F 0.84 G 800 F 0.62 $ 000 0.60$ 1000 0.76 $ 1200 0.64 $ 1400 F F F F THERMAL SHOCK RESISTANCE Good Good VIBRATION RESISTANCE WATER ABSORPTION. % by wetfht . High Good lor cryogenic rvl*. Noa-xbr**ive, High Used to insulate high temperature cavftj wafts. 140 Card to insulate high temperature cavity walla* ADVANTAGES LIMITATIONS Will readily pick up molatura. UCC 022111 - 40 I I GENERIC CLASS NUMBER 1 INSULATION TRADE NAMES CHARACTERISTICS LOOSE AND FILL UB Olatom MP 87. Sil-O-C*) C-S It9 GiJsuleto A, GileuW B, GtlMulite C. Gilaulai* Special B. G/leo-Gerd uo I BASIC MATERIAL GENERAL FORM I ALKALINITY. pH I COMBUSTIBILITY COMPACTION FLASH TEAMS MELTING Calcined diatomaoaoue allies Looaa 5 to 7 Incombustible Gllicalti OranuUr 7 ft00 T Softeniog 27ft F to 39ft F I prNSITV, lb / eu ft HYGROSCOP1C1TY, % by weight I RESISTANCE TO ACIDS resistance to caustics 26 to 3) \ Good Solaibif Id caustics Bulk 46. Ptcktdtt. Approaches sera Good except nitric Good I RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT Good 2.1ft 0.41 to 0.49 Little or aone in alcohols. Solvable in hydrocarbon solvents. 1.04 0.64 I SPECIFIC BEAT, btu / lb TEMPERATURE CONTINUOUS UMITS SHORT PERIOD CYCLIC I TEMPERATURE RISE SELF-INTERNAL HEATING I THERMAL CONDUCTIVITY. btu / (hr! (4 It) (<Je* F / to.) 1 thermal oirrusiviTY, aq ft/bout 0.2ft Approximately Atmos Atmos Atmos Min Min Mis 2000 2000 2000 0.35 0 100 F. 0.50 0 200 F 0.60 0 300 F FMss FHut fMss 300 to 520 r Max ftOCMo 520 F Max Density 25 o.ooSioo o.7(B 2oo 0. 63 $ 300 r r F Draaity 31 0.92 200 1.03 0 400 1.14 0(00 F F F 0.12 0 500 r 6.81 400 i,oo0soo i.iigeoo 1.35 g 600 P r r F 1.29 <J <00 1.37 1000 1.4801200 1.60 0 1400 F F F F JDanally 40 jo.sssioo jo.ssgzoo | 0.55 g 300 f f F (Dtulty 49 ,0.65 0 100 F 10.850 200 F j 0.65 0 300 F 0.0023 0 200 r and 40 lb* ITHERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Good Cooling rate below iso F should not exceed 3 F per mtoute GUeoolle Granular Bulk 40, Packed so Atmos Min 260 T Max Density SO 0.72 water ABSORPTION, % by weight 1 advantages High 1 Used u (ill for higher temperatures than uocslcjoed material. May also be used with cements to form tosulstot concrete. Used as fill Insulation for underground hoi lines. Curing results in plastic layer to pipe which gives corrosion protection. Special suing prohibits water petteaheo water table i#" above pipe depth. Does not require coring. Gives corrosion protection. r1------------------------------------------------------------------------- lumTATlOKS Must be heat cured alter lneuUaiioo. 1--------------------- --------------------------------------------------- UCC 022112 UI I l I I i i i i * i i i i I i P l i i GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS LOOSE AND FILL 121 TWL Sbndchd. TW-F Shrbddwt 122 Sub Zero lnaul Wood 123 Pouring wool, Blowing Wool BASIC MATERIAL oehehal torm ALKALINITY. pH COMBUSTIBILITY compaction (flash [FLAME (melting Fibrous (Uee Bulk B to 10 1400 F Fibrous flaae Loom to 10 1400 F fibrous gUaa Bulk to 10 1400 T Incombustible DENSITY, lb / cu ft 2 to 12 2 to 12 0.5 to 1.5 MYCROSCOPICITY. * by weigh! resistance to acids RESISTANCE TO CAUSTICS Nil Good from pH 5 to 7 Good from pH 7 to 10 0 Good from pH t to I Good from 7 to 10 0 Good from pH 5 to 7 except HF and H,PO, Good from pH 7 to 10 resistance to solvents Good Good SPECIFIC GRAVITY ___ (APPARENT 2.5 0.032 to 0.19 2.5 SPECIFIC HEAT, btu/U> 0.20 0.20 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCUC *300 -300 *300 F Min F Min F Min TEMPERATURE RISE BELF-TNTERNAL HEATING thermal conductivity. *U / Ou-J (*q ft) Id** r / Ifl,) UcDBlty 4 0.34 6 70 F 0.25 0100 F 0.32 # 200 r Dtulty d 0.24# 70 F 0.24 # 100 F 0.31 # 200 F 230 FMan -300 F Min 250 FMax -300 F Min 250 FMax -300 F Min 0.40# 300 F 0.51 # 400 F 0.30# 300 F 0,45# 400 F Drntlty 4 0.24 70 0.23 0100 0.32 # 200 F F F Dcnnfty S 0,24# 70 F 0.240 100 F 0.31 # 200 F THERMAL DIFFL'SIVITY, tq ft / hour 0.0107 41 100 riMIlbf Good 2.5 0,00B to 0.024 1000 F Max 1000 F Max 1000 F MAX -300 -300 -300 F Min F Min F Min 0.40 # 300 F 0.510 400 F Denaity 1 0.34 @ 70 F 0.33 0 300 F 0.450 400 F 250 1 Max 250 F Max 2S0 F Max THERMAL shock resistance Resistant Good VIBRATION RESISTANCE WATER ABSORPTION. % by weight 00 Can be poured or picked into large or imah apace. 00 Resilient. Inorganic. Compatible with liquid oxygen. 1000 Ueed mainly for building insulation. ADVANTAGES LIMITATIONS Dependent upon vapor barrier for low temperature servioe life. UCC 022113 Dependent on vapor barrier for low temperature service hit. M2 I I CHARACTERISTICS LOOSE AND FILL I I I I I I I I < I i It i i i i i i i i I Il I generic class number INSULATION TRACE RAWER CHARACTERISTICS LOOSE AND FILL >27 12B arumutcd Wool. Type 7 B, Copr- Loom Wool, Loose Miner*] Wool. Flhre Giu., SuneOnt.. Paklaaul, Type H-2, Type HH, Copr-Fibre pcsur-lag Wool. Loose, Banroc Loose, Blowing Wool, Looer Spun Wool. See material* ltal for more. Ptrlox Perlite 129 BASIC MATERIAL MlocralWoo) MOn) Wool Expanded Ftilit* GENERAL PORM ALKALINITY, pH COMBUSTIBILITY compaction FLASH FLAME MELTING Granulated 6 to 1900 F , IncoiatMiaUbla Loom 5 to 9 1800 T Incombustible Loos* powder Incombustible DENSITY, tt> / cu ft 1 to SO 3 U> 20 3 HYGROSCOP1CITY. % by welftbt RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 1 Fair to poor Fair Fair to poor Fair resistance to solvents SPECIFIC GRAVITY Excellent 2.70 0.048 to 0.32 Excellent 2.70 0.048 to 0.32 0.048 5PECIF1C HEAT. Mu / lb 0.22 0.22 temperature UNITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELT-INTERNAL HEATING thermal conductivity. btu / (hr) ft) (deg T / u.) To - 350 F Min To * 350 Y Mto To-350 F Mid 1000 to 1300 F Max -300 r Mia 1000 to 1500 F Max -300 F Mia SOOOto 1500 F Max -300 F Mu Density 10 0.2# 100 P o,34 @200 r 0.42 @ 300 F Daaxity T 0.20 @100 F 0.36 $ 200 F 0.44 @300 F 0,11 @ 400 F 0.12(8 600 F o.4(g *oo r 0.64 @ 400 F 0.76 @ 600 F 0.00 @600 F Density 10 0.2# @100 F 0.34 @200 F 0. 42 @ 300 F 1000 to 1600 1000 to 1600 1000 to 1600 0.51 @ 400 F 0.72 @600 F 0,84 @ 800 F FMax -400 F Min FMax FMax Density 3 0.16 @-200 F 0.21 @ 100 F THERMAL DIFFUS1V1TY, >q ft / hair 1400 F Max 0.31 @150 r THERMAL SHOCK RESISTANCE Good Good VIBRATION RESISTANCE WATER ABSORPTION, % by Ml(bt Hlfb Soli fUiilicat High Re*them. Type H-4 e*>4 Banroc suitable for oxygen aervice. Can be *d for liquid oxygen aervice. ADVANTAGES : UWTATIONS Drprod* go vapor barrier lor loir temperature eervice llit. Will pack down. Depend* on vapor barrier tor low temperature atreiee life. Depends os vapor barrier for low temperature eervice life. j I UCC 022115 i i i Uu GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS LOOSE AND FILL 130 iDiul-iJi, ArmaflL 131 Micro Quarts Fiber Refraell F-1C0 132 BASIC MATERIAL OENEKAL FORM ALKALINITY, pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING DENSITY, lb / cu ft Pirlllt and MpMh Oruttlsr 500 7 300 F 28 Quarts liber# Looee Incombustible Fibrous elite* Loose & to 7 Incombustible Rea lets compaction to greater than 5 lb density 3 to 9 KYGROSCOFIC1TY, * by wclcfct Nt] RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Good Good RESISTANCE TO SOLVENTS Soluable in hydrocarbon aolveoie SPECIFIC GRAVITY REAL apparent SPECIFIC HEAT. b*u / lb 0.045 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING 0 F Min THERMAL CONDUCTIVITY, btu ( (hr) (q ft) (bat F / ko.) Density 20 0,47(1 74 F 0.61 $ 163 F 0.07 $ 022 F 450 F Mu Atmos Atmos Atmos MIO Min Mu 0.28$ 200 F 0. IB $ BOO F 1.02 & 1200 F THERMAL D1FFU51VITY, aq ft / fcour 2500 2500 2500 2 to 10 Good except HF and HaP04 Poor Resistant to all common organic solvents 2.2 0.00 to 0.14 0.19 FMax FMax FMu 320 F Min .320 F Min -320 7 Min 1800 to 2000 F Mu 3000 T Mu 2500 7 Mu Doaalty 3 0.8*1? BOO F O.BOg BOO F 1.20 $ 1000 F D*nlty B 0.40$ <00 F 0.55 @ BOO F 0.15 9 1000 F 1.MS12C0 F 3.00 1400 F 0.10 9120(1 T 1.12 (8 1400 T 0.0S4 IS 1000 F Md B lb* THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Resistant Excellent Good WATER ABSORPTION, % by weight ADVANTAGES High WU] Dot wash away. Will cot be disturbed by luritct loads. Repeated hasting and ooollog will oi cause cracking. High Soft. reslheDi. and flexible. No organic binder. Pure 5lOf. LIMITATIONS Must use primer oe pipe. Must be cured above 220 F. Cannot be used under water. Cannot be installed in extremely wet weather. Low mechanical strength. Low mechanical atnrngth. UCC 022116 __________________________ U5 I I 1 I I i i \t i I I i i i i i i i i GENERIC CLASS NUMBER INSULATION TRADE NAMES SSMocol CHARACTERISTICS LOOSE AND FILL 133 134 ZoAollta BASIC MATERIAL Silica aerogel Expanded vermicultt* GENERAL FORM ALKALINITY. pH COMBUSTIBILITY COMPACTION DENSITY. B) /cu ft FLASH FLAME MELTING Loo* 1.1 IM 400 F tiMinmbunibto 4 to 6.5 Looee * U> 10 Incoxnbuetible 2200 F 20 *@15 p.1, 23 % @ 23 pal 4 to 10 HYGROSCOP1C1TY, % by vetgbl RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 10 to IS 2 Will dissolve In HF, react# with h3po4 Will diaaolve and react with ciuitlci Good, atroog acida will leach out combined metallic Iona Excellent RESISTANCE TO SOLVENTS SPECIFIC GRAVITY HEAL APPARENT SPECIFIC HEAT, btu / lb Doee not react but may change structure 2.2 0.064 to 0.10 0.205 147 F TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / <hr) <q A) ides F / In.) -457 >437 -437 TMI6 F Min F MU P*nl(y 3.3 0.12 #-100 F 0.15 p 10 V ' 1300 F Max 1100 ruu 1300 F Mu 0.1@S90 T 0. IS 200 T 0.21 g 300 F Excellent 2.2 to 2.2 O.n to 0-lB 0.20 0 F 0,24 300 F -3M '3S0 -350 F MUi T Mm F Min 2000 2660 2000 FMax TMax FMax Dnaity 4 to 7 0.45 70 F 0.47 100 T 0.33 200 F Dculty 7 to 10 0.44 70 F 0.55 @200 r 0. 71 400 r 0.30 <00 F 1.10 BOO T 1.32 1000 F 1.7B&UOO F THERMAL DtFFUSlVlTY, ft / hour 0.02 147 F 0.025 @130 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by wclcht ADVANTAGES 100 Very low conductivity. Good Cor cryogenic aervice. 360 Deed aa fill and aggregate for concrete Nod-abrasive. Can alto be used with varioua binder* la aprayed-oo coating. limitations Meet be fully contained. Dtpende oa vapor barrier Cor low temperature pervice life. Depends oa vapor barrier la low temperature aervice but act actually damaged by water. UCC 022117 135 i U6 I I CENEH1C CLASS HUMBER I INSULAnow TRADE NAMES CHARACTERISTICS REFLECTIVE 136 Alcoa, Aluminum Foil, Mstails!too. AUol 137 138 Alena, Alumtsssi. I BASIC MATERIAL GENERAL FORM I CAPILLARITY, % by welghi COEFFICIENT OF EXPANSION FLASH COMBUSTIBILITY flame I MELTING CORROSION - RUSTING CORROSION - STRESS I DENSITY, lb / cu ft EMISSIVITY - HEAT KYCR05COPIC1TY. % by weight I RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS Aluminum foil Vxrtoua lElclonm of loll 0 13 *10 -0 1200 F 160 for aluminum J 0.05 (*cb Xiirixce) j I Goof). See dksadvanuges. | Poor Good I REFLECTANCE - HEAT sPECirrc gravity REAL apparent I SPECIFIC MEAT, btu / lb shrinkage 4K9S STRENGTH I TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC I1 ; transmittance <u> bm /hr, sq ft outer surface, deg F Atmos Min 600 F Max 600 F Max Depend* upon cumber of sheets, spacing, and direction Of beat Row. I thermal coNDccrrvrrY, bm f (hri (, fti (<W, F / to.) THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATM ABSORPTION, k by weight water vapor transmission i advantages Good Good 0 0 Lx*d a* beat rxfltcior. Ahitotoms foil Foil fabricated blanket 0 13 x 10 -* Depends on material other than foil used to make blanket. Aluminum Bb*#l 0 13 x JO" i2oo r 0.0S (each surface) Good. See disadvantages. Poor Good 0.&S 0.0* teach surface) Good, See disadvantages. Poor Good 0.9* Atmox Atmox Acm os Mia Mia Mia 100 00 200 FMx* FMxx FMxx Depends upon number of sheets, spacing, and direction of heat flow. 10 T Mxx 1100 T XIxx >100 F Mxx Depends upon number of sheets, spacing, and direction of ben flow. Good Good 0 Low Used as building insulation. Manufactured io fit uao lolata and stud spaces. Good Good 0 Very low Light weight construction. |IJAflTA TION'S Must be properly toetelted to be effective. Re*letas<ce to halogen acids, dilute eitrtc and dilute sulfuric said is poor. Low tear strength for some products. Resistance to halogen acids, dilute nitric and dilute sul/unc acid is poor. Depend* on proper joint seal tor vapor resistance. Musi be proper))' insulted. Resistance to halogen acids, dilute ollrlc and dilute sulfuric acid i* poor. i1---------------------------------------------------- UCC 022118 in I I i ic i i I ii i i i i i i i GENERIC CLASS HUMBER INSULATION TRADE NAMES CHARACTERISTICS REFLECTIVE 139 AUoM02, Alfol-103, Allol-101, Foil \9Q AL Mirror. AL Mirror AS. AL Mirror XXT. JJi Metal K, )V1 SC Mirror. SC Mirror AS, SC Mirror R, AS Mirror DT, JM Metol K. BASIC MATERIAL GENERAL FORM CAPILLARITY. % by might COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION ' RUSTING CORROSION - STRESS DENSITY, lb / cu ft EMIBS1VITY - HEAT HYGROSCOP1C1TY. % by weight resistance to acids RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY HEAL APPARENT SPECIFIC HEAT, btu / lb SHRINKAGE STRENGTH Abimisum loll ud utw.to. paper Aluminum sheet Uoluttd foil and Out or conupud Factory prefabricated shapes lP*T 60 129 X 10-7 Incombustible 1200 F 1200 F Will oot cause steel to rust W|1J oot CMiributc 6 to 7 0.05 (per surface) Poor Poor Good 0 Good resistance to most acid* Not resistant to some caustics Res utaut 0.95 (per surface) 2.7 0.086 to 0.10 0.20 0 Standard structure meets normal service requirements. X-Hvy case Btai&Jeee stsel and slumlnum Factory preformed ahapsa 0 129 X 10-7 Incombustible 1200 F Will not cauaa steel to rust Will not contribute 6 10 7 0.05 (per surface) 0 Good resistance to most acids Not resistant to some caustics Excellent . s0 9 (per *urf.o) 2.7 0.0B6 to 0.10 0.16 0 Standard structure meets norma) service requirements. X-Hvy esse available for severe service. TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE (U) boi ! hr, aq ft outer urMc*, deg F Attku>t Atmos Atmos MIb Min Min 600 F Vfu 600 F Mu 600 F Max Depends oa number of sheets. spacing, sod direction of best flow. * Min * Mia * Min Atmos Atmos Atmos to 1000 FMax * Min to lO^Q FMax * Mio to 1000 FMax v Mio Atmos to 1000 Atmo* to 1000 Atmos to 1000 FMax FMax FMax THERMAL CONDUCTIVITY, btu / (ho <sq ft) (bee F / to.) thermal shock resistance VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION ADVANTAGES Good Good 0 Used to wrap around pipes or equipment. 0.25 100 F, 0.44 @400 F 0.31 200 F, 0.55 6*00 F Excellent 0.27 100 F. 0.47 If 400 F 0.33 200 r. o.oeoo F Excellent Excellent 0 0 Excellent 0 0 Prefabricated lor pipe, fitting* sad equipment. Not moisture absorbent. Can be taken off and replaced easily. AS. R. and DT outer Jacket sealed to provide vapor seal. No shrinkage. Can be taken off and replaced easily. AS. R, and DT outer Jacket sealed to provide vapor barrier. Not moisture absorbent. Highly resistant to exter nal fires. Prefabricated for pipes, fittings and equipment. limitations Low mechanical strength. Musi be prefabricated to fit. Must be prefabricated to fit. * Notes: * 100 to Atmospheric. See particular product. UCC 022119 * Notes*. - too to Atmospheric. See particular product. GENERIC CLASS NUMBER INSULATION TRADE NAMES characteristics REFLECTIVE 142 SS Mirror HT, SS Mirror AS. SS Mirror R. SS Mirror DT. JM Motel K. 143 basic material IkIoImi olool GENERAL FORM capillarity. It by weijbt COEFFICIENT OF EXPANSION combustibiuty FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu It EMtSStVITY - HEAT ^ HYGROSCOP1CSTY, % by w!*h< RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY BEAL APPARENT SPECIFIC HEAT, blu / lb shrinkage STRENGTH Factory oroIornoB llapM 0 l x ID-7 Incombustible 2600 T Will not cause eteel to met Will not contribute * to 9 0.1 to 0.00 per stainless eteel sur face. Depend* on condition*. 0 Good Good Excellent 0.9 to 0.04 per eintnleM *uel surface 6.0 0.114 to 0.129 0.12 0 Standard structure meet* normal service requirements. X-Hvy cue available for never* service. TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE |U| btu / hr, *q A outer surface, deg T 0 Min Atmos to 1500 T Max * Mia Atmos to 1500 F Max * Min Atmos to 1500 F Max Depends on number of layers mud temperature difference across insulation. thermal conductivity, btu / (Kn <q ft) <deg F / ln.> THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight W ATER VAPOR TRANSMISSION ADVANTAGES Excellent Excellent 0 0 Csn be taken off and replaced easily. AS, R. aad DT oular jacket sealed to provide vapor barrier. Not moisture absorbent. Highly resistant to external fires. Prefabricated lor pipe*, fitting* aad equipment. LIMITATIONS Musi be prefabricated to fit. Noteat '100 lo Atmospheric. See particular product. UCC 022120 144 I I GENERIC CLASS HUMBER INSULATION TRADE NAMES CHARACTERISTICS SPRAYED, FOAMED, AND FORMED IN PLACE 145 Sprayed Limpet Aibtitot LW*25, Sprayed Limpet Aibettoe LB-4, Cafco Aebeatoe. 146 Cafco Heat Shield Cafco Blaze Shield 147 No Drip, Cooper* Creek C*4. ASIC MATERIAL Aabaaiaa JMaitoa llbara. mlnanl tlbara Aaphall aad granulated oork or mica. GENERAL FORM abrasion resistance let BUN % weight Sou 2nd RUN adhesion WET DRY ALKALINITY. pH CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY riAME (melting CORROSION - RUSTING CORROSION * STRESS COVERAGE, board ft / IDO lb DENSITY, lb / a* ft HARDNESS, m m penetration HYGROSCOPICITY. * by Mlfht RESISTANCE TO ACIDS Sprayed Sprayed JO 350 0 Effective loccmbueUbic iDcombuetible lnh)btt iutl corroaton $7 to ISO 6 to 14 3 5 9 to IS Hot recommended lor liquid exposure Emulates maatlc 200 F Will burn Softening 12 aq ft /*al - 1/8" thick RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE * HEAT UNEAR VOLUMETRIC SHRINKAGE - WET TO DRY volumetric, * SPECIFIC GRAVITY REAL APPARENT SPECITIC HEAT, btu / U> Good Excellent 2.2 0.13 to 0.23 0,20 0.11 to 0.24 STRENGTH - COMPRESSIVE, pal STRENGTH - FLEXURAL, pal STRENGTH - SHEAR, pat STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC THERMAL CONDUCTIVITY, ptu / (hr) <aq ft) (deg F / In.) *00 F Mia -60 F Mia *00 F Min 700 to 13SQ F Max ' 700 to 2000 F Max 700 to 1450 F Max 0.32 100 F 0.38# 20D F o. as # 400 F 0.35# 600 F 0,60 100 F THERMAL DirruSmTY. a<| ft t hour THEMAL SHOCK RESISTANCE 0*010 to 0.017 VIBRATION RESISTANCE Good WATER ABSORPTION , % by walgbi 400 WATER VAPOR TRANSMISSION ISO Ut*d aa fireproofing advantages U @ S% deformation Mm* Atmoi Atmoa Min Mia MU> 0.26 #70 F 1500 to 2000 T Max 0.47# 400 F -20 FMto 0.53 ISO to 200 F Max Deed a* fireproofing Uted tor condenaation coctroi. Cut be apnyed or trowelled. limitations UCC 022121 WUl burn. *,n I CHARACTERISTICS SPRAYED, FOAMED, AND FORMED IN PLACE I [generic class number ' -- ------------------------ " I INSULATION TRADE NAMES 148 Swttlchdck, Ekole 3X, Foster 60-24, teeuHtoU SOC, No Koroda K Kota, Pitt-Ghent 553 D, teculmat 2017, Pioneer 629. 149 ErcoU 3-FR-X. Foeler *0-31, PlttCbcm 333 FR. Cooper* Crook C-4. 150 Plaatioork, Kubbarcork. I BASIC MATERIAL, GENERAL FORM I abrasion resistance lit RUN W loaa 2nd RUN ADHESION WET DRY I ALKALINITY, pH CAPILLARITY. % by wviftit COEFFICIENT OF EXPANSION FLASH I COMBUSTIBILITY FLAME MELTING CORROSION - RUSTING CORROSION - STRESS [ COVERAGE, board ft / 100 lb 1 DEI ;TY. lb / eu ft HARDNESS, m m penetration rHYGROSCOPICJTY, % by weight RESISTANCE TO ACIDS AepheIt Md granulated port or sic* BttuatUtti ftM cork (tliin Saivtol maatic Solvent muttc Oraouiiud oorfc and jabtar MoVUM* mutlc abMt loouJilloo Will bum Sail exiiQgutabtBg 25 40 to 50 dry Ncrne Fair I RESISTANCE TO CAUSTICS \ RESISTANCE TO SOLVENTS l SHRINKAGE HEAT LINEAR VOLUMETRIC I SHRINKAGE - WET TO DRY [ VOLUMETRIC, % Si PECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Fair Fair 20 to 30 6.04 to 6,04 -STRENGTH COMPRESSIVE, p.1 I strength - flexural, p.1 I STRENGTH - SHEAR, p.1 STRENGTH - TENSILE, pal l temperature LIMITS CONTINUOUS SHORT PERIOD CYCLIC To - 50 f Mia thermal conductivity, MX / (bTi (K| ft) (deg F / lo.| o.?7o r ISO to 300 F Max 160 to 300 F Max 160 to 300 F Max *20 F MU* -20 F Min -20 F Min 200 200 200 ItKERmaL DIFFUSIVITY. q ft / hour THEMALSHOCK RESISTANCE aVIBRATION RESISTANCE [water ABSORPTION , % by weight "water vapor 20% Mu [advantages llird for co&tfatuallot* control. Uaad lor cendcnaation control. FMax-3W> F Mm FMax -300 F MU FMax *300 F Min 1* reuuble. 300 FMu 300 FMu 300 FMu pjVOTATIONa Will burn. UCC 022122 51 II i I i I I I If j I I I I I I I I I generic class number INSULATION TRADE NAMES SPRAYED, foamed, and formed in place 151 Lite* Ineulmel 30)9. 152 Stitoun, NopccfMU 153 Sufosxn. Kfko-Foam 2* end Feast F, Nopcoioeni. RASIC MATERIAL GENERAL FORM ABRASION RESISTANCE let RUN % miftil )om z&a run adhesion WET DRY ALKALINITY, pH CAPILLARITY. % by waljfct COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME melting CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 106 lb DENSITY, lb / cu ft HARDNESS, a a penetration HYGROSCOPICITY, % by weight RESISTANCE TO AC1D6 Lxtex mis ead cor* or mice Emaillot uiilo 12 aq ft / til - l/f thick Foxtsed polyurethane Sprayed, forme flexible open-tefl Insulation. Foamed polyurethane Sprayed, rigid, eloeed-eeU tnsuUttdb. 2 to 21/2 RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE - HEAT linear VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC, *, SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Excellent STRENGTH - COMPRESSIVE, pat STRENGTH - FLEXURAL, pal STRENGTH - SHEAR* pel STRENGTH - TENSILE, pal TEMPERATURE LIMITS continuous short period CYCLIC THERMAL CONDUCTIVITY, btu f (hr) (19 ft) (dag F / la.) - -SO F Mill THERMAL DIFFUSIVITY. tj ft / hour themal shock resistance VIBRATION RESISTANCE WATER ABSORPTION p % by weight water vapor transmission advantage* liatd for e0t>dafttiob control. Cu be epreyed. brushed or trowelled. ISO to 250 F Max To -200 F Mia 100 o 275 Max limitations Require# pruned xuWec#. Le*w rnaxi/oum temperature limit. UCC 022123 52 GENERIC CLASS NUMBER IINSU lation trade names SPRAYED, FOAMED, AND FORMED IN PLACE 15M Sufouo, Nopcofobm 15S Expinttofoam, 5u/oim, Gemftl, Erko-Foud 2 P, Nopcoloam. WC-l Typ*C 156 BASIC MATERIAL | GENERAL FORM ABRASION resistance; 1st RUN % weight to** 2nd RUN | adhesion ' ALKALINITY, pH WET DRY 1 CAPILLARITY, * by igbl orcoefficient expansion COMBUSTIBILITY 1 (yLAME [melting [corrosion - RUSTING ' CORROSION - STRESS COVERAGE, boAird h / 100 lb [density, lb /cu n 'HARDNESS, m ta pnwtntloD HYGROSCOP1CITY, T. by wilpbt RESISTANCE TO ACIDS Foamed polyurethane Foujt^pliti, fltxiU* open-cell biutiUoo. fotiMd pplyulvUMM Poured-In-pUce, rigid open-cell taaulaUcci. Vinyl end cork or mien Mantle Fir* rtiardant Non- How log Doe* not eosirltmt* 20 gat / 100 aq ft, \/a'* thick 2 2 to 20 Bad * Good lor dUute aetda Good RESISTANCE TO CAUSTICS | RESISTANCE TO SOLVENTS 1 SHRINKAGE - MEAT LINEAR volumetric SHRINKAGE - WET TO DRY (volumetric, % 'SPECIFIC GRAVITY REAL APPARENT i SPECIFIC HEAT, btu / lb Good tar dilute cv<tic> Good Fair ' STRENGTH - COMPRESSIVE, pt , STRENGTH - FLEXURAL, pst | STRENGTH - SHEAR, p*t STRENGTH - TENSILE, pal TEMPERATURE Limits CONTINUOUS SHORT PERIOD CYCLIC 1 thermal conductivity, btu / lb?-) (q ft> (d*g P / 1ft. > 25 to 3CI 10 deformation ISO to 250 F Mix 13 To -200 F Min To -200 FMtn To-200 F Min ISO to 2?S T Max ISO to 275 F Max 1250 -20 T Min -20 F Min -20 F MW 0.1J 9 to F o. M UO T Max ISO to J00 F Max 1S to ZOO FMu THERMAL D1FFUSTV1TY. >q ft / hour THCMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION' . * by w#i*ht WATER VAPOR TRANSMISSION ADVANTAGES 35 2 pcrm-Utche* Good Excellent 0.42 perm-inch Variety o/color*. WiU not drip io a fire. Haiard free Id wet Md dry aute, U#*d for eondensstMMi control. limitations UCC 022124 53 II I I I I I i i i i i i i i Igeneric class number INSULATION TRADE NAMES characteristics CRYOGENIC EVACUATED SYSTEMS AND MATERIALS 151 150 Llad* SI-JO. Linde SI-12, Llad* SI-44 Llad* SI-S2, Llad* SI-*i. 159 Eiberflx* Cryogenic laauUtloa BASIC MATERIAL * GENERAL TORM CAPILLARITY, * by wcictat COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY. 16 /cuft EMISSIVITY - HEAT HYCROSCOP1CITY, by wight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb SHRINKAGE STRENGTH AlmiBUtB. foil ud |lui 8t Ahim!bmp foil and glaai liter paper ayatam. Aluminum (oil and glaaa mat. Multilayer powtructloa under vacuum. Multilayer ooaetniction under vacuum. Sheet to be uted la vacuum. 12 a lf"f for aluminum 1100 F 1.2 to 4.7 5 to a 4 to S depending no numbe r of erpii 0.03 0.97 2.9 0.10 0.21 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE (U) btu / br, aq ft outer aurlace, deg t -459 F -459 r -459 F Min Min Min Atmoa Audm Acmoa Max Max Max 12 x IB'5 for SI-12, 10 x I0's lor SI -10, 2.5 x 10'5 (or SI -44 baud on oh-Imi tblckse** *1 SO F lad -320 T eurfpee tamparaturea. -459 -459 -459 F Min F Mia F Min Atlhoft Atmoa Atmoa Max Max Max 2.1 x I0'5 tor S1-S2, I, x 10'5 lor Sl-91 baaed on one-foot tbtckneaa at 90 F and -320 F auriaaa tempera ture* . THERMAL CONDUCTIVITY, btu / (hr) (q It) (deg F / la. I THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by Wight WATER VAPOR TRANSMISSION ADVANTAGES Layer* par lack; SI-10 SO to 20 Si-12 25 to 39 SI -44 25 to 70 Lower coat tor better performance than opacified powder ayatein. Layer* per Inch: SI -52 50 to 100 Si-92 75 to 159 Lower coat for better performance than opacified powder ayatam. -459 -459 -454 FMin FMin FMin IQOO 1000 1000 FMax FMax FMax 5 x 10*5 (or one-foot tbtckneaa at -115 F mean temperature and 1 micron preeaure. Excellent Excellent Lower cost (or better performance than opacified powder ayatema. LIMITATIONS Sirlatent vacuum requirement. Stringent vacuum requirement. Strtofent vacuum requirement, UCC 022125 I CHARACTERISTICS CRYOGENIC EVACUATED SYSTEMS AND MATERIALS GENERIC class number insulation trade names CHARACTERISTICS CRYOGENIC EVACUATED SYSTEMS AND MATERIALS Ststunl A 163 Linde CS-5 164 1 basic material GENERAL FORM CAPILLARITY. % by weight coefficient OF EXPANSION COMBUSTIBILITY .FLASH flame MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu It EMJSSJVITY * HEAT KYCKOSCOPICITY. % by RESISTANCE TO ACIDS RESISTANCE to caustics RESISTANCE TO SOLVENTS reflectance - heat SPECIFIC GRAVITY real apparent SPEClHC HEAT, btu / lb SHRINKAGE 8lliCS Sezoget Looer. to be need <q vacuum. 1400 F iocoz&OuJUble 6 2.2 0.10 0.205 6 147 F Silica aerogel and copper Hakee eyetem. Opacified powder under vacuum. 11 STRENGTH TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE (U) btu / hr, q fi outer surface, deg F -<57 F Mis -457 F Min -457 F Mitt 1600 1600 1600 FMM FU FMM 86 x I0-& > _j77 p D||b tempera - turft. one fool thickness. and High vacuum. -459 F -45ft T -450 F Min Mtn Min Atmos Atmos Atmos Max Max Max 22 x JO ior one loot thicknesa and absolute pressure of SO microns. At 80 F and -120 F surface temperatures thermal conductivity, Mu / ibri (| ft| (det E ( In. ( THERMAL SHOCK RES1S tance VIBRATION BES1STANC1 ; WATER ABSORPTION. 1 by weight WATER VAPOR TRANSV ISSVON Can be poured >mo irregular shapes. advantages limit ations efficient than other type* of crypgeott tmUtwo. Relatively expensive. Moderate vacuum re^ujrrmrtiB. UCC 022127 1 | 1 ! MATERIALS UCC 022128 I Ir i Company Acme Steel MANUFACTURERS Full Name and Address Acme Steel Products Division Acme Steel Company 135th Street and Perry Avenue Chicago 27, Illinois Aero I Adhesive Products V Alabama Metal i Alcoa I Aero Metal Stamping Company 332 E. Reservoir Avenue Milwaukee 12, Wisconsin Adhesive Products, Inc. 1660 Boone Avenue New York 60, New York Alabama Metal Industries Corporation P. 0. Box 992 Birmingham 1, Alabama Aluminum Company of America 1501 Alcoa Building Pittsburgh 19, Pennsylvania Il Alumlseal Corporation Alumlseal Corporation 429 East 53rd Street New York 22, New York I I American Bltumuls I( American Cellular Products American Bltumuls & Asphalt Company 320 Market Street San Francisco 20, California American Cellular Products, Inc. Greater Wilmington Airport i Box 49 New Castle, Delaware it t American Gilsonite American Cilsonlte Company Municipal Airport P. 0. Box 15 Salt Lake City, Utah i American Latex American Latex Products Corporation 3341 West El Segundo Boulevard i American Oil Hawthorne, California American Oil Company i 910 South Michigan Avenue Chicago 80, Illinois t A. P. Green A. P. Green Fire Brick Company i Arabol Mexico, Missouri U.S.A. The Arabol Manufacturing Company i 110 East 42nd Street New York 17, New York II-l UCC 022129 Arco Armstrong Arno Aseeco Babcock & Wilcox Barrett B.E.B. Better Finishes Bigelov-Liptak Bitucote Bostitcb Camp Company Carboline The Arco Company Division of Martin Marietta Corporation 7301 Bessemer Avenue Cleveland 27* Ohio Armstrong Cork Company West Liberty Street Lancaster, Pennsylvania Amo Adhesive Tapes, Inc. Michigan City, Indiana Associated Engineering & Equipment Company, Inc. 2910 Crawford P. 0. Box 66609 Souston, Texas The Babcock 8t Wilcox Company Refractories Division 161 East 42nd Street New York, New York Barrett Division Allied Chemicals Corporation 4o Rector Street New York 6, New York Baldwin-Ehret-Hill, Inc. 500 Breuing Avenue Trenton 2, New Jersey Better Finishes and Coatings Company Broad Street & Hepburn Road Clifton, New Jersey Bigelow-Liptak Corporation 13300 Puritan Avenue Detroit 27, Michigan Bitucote Products Company 1824 Knox Avenue St. LouIb 10, Missouri Bostitch Company Department T 815 Briggs Drive East Greenwich, Rhode Island Camp Company, Inc. 9300 South Sangamon Street Chicago 20, Illinois Carboline Company 32 Banley Industrial Court St. LouIb 17, Missouri II-2 UCC 022130 I i Carborundum i Carey i Cellcote i ie Carborundum Company P. 0. Box 337 Niagara Falls, New York The Philip Carey Manufacturing Company 320 South Wayne Avenue Cincinnati 13, Ohio The Cellcote Company, Inc. 4832 Ridge Road Cleveland 9, Ohio Chemax ils Chicopee Manufacturing Corporation Chemax Manufacturing Corporation New Castle, Delaware Lumite Division Chicopee Manufacturing Corporation Buford, Georgia i Childers Childers Manufacturing Company 3620 West 11th Street P. 0. Box 7467 i Columbia Acoustics Houston 8, Texas Columbia Acoustics St Fireproofing Company Subsidiary of U.S. Mineral Wool Company i Coopers Creek Stanhope, New Jersey Coopers Creek Chemical Corporation i Cordo West Conshohocken, Pennsylvania Cordo Chemical Corporation i Dampney 34 Smith Street Norwalk, Connecticut The Dampney Company i Hyde Park Boston 36, Massachusetts Detrick i N. H. Detrick Company 111 West Washington Street Chicago 2, Illinois i Dow Chemical i Dow Corning Pyfoam i Eagle-Picker i The Dow Chemical Company Midland, Michigan Dow Coming Corporation Midland, Michigan Dyfoam Corporation New Castle, Pennsylvania The Eagle-Picher Company 900 American Building Cincinnati 1, Ohio i II-3 UCC 022131 Earl Paint Esso Fabric Distributing Company Fiberglas Engineering Fleet Marking Flintkote Forty-Eight Foster France Fuller General Refractories Gilbert & Bennett Glasrock Products A. J. Gerrard Goodrich Gulf Earl Paint Corporation 240 Genesee Street Utica 2, New York Esso Standard Oil Company 15 Vest 51st Hew York, New York Fabric Distributing Company 42 White Street Hew York 13, Hew York Fiberglas Engineering & Supply Corporation Fleet Marking Company Chagrin Falls, Ohio The Flintkote Company, Inc. 30 Rockefeller Plaza Hew York 20, New York Forty-Eight Insulation, Inc. Aurora, Illinois Benjamin Foster Company 4635 West Girard Avenue Philadelphia 31, Pennsylvania J. H. France Refractories Company Snow Shoe, Pennsylvania H. B. Fuller Company 1150 Eustis Street St. Paul 8, Minnesota General Refractories Company 1522 Locust Street Philadelphia 2, Pennsylvania The Gilbert & Bennett Manufacturing Company Georgetown, Connecticut Glasrock Products Inc. 1101 Glidden Street, H.W. Atlanta l8, Georgia A. J. Gerrard & Company 1*00 East Touhy Avenue Des Plaines, Illinois Sponge Products Division The B. F. Goodrich Company Shelton, Connecticut Gulf States Asphalt Company, Inc. 300 Christy Place Houston, Texas IT-1 UCC 022132 Gustin-Bacon H. I. Thompson Holmes Foundry Insul-Coustic Johns-Manville Johnston Foil Kaiser Keasbey & Mattison Keystone Steel & Wire Koppers KSM Products Lexsuco Inc. Linde Lion Oil Gustin-Bacon Manufacturing Company 210 West Tenth Street Kansas City 5, Missouri H. I. Ihonipson Fiber Glass Company 1733 Cordova Street Los Angeles 7, California Holmes Foundry Limited Samiz, Ontario Canada Insul-Coustic Corporation U2'5^th Road Maspeth 78, New York Johns-Manville 22 East Uoth Street New York l6, New York Johnston Foil Division Standard Packaging Corporation 6008-6298 South Broadway St. Louis 11, Missouri Kaiser Aluminum & Chemical Sales, Inc. Kaiser Center 300 Lakeside Drive Oakland 12, California Keashey & Mattison Company Butler Avenue Ambler, Pennsylvania Keystone Steel & Wire Company Peoria 7, Illinois Koppers Company, Inc. Tar Products Division Pittsburgh 19, Pennsylvania K.S.M. Products, Inc. Moorestovn, New Jersey Lexsuco Inc. 33095 Bainbridge Road Solon, Ohio Linde Company Division of Union Carbide Corporation Tonawanda, New York Lion Oil Company A Division of Monsanto Chemicals Company Lion Oil Building El Dorado, Arkansas n-5 UCC 022133 3 M- Company Miracle Adhesives Mirror Insulation Mobil Monsanto Moore Mortell Morningstar-Paisley Mundet Mystik National Carbon National Cork National Gypsum Nelson Stud Welding 3 M. Company 900 Bush Avenue St. Paul 6, Minnesota Miracle Adhesives Corporation 250 Pettit Avenue Bellmore, Long Island, New York Mirror Insulation Company, Inc. 201 Main Street Lambertville, New Jersey Mobil Oil Company A Division of Socony Mobil Oil Company, Inc. Asphalt and Coke Department 150 East U2nd Street New York 17, Nev York Monsanto Chemical Company 800 North LIndberg Boulevard St..Louis 66, Missouri Goodloe E. Moore, Inc. 28ll North Vermilion Street Danville, Illinois J. W. Mortell Company Kankakee, Illinois Moraingstar-Paisley, Inc. 1770 Canalport Avenue Chicago 16, Illinois Mundet Cork Corporation 7101 Tonnelle Avenue North Bergen, New Jersey Mystik Adhesive Products 2635 North Kildare Avenue Chicago, Illinois National Carbon Company Division of Union Carbide Corporation 270 Park Avenue New York 17, Nev York National Cork Company P. 0. Box 329 Englewood, Nev Jersey National Gypsum Company 1650 Military Road Buffalo 17, New York Nelson Stud Welding Division Gregory Industries, Inc. Lorain, Ohio II-6 UCC 022134 I Newark Hair Felt l Nicolet l Jfopco Chemical I I North American Refractories I O'Neal Floors i Owens-Corning i Pabco I Pac-O-Poyer V Pecora I PennBalt Pennsalt It Permacel i Perma Glas-Mesh 1 Pittsburgh Chemical 1 Newark Hair Felt 700 Maple Avenue Landsdale, Pennsylvania Nicolet Industries, Inc. Nicolet Avenue Florham Park, New Jersey Nopco Chemical Company 66 Park Place Newark 1, New Jersey North American Refractories Company 1012 National City, East ' 6th Building Cleveland ih, Ohio E. H. O'Neal Floors Company 2525 South 50th Avenue Cicero 50, Illinois Owens-Corning Fiberglas Corporation 717 Fifth Avenue New York 22, New York Pabco Industrial Products Division Fihreboard Paper Products Corporation P. 0. Box 4331 Oakland 23, California Pac-O-Pover Corporation Houston, Texas Pecora, Inc. 300 West Sedgley Avenue Philadelphia 40, Pennsylvania Pennsalt Chemicals Corporation Natrona, Pennsylvania Pemacel New Brunswick, New Jersey Perma Glas-Mesh Corporation l8o West Broadway P. 0. Box 308 Dover, Ohio Pittsburgh Chemical Company Grant Building Pittsburgh 19, Pennsylvania Pittsburgh Corning 1 Pittsburgh Corning Corporation One Gateway Center Pittsburgh 22, Pennsylvania Pittsburgh Plate Glass 1 Pittsburgh 22, Pennsylvania One Gateway Center Pittsburgh 22, Pennsylvania 1 11-1 UCC 022135 I Pittsburgh Steel 1 Polyken Porter Hayden Precision Insulation Preformed Metal Presstlte Pure Asphalt Raybestos -Manhattan m Reardon Reflectal Corporation Refractory & Insulation | Reynolds Ric-Wil Rock Wool Manufacturing Rubatex Pittsburgh Steel Company Pittsburgh, Pennsylvania Polyken Sales Division The Kendall Company 309 West Jackson Boulevard Chicago 6, IlllnolB Porter Hayden Conduit Company H. W. Porter & Company, Inc. Newark, New Jersey Precision Insulation Company P. 0. Box 14390 Houston 21, Texas Preformed Metal Products Company, Inc. 232 Simms Street Shreveport, Louisiana Presstlte Division American-Marietta Company St. Louis 10, Missouri Pure Asphalt Company 3302 West 31st Street Chicago 23, Illinois Raybestos-Manhattan, Inc. Manheim, Pennsylvania Hie Reardon Company 7501 Page Avenue St. Louis 33, Missouri Reflectal Corporation A Subsidiary of Borg-Warner Corporation 200 South Michigan Avenue Chicago 4, Illinois Refractory & Insulation Corporation 120 Wall Street New York 5, New York Reynolds Metal Company Reynolds Metals Building Richmond 10, Virginia Ric-Wil, Inc. Barberton, Ohio Rock Wool Manufacturing Company Leeds, Alabama Rubatex Division of Great American Industries, Inc. Bedford, Virginia II-8 UCC 022136 < 1 i Rubber and Asbestos Rubber Corporation of America Ruberoid 1 Smith Products W Spotnails Stanley h St. Clair Rubber Stic-Klip Surface Coatings 1 Techalloy | Texaco 1 Thermatomic Carbon 1 H Thermon | Rubber and Asbestos Corporation 225 Belleville Avenue Bloomfield, New Jersey Rubber Corporation of America New South Road Eicksville, Long Island, New York The Ruberoid Company 733 Third Avenue New York 17, New York Smith Products, Inc. Novi, Michigan SpotnailB, Inc. 1100 Hicks Road Rolling Meadows 6, Illinois Stanley Steel Strapping Division of The Stanley Works New Britain, Connecticut St. Clair Rubber Company Marysville, Michigan Stic-Klip Manufacturing Company, Inc. 50 Regent Street Cambridge kO, Massachusetts Surface Coatings, Inc. 110 Pear Street, S. E. Atlanta, Georgia Techalloy Company, Inc. Zone 2 Rahns, Pennsylvania Texaco, Inc. P. 0. Box 2332 Houston 1, Texas Vanderbilt Company, Sales Agent of Thermatomic Carbon Company 230 Park Avenue New York 17, New York Thermon Manufacturing Company 1017 Roslne Street Houston 19, Texas II-9 UGC 022137 Tufflite Plastics Tvinsburg-Miller Union Asbestos United Cork U- S. Gypsum U. S. Mineral Wool * U. S. Rubber Compare Vimasco Virginia Chemicals Visiting Company Vltco Zonolite Tufflite Plastics, Inc. ballston Spa Hew York Twlnsburgh-Miller Corporation P. 0. Box 207 Twinsburgh, Ohio Union Asbestos & Rubber Company 1111 West Perry Street Bloomington, Illinois United Cork Companies 1 Central Avenue Kearny, Hew Jersey United States Gypsum Company 1253 West Diversey Chicago, Illinois United States Mineral Wool Company Stanhope, Hew Jersey United States Rubber Company Ensolite Products Department Mishawaka, Indiana Vimasco Corporation Hitro, West Virginia Virginia Chemicals & Smelting Company West Norfolk, Virginia Visking Company 6733 West 65th Street Chicago 39, Illinois Witco Chemicals Company, Inc. 122 East ^2nd Street Hew York 17, New York Zonolite Company 135 South LaSalle Street Chicago 3, Illinois 11-10 UCC 022138 ] 1 I r appendix II UCC 022139 EXPLANATION OF CHARACTERISTICS 1. ABRASION RESISTANCE - Tested per ASTM C b2k. Consists of two 10 minute runs. Expressed as per cent loss of weight. .2 ADHESION - WET - Tested per AS2M C 383. Expressed as psi. DRY - Tested per ASi C 353* Expressed as psi. 3. ALKALINITY - pH value of the soluble material dissolved from a shredded 10 gram sample that has been boiled for two hours in 130 ml of neutral water using a reflux condenser and 50 ml of neutral water to wash down the condenser. 4. CAPILLARITY - 3" x 3" x l^" specimen placed on a wet cloth. Cloth is in a tilted pan with water covering one-half of the cloth. Specimen does not touch water surface. Expressed as per cent gain of weight after seven days. 5. COEFFICIENT OF EXPANSION - Length of specimen measured at various temperatures Expressed by the ratio of change in a unit length, to the unit length, for a temperature change of one degree F. 6. COMBUSTIBILITY - FLASH POINT - Minimum temperature in degrees F of the material at which material can be Ignited by a flame hut will not continue to burn after flame is removed. FLAME POINT - Minimum temperature in degrees F of the material at which material can be ignited by a flame and will continue to burn after flame is removed- MELTING POINT - Temperature in degrees F at which the material starts to change from a solid to a liquid. 7. CORROSION, RUSTING - Evaluation of the extent to which the inherent properties of the material contribute toward the rusting of steel. 8. CORROSION, STRESS - Evaluation of the extent to which the inherent properties of the material contribute toward stress corrosion of stainless steel. 9. COVERAGE - Dry covering capacity, per ASH] C 166. Expressed as board feet per 100 pounds. 10. CRACKING - HOT SIDE - Tested per ASM C Ull. 11. DENSITY - Tested per ASIM C 303, C 167, and C 302. Expressed as pounds per cubic foot. 1-1 UCC 022140 12. DEO? RESISTANCE - Tested using Bnndleability Machine, vhich shows the resistance to fracture by flexure of commercial sized units of insulation when subjected to repeated shock loading. 13. UGSSIVITY, HEAT - Tested per ASTM C 445. Expressed as a ratio of the rate of radiant emission as a consequence of temperature only, to the corresponding emission of a perfect emitter or black body at the same temperature. 14. HARDNESS - Tested with 1/8" ball point under 1 kg load. Expressed as mo penetration. 15. HYGROSCOPICITY - 2" cubes oven dried at 220 P to constant weight, then exposed to atmosphere at 70 F and 90 per cent relative humidity for 14 days. Expressed ts per cent increase in weight. 16. REFLECTANCE, HEAT - Ratio of heat reflected to total available for reflection. 17* RESISTANCE TO ACIDS - Tested with acids in liquid and vapor states. 18. RESISTANCE TO CAUSTICS - Tested with caustics in liquid and vapor states. 19- RESISTANCE TO SOLVENTS - Tested with solvents in liquid and vapor states. 20. SHRINKAGE - LINEAR - Tested per ASH: C 356. Expressed as per cent change. VOLUMETRIC - Per cent change In volume after exposure to service temperature. mim 21. SHRINKAGE, WET TO DRY - Tested per ASH! C l66. Expressed as per cent change In volume. 22. SPECIFIC HEAT - Tested per ASTM C 351. Expressed as btu/lb, degrees F, 23. SPECIFIC GRAVITY - REAL - Weight of specimen with volume taken as mass of solids only, divided by the weight of an equal volume of water. APPARENT - Weight of specimen divided by the weight of water of a volume equal to the volume of the specimen including Its voids, 24. STRENGTH - General observations. Tills applied to non-homogeneous materials where compressive strength, tensile strength, flexural strength and shear strength will not apply. 25- STRENGTH, BREAKING (Modulus of rupture) - Tested per ASTM C 203. Expressed in pounds. 26. STRENGTH, COMPRESSIVE - Tested per ASH! C 165 and C 354. Expressed as psi. 27. STRENGTH, FLEXURAL - Tested per AST3-! C 203. Expressed as psi. 1-2 UCC 022141 28. STRENGTH, SHEAR - Expressed as psi. 29. STRENGTH, TENSILE - Expressed as pel. 30. TEMPERATURE LIMITS - Recommendations, `based on test, as to the ngoHTmnn and minimum temperatures at vhlch the material can be used under CONTINUOUS, SHORT PERIOD, AND CYCLIC service. 31. TEMPERATURE RISE (Self internal heating) - Specimen heated in furnace with means of measuring temperature within and on surface of specimen. Furnace temperature is raised uniformly to 1200 F or until specimen flames. Materials which have self internal heating characteristics will cuase the center temperature to rise and exceed the surface temperature. 32. THERMAL CONDUCTIVITY - Tested per ASTM C 177 and C 335- Expressed as btu,inch/sq ft, hr, degrees F. 33. THERMAL DIFFUSIVITY - Calculated by k/sp heat x density. Expressed as sq ft/hour. 34. THERMAL SHOCK RESISTANCE - Specimens axe heated to maximum recommended temperature and held for two hours. One specimen is then cooled by a stream of compressed air. Physical changes are then noted. 35* TRANSMITTANCE - Tested per ASTM C 236. Expressed as btu/sq ft, hr, degrees F. 36. VIBRATION RESISTANCE - Evaluation of the ability of a material to withstand vibration under various frequencies and amplitudes. 37* WARPAGE IN SERVICE - Warpage measured after specimen is heated to maximum recommended temperature on one face only. 38. WATER ABSORPTION - Specimen to be submerged in water for 24 hours and drained for 10 minutes before weighing. Expressed as per cent weight gain. 39- WATER VAPOR TRANSMISSION - Tested per ASTM C 355 and E 96. Expressed as perm inches. Perm inches are expressed as grain* inch/aq ft, hr, inch Hg. 1-3 UCC 022142 UCC 022143 M I tK I US BLOCK. BOARD, AHD PREFORMED PIPE COVERIH& BASiZ MATERIAL manufacturers Alumna-Silica Fiber and Hinder (Blocks AJumma-sihct fibers combined %th inorganic binder*. Chemical!? inert and retie net to thermal ahock. Uaed in Airnacea, etc. Skin can be aurlace hardened. Rigid. Carborundum Alumina-Silica Fiber and Binder (Board} Alumina-silica fibera combined with inorganic binder*. Used for beat shield*, seals, baffle*, etc. Rigid. Carborundum Alumina-Silica Fiber and Binder* (Tube*} Alumina-allies fiber paper combined with a amall amount of inorganic binder to torntuba. Uad a* furnace liner*, etc. Rigid. Carborundum Aabesto* Fiber and Diatomaceous Silica (Pipe- Covering) Amosfie asbestos fiber* combined with diatomaceous silicate and sprayed with * silicate binder. Low shrinkage. Good mechanical strength. Rigid. Holmes Foundry Pittsburgh Coming Asbestos Fiber and Glass Fiber (Pipe Covering) Braided asbestos inner tube covered with glass fiber Insulation and contained within an outer jacket of braided asbestos tubing. To alide on amall lines. Flexible, Union Asbestos Asbestos Fiber (Sponge Fell) (Block and Pipe Covering) Built up of asbestos fiber feita laminated and cemented together to form a Tela- lively sponey material. Resilient. Forty layer* per inch. Flexible. Carey Keasbey 4 MatUsoo Mundet Nicole i Asbestos Fiber (Block and Pipe Covering) Built up of alternating layer* of plain and indented asbestos paper. Approxtmately 22 layera per Inch. Semi-rigid. Ctrty Nicole t Asbestos Filler (Air Cell) (Block, Board and Pipe Covering) Built up of alternating layers of plain and corrugated asbestos paper cemented together. Semi-rigid. Carey Jobna-Mam ilJe Jchns-Manvilie Keasbey L Msiti&on Kaaabey 4- Mstusan Keasbey 4 Mstvtson Mundet Mundet Nicolet Ntcolei Nlcoiei Kicolet Aabeatot Fiber and Cement (Board) Formed from tfbttios and ctmrM at tag high pressures. Hard smooth finish on one aide. Weather resistant. Fireproof. Uaed as protective facing over insulation. Semi-rigid. Johos-Manvilk National Gypsum Rubcroid Asbestos Fiber and Cement (Board; Asbestos and cement formed into board. Used as siding in places requiring Incombustible boards. Rigid. Johns-Manville Nations) Gypsum Asbestos Fiber and Binder (Board) Asbestos fibera and binder formed into board. Available in various grades and thicknesses. Rigid. Cry Detrick Johns-Mar. viiie Johns-Manville Johns-Manvilie Johns- Manville Nicolet Ruberoid Calcium Silicate (Block and Pipe Covering) Hydrous calcium silicate reinforced with a small amount of asbestos libers Good compressive strength. Rigid. Armstrong b.e.h. Carey Eagle- Picher Johfta-Manvtllr Kessbev 4 Mattiion Mundet Owens-Coming Psbco Ruberoid Union Asbestos fiberfrxx F-13 Block TCMF> limits MIN MAX Atmos 2000 DENSITY 6C.K LBfCU kT NU* 13 Fiberfrax XB Board Atmoa 2000 15 Flberfra* T-3D Tubes Atmos 2000 35 Caposite Inibesios No. 1200 Atmoa 1200 Atmos 1200 M 16 \ Unarco insutube Atmos 500 1 Asbestos Sponge Felt Best Felt Asbestos Sponge Asbesioa Sponge Felt Defenirx "1'" Dent Atmos Atmos Atmos Atmos 700 ?00 TOO 700 29 - 33 26 - 30 Anno, 550 Atmos 550 ( _ t Air Cell l /4" Corrugated Asbestoce) 1/4" Corrugated Aabeatocel l/6*`Corrugated Air Cell 1/4" Corrugated Air Cell 1/8" Corrugated Air Ceil 1/B" Corrugated Air Cell 1/4" Corrugated Air Cell 1/6" Corrugated Air Cell 1/6" Corrugated Air C,ll I/*'' Corrugt*d Air Cell 1/4" Corrugated Air Cell 1/2" Corrugated Atmos Atmos AUO0B Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atzno* Anno* 300 300 300 300 300 300 300 300 300 300 300 300 AsbesiocUe Pha-F-Lex Deluxe StooewsJi Atmos -30 Atmos 600 600 600 9~ n 13 16 E 95 105 85 c Trans ite Permaboard -50 600 -50 600 Asbestos Millboard "" Detroc Board Asbestos Millboard 106 Asbestos Millboard 102 Asbestos Millboard 219 Asbestos Millboard "C" Asbestos Millboard Asbestos Millboard L.K. Therm*Ml) Calcium Silicate gfllio Thermobestos 'Kav-Tbrrm Tn-Cahte K ev to Caltemp Calsiinc CaJnum Silicate Atmos Atmos Atmoa Atmos Atmos Atmos 1200 10OO 800 100P 1100 1200 Atmos 1000 Atmos Acmes Atmos Atmos AtmoS Atmos Atmus AtmoS Atmos Atmos Aimo* 7 2iX 1200 1350 1200 1200 1350 v:*,o 1200 n:.o 1200 124 100 56 56 56 52 56 56 11 11 12 12 11 i: 12 12 12 12 12 1C i) 12 UCC 022144 I M A T E a I US I BLOCK, BOARD, AMD PREFORMED PIPE COVERING I BASIC MATERIAL Calcium Silicate (High Temp.) I (Block and Pip* Covering) Cork, Vegetable I (Board ud Pipe Covering) GENERAL DESCRIPTION Hydrous calcium silicate with a small amount of asbestos fibers. Good com' press!** strength. Vsefui as fire protectlon insulation. Rigid, Granules of vegetable cork compres sad and baked In molds to form board and pipe covering. Good structural strength. Water resistant. Hot vapor resistant. Rigid. MANUTACTURERS Armstrong Owens-Coming Rube roid Anuinni Armstrong Mutidet Nations! Cork United Cork Diaiomacoou* I Silicate (Block and Pipe Covering) I Dxsiomaceous Silicate I (Block and Pipe Covering) Diatom cceoua I SUieats and Asbestos (Board) Glass, Cellular I (Block and Pipe Cover) Calcined dlatomaceou* silicate blended with other insulating materials and bonded with asbestos fiber. Rigid. B.E.H. Cxey Johns-MAbvlUe Keasbey L Mauison Mundet Psbco Refractory' Arid lnaulatloo Similar to above except has lower thermal Johns-ManviUe conductivity and temperature limits. Mundet Rigid. Pabco Dlatomaceou* silicate, asbestos fibers and an inorganic binder pressed into board. Will noi bum or rot. Rigid. dohns-ManviUs Johns-Manvilla Johns-Msovllle Union Asbestos Inorganic, pure glass containing mtlltons of aeperated hermetically sealed cells, each filled with dead air. High resistsues to moisture, vapor, and acid atoms. Incombustible. Good strength. Rigid. Pittsburgh Corning TRADE NAMES LK-20 Kay lo-20 Caislllte HI LT Cork Corkboard dpintite Novoid Cork BB Corkboard Enduro Block Hi Temp No. 1) Bkk Superex Stock Hy Temp Type 19 Block Praaco 19-C Block No. 19 Superex M Type M Prxsco lfi-C Martaita 23 Marutile 36 Marmite 65 linarcoboard Foarnglaa TEMP LIMITS MIN MAX Atmos Atmos Atmos 1900 1400 1300 density GCNCRfC lB/cu ft CLASS NUMBER 12 12 13 13 -260 -900 -250 100 300 200 200 100 1 7 7 11 7 7 Atmos Atmos Atmos Atmos Atmos Atmos Atznoa 1900 m 1900 1950 1900 1900 1900 24 23 24 24 23 23 15 Atmos Atmos Atmos 1600 1500 1500 21 22 22 IB Atmos Atmos AQnoa Atmos 900 900 60Q 1200 -450 BOO 29 36 65 36 9 17 16 I Glass, Cellular (BonJ( Same description as item above. Rigid. Pittsburgh Coming Glass, Fibrous with I Binder (Pipe Covering) I Fine ilbrom {ltd wltii pb*nolle min binder. Density approximately 7 1/4 lbs. Available in a variety o( canvas Jackets, waterproof felt jackets, dual temperature )*ckst* sad fire retardant jacket*. Armstrong Armstrong Eagle-Richer Owetts-Coralag Ovtu-CorclB, Pabco FoamgJa* Roof Insulation -450 660 9 Armsgias P.F. Atmos Armaglas P.F* Dual Temp -320 Superglas -120 Fibsrglaa Heavy Density Sectional Atmos FJberglaa Heavy Density Section Dual Temp -320 Pabco Heavy Density Sectional -120 <5Q 200 200 450 200 450 T 1/4 T 1/4 7 1/4 1 1/4 7 1/4 7 1/4 19 20 Glass. Fibrous with Binder (Pipe Covering! Fine fibrous glass with phenolic resin binder. Similar to above except comes only in 1/2** Insulation thickness. Available with * variety of jackets. Semi rigid. Armstrong Eagle-Picker Ow*n*'Coniag Armaglas Low Pressure Superglas Low Pressure Fiber,)*. Low Prtuure Atmos Attnos Atmos 250 250 250 7 1/4 T 1/4 7 1/4 21 Glass, Fibrous with Binder (Pip* Covirlnf) Floe flui fiber, with phenolic min binder molded into one piece pipe coverIn, teciion.. Soft end rt.lli.st. Appro.* Imstely 4 lb density. Available with s variety of jackets. Semi-rigid. Armstrong B.E.H. CArey Eagle-Picher Johns-Manvills Munbet Owens-Carving Pittsburgh Plate Glass Gutun-Bacon Armaglas One Piece Mono-Kover Tbermoglaa Superglas Micro-Lok Superglas rtbergfas One Piece Fiber Glsss Pipe Insulation Snap-On -30 -30 -30 -30 -30 -30 -30 -30 - 30 400 350 330 350 370 950 400 370 550 4 4 3 1/2 3 1/2 4 3 22 Glass. Fibrous with Binder (Board) Fibrous glass and binders. Used for Armstrong bolters, ducts and other healed equipment. OMu-cnwi Resilient. Semi-rigid. Armaglas l.S. Board Fiberglu l.S. Board -120 -120 700 700 3 3 23 Glass, rtbroua (Board) Tibrous glass board (or duct insulation. Available wh several lacings. Semirigid. Arm.iroog E*,l*-Pich.r Owens-Corntng UCC 022145 Arm*glu Duct iBtulillDB Type 1 Typ. II Superglas All Purpose Duct Insulation Typ. 1 Typ. II 250 1.6 250 3 250 21 250 18 250 3 M K I t H I AL S BLOCK. BOARD. AMD PREFORMED PIPE COVERING BASC MATERIAL GENERAL DESCRIPTION Class, Flbroua with Binder (Boerd) Glass fibers with phenolic resin binder. Supplied Id aeveral densities. For use on equipment, ducts, tsd cold rooms. MANUFACTURERS Armstrong Eagle-Picher Johna-ManvMe Owena-Corom? Pabco Glass, Fibrous with Binder {Bord> Glass fibers with phenolic resio binder. Completely sheathed in asphalt. Used in cold storage rooms. Rigid. Armstrong Owens- Cornmg Glass, Fibrous Impregnated Surface (Board) Glass libera with phenolic resin binder. Top surface coated with asphalt to which craft paper la adhered sod lapped around both tods. Armstrong Owena-Corntng Hair tad Wool Felta Magnesium CsrboDate and Aabeaioa (Block and Pipe Covering) Layers of hair felt surrounded by layers of woof felt, with inner layer of wool felt. Main use is to retard frerring of waterline*. Semi-rigid. Cerey Johns - Monville Keasoey 4- Martison Mundet Nicolet Composed of not less than 65?c by volume of hydrated magnesium carbonate and the baiancr of asbestos fibers. Reislively soft. Abtorbant, will soften when wet. Rigid. Armstrong B.E.H. Cerey Eagle-Picber Johna-Maov'ille Mundet Pabco Mineral Wool with Binder* (Block| Mlaera) Wool with Binder (Board) Mineral wool fibers with inorganic binders. Surface will yield to irregularrtie* without fracture of block. Low compressive strength. Requires prolection from liquids. Rigid. Mineral woo) combined with a waterntttUnl phAltic binder. Hiftd. A. P. Green Armstrong B.E.H. Liplik Delnek Forty -Fight General Refractories Holmes Johns-Manvilfe Muodet North American Refrac. Union Asbestos Eagle-Picher Johna-Manville Armtgltt PF-611 ArmagJaa PF-612 Annaglas PF-613 Armtlu PF-6M Armaglss PF-B15 Armagtaa PF-616 Aro>agism PF-61? ArmagUa PF-618 epf-6u EPF-612 EPF-613 EPF-6H tPF-615 EPF-616 EPF-611 EPF-618 J.M. Microtile riberglal PF-611 Flberglas PF-613 fiberglas PF-613 Fiberglss PF-616 FitfTglas PF-611 Fiberglas PF-616 PF-613 PF-615 PF-61? Fiberglas PF-614 Fiberglas PF-615 Armaglas AE Board Fiberglas AE-6 Board TtMP LIMITS MIN MAX - 30 - so - 50 - 56 -300 -300 -300 -300 - 50 - 30 - 56 - 50 -300 -300 -300 -300 - 50 - 50 - 50 - so -300 -300 -300 350 250 450 450 450 450 450 450 250 250 450 <50 430 430 450 450 350 250 230 450 450 450 45 - SO -300 230 250 450 450 DENSITY if C IB/CO FT ML t 2 1/2 3 1/4 4 1/4 $ 1 3/1 0 10 1/2 2 2 1/2 3 1/4 4 1/4 6 7 3/4 9 10 1/2 2. 2 1/2,3 2 2 1/2 3 1'4 7 3/e fr 10 1/2 3 i/e 6 9 4 1/4 6 - 50 - 50 90 100 6 6 Armaglas Roof Insulation Atmos 175 FibergUs Roof Insulation Atmos 115 12 12 Proiecto Zero Non Frost Built-up Hair Felt Frost-Proof 6 90 O 90 0 90 0 90 0 90 5*** Magnesium Thtrmaltte Super Light 63<ri Magnesium 634* Magrnsium Custom Molded Magnesium Precision Molded 63 Magnesium Aunos Almos Atmos Atmos Atmos Atmos Atmos 600 600 600 550 600 600 550 High Temp Block Insu). Artnitemp M,W. Block Mono Block BL-19 Block Intul. Grip Tea Weber. HT Block Grefco MX* 17 iniblock HT Banroc Type Ko. 17 Narco Block Insu). Unarco Mineral Wool Insulation Block PV Super Temp Atmos Atmos Atmos Atmos Atmos Atmos Atmos Aunos Atmos Atmos Atmos 1700 ISOO 1900 1900 1900 1900 1900 1700 \?00 1700 I960 Atmos 1PO0 Atmos 1900 Rock Cork Board -300 330 20 - 22 11 U 11 n u n n 16 - 25 15 14 - 19 16 - 20 16 - 22 14 - 17 16 - 20 17 - 19 IB 16 - 20 16 - 20 16-20 15 1 * 3 Mineral Wool with Binder (Board) Mineral wool with binder. Used for low temperature applications mainly. Semirigid. Eagle-Picber Eagle-Picher FagJe-Pirher LT-r Felt LT-5 Fell LT-fi Felt -300 -300 -3DO 450 4 SO 450 4 6 3 UCC 022146 I materials BLOCK, BOARD, AND PREFORMED FIFE COVERING I SASIC MATERIAL I Mineral Woo) with Skadar (Block and Board} Miscr) Woo) with I Bkxt*r (Block, Board ud Pipe Coeerloo I Mineral Wool wUh Btadec (9o*rdi I Perllie. Aabetioa Tlbera I and Binder (Blocks Pol>e(hylnv I Branded. (Board) Polystyrene, I Expanded (Bead) (Block Board and r Pipe Covering) PolyityrtM, Eluded. (Baerdl I Polystyrene, I Expanded, (Block. Board and [ Pipe Covering) I Polyurethane, 1 Expanded. 1 (Block and Board) Polyurethane, . Eipaoded. 1 (Block, Board and Pipe Covering) Polyurethane, Expanded. 1 (Board) GENERAL DESCRIPTION Mineral wool fiber* bonded with ratio binder. Steatlicnt. Semi-rigid. Mineral wool libera hooded with mein binder. manufacturers B.E-H. Detrick E^1'- Plcher Johns- MenvlUs Forty* Eight IT.fi. Mm.nl Wool Fine mineral wool fiber* bonded together with thertoo-netting ream. Available plain or with vapor barrier facings. is ml- rigid. Armstrong B.E.H. Oustin Bacon Johns-Msavilla Muodet U. 5. Mineral Wool Molded from expanded perlite, aebestoa libera, tmoiUt asbestos fibers and hydraulic binder. Rigid. Refractory and insulation Closed call expanded polyethylene. Low aster absorption. Flexible. Tufilii* plastics Expanded beads of polystyrene molded into shape. Lightweight. Moisture resistant. Resilient. Available in standard nr seU-smiffleg grades. Rigid. Expended polystyrene. Higher density than items above. Has higher com* pressive strength. AJumiaeaf Corporation Armstrong Dyfoam Corporation Johns* Manville Mundct V.S Mineral Wool United Cork Taf/lll* Pix.licx Polystyrene rxapoded into rigid insula* tion. Low water vapor transmission. SaU-sauffing. Rigid. Dow Chernies! Tuffliu Plx.tlc. Tuinit. piuttc* foun.d po)yurUii*. CJaMd-ll structure. Will not rot or contaminate. Good vapor resistance. Rigid. American Latex National Gypsum Birrrtt Teamed polyurethane. Rente as above except is setf-exttaguishmg. Rigid. -* jarrlcga Latex Johas-ManvlU* N.liout Gyp.urn Precision Insulation Pills burgh Corning Tulfliu Pltttlc. llfltoo Ashes-- Foamed polyurethane sandwiched between two layers of roofing membrane. Closed eetl. U*d aa roof iaeulatlos. Rigid. Barren TRAOE WswiS Tbcrms-K TempUta MT Board Ba&roc M N-700 lb Felt TEMP LIMITS DENSITY **t*>C CLASS mim MAX LB./Cl* FT MUM0CA AUnos Atmos Atmos Atmos 700 100 700 LOCO 10 33 MO -100 700 00 9 9 34 ALmatemp Spun Wool Duct Duct lasuUitan Insulation Board Epiniax Board Spun Wool Jaaulatton Board ISM Felt Att&oe Atmos Atmos Atmos Atmos Atmos 450 450 450 450 450 450 No. 12 Insulation Block Atmos lino 7 7 7 ft. ft. 9 3*9 3-7 U - 14 35 36 Tufftit* Expanded Poly* ethylene. -SO 163 i 37 Alumlfoam Armahte (Block and board only) DyfosTO J Foam (Block only) Expanded Polystyrene l\S. Cellofoazn Uni-Creal *400 *400 *400 *400 *400 *400 TulfUte High Density Board -400 175 175 175 too ITS 175 ITS t % l t i 4 1/2 33 39 Styrofoam -400 170 2 Tufflite *400 175 t Tufftit* Fitting Covers *400 175 % MO Siavtoam Cold Bond Therms Thane Urethane insulation -060 1.5- 1 200 1,5 - 1.9 1*0 1.3 - 2 11 Stevfoajn (Block sad board only) y-Thane Gold Bond Therms Thane (Block and board only) One t Cel Foair thane Tufflite Urethane l/fl*rce V-2oQ -2 B0 *350 -130 *300 -400 l.S- 2 253 2 200 1J - 1.3 175 250 200 1.6- 2 2.2 2-3 Urethane Roof Insolation Atmos 1.9 M2 13 Polyurethane, | Expandad. |(Board and Pipe Covering) RubCr. Exp. ad* a. |fPlpr Covering I Found polyurtthuw. Cento to (Ttdtt from .oft to .xlr* Urn. Dpoa-ctllod. FUxtbU. American Latex American Cellular Prod. Steyfoam Thermax Foamed aynthvtjc rubber material. Closed cell. Self extinguishing. lined underground and under pipe hsngrrs. Rigid. Armstrong Johns* ManvUle Rigid Armaflex JM Rigid Aerotube UCC 022147 -300 1,3 - 3.1 275 3-3 1/4 NN 400 400 220 220 a 15 , \ i \ [ r i i i i L L [ [ [ L i .* t i t i I | 1 r i f* 1 | 1 i ti r I ( i < 1 t l i f * , < 1 \ MATERIALS BLOCK, BOARD. AND PREFORMED PIPE C OVESWG tafttC MATERIAL GENERAL DESCRIPTION Rubber. Expanded. (Botfd) Foamed synthetic rubber. Will burs. Good structural strength. Rigid. manufacturers Rubatex TRADE names Rubatex ft-103-8 TEMP WIN >100 r IMUS OENSFTt C k*i kft'CU FT r 140 TT1 1j RxbWr, Ejipuded. (Board tad Pipe Covering} Silica. Expanded Fibers and Binder (Block and Pipe Covering) Foamed synthetic or natural rubber. Closed cells. Ued also on tubing. ruxibi*. Armstrong Armstrong Cirty Goodrich GusjjB'SareA Johna-Manville Mundet Owcac-Coroing Owens* Corning PrMMiie Rubatex Virginia Chemical# Expanded silica wuh a special binder and reinforced with inorganic fibers. Ha low waier absorption. Low shrinkage Acid re*Unce. Rigid. Corey ArmsAex 22 (Pipe covering) Sheet Arm* flex Flexible Tubing Insulation Cell-Tile Tubing Ultra roam Aero tube Foamed Plastic Tubing O-C Flexible Sheet O-C nlbl Tubla* Prest-O-Cel Rubatex Pipe Insulation Veacocel -400 -TOO 0 - 20 0 02 - 20 0 0 - 40 0 -300 180 V80 200 2oo 220 200 100 228 220 220 228 220 Carey Temp Atmos it00 11 I | J0 1 - 12 1 T-U T T T - 1 1/2 T- 0-n [ 1 - 10 Silica, Bonded, Inert. (Pipe Covering) Inert aihca molded to form pipe covering. For use oft hot water and low pressure steam lines. Will not disintegrate la water. Rigid. Johaa-Matmlle JM Fibroce) Atmos 300 Silica, Cellular. (Block) Pure cellular silica. Rigid. Glaarock Products Quartz Foam 2000 10 - 50 6tlica, Fuaed. (Block! Fuaed silica block. Chemically inert. Rigid, Glaerock Products Glaarock Vo. 25 Foam 1*00 23 fiiffca, Fuaed. (Block} Foamed, fuaed aiic block. Chemlrally inert. Excellent thermal shock resistance. Rigid. Silica, Fuaed. (Board and Shapes) Foamed, fused silica material, Chemtrally wen. Excellent thermal shock resistance. Rigid. Wood Fiber*, Roof Insulation. (Hunt Shredded wood fibers bonded into rigid. moisture miaunt uuuUDnf board. Rigid. Wool Fell with Vapor Bunir IPtpr Covering) Wool felt sheets formed into pipe insula* tion. Saturated asbestos jacket to in* crease the insulation's resistance to moisture. For use on cold water line#. Scmt-ngtd. Wool Fell (Pipe Covering) Wool felt sheets formed into pipe m#ulatum. Low resistance to moisture. For use on cold and bo* water lines. Semi-rigid. Glaarock Product* Glaarock Products Johns-Manville Rational Gypsum Cere) Johns-Manville Knt*j b Minuoo Mundei Ktcolet Cerey Johns- Manv ille Krtsbey t SfamsoB Mundei Glaarock No. SO Foam Atmos 2000 SO Matrock JM Roof Insertion Gold Bond Fiberbosrd Roof Insulation JmpervD Anti-Sweat Non-Sweat Anti-Sweat Anti-Sweat Perfect Pre-Shrunk Duplex Wool Flt Atmos 2000 ns Atmos Atmos Atmos Atmos 40 90 40 90 40 00 40 90 40 90 15-10 IS - 1ft 1 L r \ L 23 1I Atmos Atmos Aunos Atmos 225 22a 212 212 11 - 20 1L L L UCC 022148 MATER!ALS BLANKET, FELT, TAPE, AMD ROPE BASIC MATCAtAl GENERAL DESCRIPTION AhamlBa-sUtca Fiber {sinkct n4 riu Alumlns-iiUcs fibers combined with inorganic binders. Flexible, AhUBIDA'Sllm Fiber (Ptprrf Aluinma-tlUca liber paper. Available 1ft several widths sod thicknesses. Available with or without inorganic binder. Mam*ACTuns Babcock sod Wtlcbx Carborundum Carborundum Carborundum Carborundum Carborundum Johns -Mmnvltte Carborundum Alumina-Silica Fiber Lone staple fiber, three-strand rope. Available In seven) diameter*. Also (Rp md Cord) available in cord and yarn. AhuniM'SUic* Fiber iClotb And Tape) Woven cloth and tape. Reinforced with wire or gfsss /lament to give more atreogth. Carborundum Carborundum Carborundum Ksowool FiberIr.n XV-F.li Tlbtrln XW Bl.nk.t Flbertrax XLF Blaakat Ftbarlraa XLM Blanket Tiber!rix XSWF Faced Blanket Cersfelt F'berlrax SID Strut Paper TEMP LIMITS MIN WAX DE*lTt I IB/CU FTj GENERIC Class NUMBER Ataos Atmos Atmos Aimot AtOM >000 3000 3000 2000 2000 4.3 - 1 5-a 53 Atman 2000 Atmos 2000 1-1 3-24 Atmos 2000 25 53 Flberfrax Rope Fiberfmx Cord and Yarn Atmos 2000 Atmos 2000 23 Fiberfrax Cloth and Tape Atmos 2000 60 El Aiboilot, WovtD. (Felt) Asbestos, UovtD, (Felt) Ab<u>i. Wrip. (TP) Aibeiloe Wrap (Tape) Asbestos Fiber in envelope (Blanket) Ajbriioi Fiber /cited (Felt) Asbestos Fiber (Paper) Aibrtios Fiber hi Asbestos Jscket (Pipe Cove ring BiasJut) Carbon (Fell) CUii, ritrwi, Ailhoui Binder, (Blanket) ----.--- --- Oats, Fibrous, Without Binder, Meta) Enclosed (Blanket) Lightweight, flexible blanket woven from Amosite Fibers and bound together toy brass wire inserted asbestos yam. Union Ashestoe Identical to item shove except that blanket is treated to repel water. For cold water Cao be enclosed id cotton muslin. I'Dlon Aabeswa Loog-fibered asbestos roving* enclosed within a tubular, woven asbestos jackal. Outer surface coaud. For spiral wrapping of luxes. Keasbey l Mattteoa Johoe-AfaftWU* Union Asbestos Identical io item above except is wider and is wrapped sod laced instead of being Spirally wound. Johns-Mao villa Asbestos cloth la envelop* form filled with asbestos fibers. Johns-M anvilla Union Asbestos Inaubeatos Fell Type A Atmos 750 10 Insubctios Telt Type B 40 ftO 10 My KM T.p. Thermotape Costco lnautape Thermowrap Atmos Atmos AVmoe 400 400 300 Adsoa 450 Asbestos Blanket t'oarco Asbestos Blanket Atmos 050 Atmos 750 9 - 12 Soli (Uxiblt aabetto* l*li. JoKbs-MsaviU* Nfeolet Aabealo* Boll Tin Tell Roll T.ll Atmos 1000 Atmos 1000 Asbestos fiber mod binder. Asbestos fibers enclosed in a neoprene* coated, water-proofed asbestos Jacket. Has lacing hooks for fast lostaJlalfon. Johns-toaavllle Nlcolet Rube fold Union Asbestos J.M Coromerteal Paper Commercial Paper Commercial Paper Unarm Wereaftow Aunos Atmos Atmos 400 400 400 Atmos 750 10 Felt made from 0.0003" carbon libers. Approximately volatile material. Inert gas or vacuum required above 00 F. 1/4" thick. Reinforced grades available. Fibrous glass without binder but with mineral oil lubricant. Same as above except is faced on one or both sides with metal fabric. National Carbon Armstrong Oweos-Coratog Pabco Armstrong Owens-Coming Pabco UCC 022149 Grade VDF Carbon Foil 4300 Armaglas TWL Armsglaa TM'-F Fiberglaa TWt Flbrrglas TW-F Pabco TU -F -300 -300 -300 -300 1000 )00fi 1000 1000 ArntA.iiA TWL Meial >!eib Atmos ArmoRln TU.F M.ul Aleak Atmos Fib,rRiot Tlvi Metal Meah Atmos Fiberslia T\v- F MeulMeahi Aimos Pabco Melt) Mrcli 1000 1000 1000 1000 1000 S.2 4 1/2 4 1/3 4 1/2 4 \n 4 t/2 4 1/2 4 1/4 4 1/4 4 )/4 62 63 6H 65 66 67 SB 69 70 71 72 MATERI AIS blanket, felt, tape, ahd rope BASIC material general description manufacturers Clui, ftbroui, Needled Foil. (Blanket) Ctui, FibioKA. (Felt| Glass. Fibrous. TtxtiJe Type. (Blanket) Class. Tibrous. (Blanket) Needled (last fiber (1\ mad* )th\o blanket Union Asbestos Prefabricated. Woven gJsss rovings frequently enclosed with stainless or Inconel wire math. Uolco Asbestos Long textile-type glass fibers and phcnolic binder. Very resilient. Available in a variety of densities and facings. Gustja-Bscoo Long textile-type glass fibers with extremely fine glass fibers added, and phenolic binder. Available u a variety of densities and facings. Johns-ManviUe Muodtt Pittsburgh Plate Glass Class, Fibrows. (Blanket) Glass, Fibrous (Blanket) Glass, Fibrous. {Blanket CUss, Fibrous. (Blanket) Graphite (Teh) Hair Teh (SUI wo CFeltj Hair Felt (Heavy Density) (Felt) Made from extremely fine glass fibers and bonded with a phenolic binder. Available to variety of densities and facings. Armstrong B.E.H. Crev Gustin- Bacon Johns-Manvdle Mundet Owent-Caraing Owens-Corning Pabco Pittsburgh Platt Glass Fibrous glass blanket consisting ofl lb Johns-Majtville dens it)1 core and a 4 lb density skin. Used Pittsburgh Plate Glass s a duct liner. Fibrous glass blanket with a glass mat surface. L'sed as a duct liner. Armstrong Owens - Corning Fibrous glass building insulation. Foilkrafl laminated to fine fibrous glass. Comes m rolls or baus and with or with* out vapor barrier. Owens-Coming Feh made from . W3'" carbon fibers. No volatile . Inert gat or vacuum required above Abb F, j/**` thick. Beia/erced grades available. Nstionsl Carbon Select, clean cattle hair processed into felt. Soft. Compresses approximately 30?t w hen secured to place wHh twine wrapping. Not v.por rrsitlani. Johns* Manv die Newark Hair Fell Same as above but approximately twice the density. Will not compress greatly oo application. Johns ' Manv ille Newark Hair Felt TAAOC NAMES VaUntt Glut Blankti TEMP LIMITS MIN MA X Aiaoi 1200 PCNSiTt Of- tt/CU FT { 1 Unarco Woven Glass Felt Atman 1200 [ 1 9 Ultralite Microtex Supertax Textraime Armaglas Flexible Duct Fine Fyber Thermoglas VltraJ ice Mifrolile Superfine Tlbrrtlto Attcon (PF 300 SArle.) Fiberglas flexible Duel (GL-310 Sent,) Pabco Flexible Duct (PF-300Serkt Superfine Micro-Bar Superface a 1 Atmos 373 1/2 3/4, i 1. 1 1/2, / 2, and 3. 11 Atmos 350 3/4, i 11/? ? Atmos 350 2 1/2 and 3. 3/4. 1. 1 1 1/2 And 2 Atmoa 350 t/2. 3/4. 1 1/2. 2 and 3. 370 1/2 - 1 1I 370 1/2-3 370 1/2 - 3 370 1/2 - 3 370 1/2-3 1 1 370 1/2- i J r, 370 1/2 - 20 370 1/2 - 1 370 1/2-1 JT0 1/2*3 ZOO 200 1 l Armaglas Mat-Faced Duct Utter Fiberglas Mat-Faced Duct Liner -300 -300 1F0 no Fiberglas Foil-Faced Building Insulation Atmos iso 1.5 - 2.5 1.5 - 2.5 3/4 41 l Bl Grade WDF Graphite Felt -* 4500 4.1 .1 8L Hair Felt Hair Felt -150 -150 200 200 I R 1 H.D Hair Felt II. D. Hsir Felt -130 *150 200 2U0 15 15 A1 L L " M ATERI ALS BLANKET, PELT, TAPE, AMD MOPE MStC MATE Dial benemal description manufacturers MlMTll Wool BlMktt Meul Backing. (BUnktl) Felted bImia] wool ecMTwd totwtoa various type* of metal fabrics. Funtished aa desired with cnetaJ mssb. meul lath, stucco Laih or rtb lath. Compresslbla. Flexible. A.P. Grtn Artntirong B.e.h. Bigelow-Liptak CAiwy Dolrlck Fafl - Plcher Forty-E Hitt General Refractories Holmss Jnhns-MiDvilla Mendel Refractory and losulanon Rock Wool Manufacturing MlM ral Wool ud Bindera (Tell) Mineral woo) fibers felted and boobed together. Soft, resilitot. Low compresalve strength. Used for duel insula' tx>a. Comes with various enclosures. Armstrong B. E H. Elfle-PIcber Fortr-Ei|til Hoimss Johoa-Menville National Gypeum U S. Mineral Wool Detrtck trade names TEMP LIMITS MIN MAX density GENERIC LB/CU FT Clsss number Blanket Insulation Arms tempSpuoWoo) Blanket MetaJ Mesh Blanket BN-12 Indue trial Mineral Wool Blanket Spun Woo) Blanket FP Blanket Copr- Fibre -300 Grefco Mineral Wool Blanket Metal Mesh Blanket Bsnroc Blanket Mineral Woo) Blanket Miner.) Fiber Blanket Delta Meld Blanket 1200 1200 1200 1200 1100 1200 1200 1200 1200 1200 1000 1200 1200 10 10 0 10 to 10 10 a a a a 81 ArmaierDp Spun Wool Blaakel -150 BEH Spun F.lt Mineral Wool Fait -150 Copr Fibre LT Felt -ISO H. F. Felts Spiotex Gold Bond Handi-Bstts USM 3 U> Felt -ISO Spun Wool Felt 4S0 450 4S0 450 450 450 1SD0 eoo 4 SO 3- 3-8 2 1/2-4 s-a 3-0 2-4 3-1 3-a 85 MkwriJ Wool. Binder* and M*Ui Backing (Blanket! Mlnerst woo) fibers felted and bonded together and enclosed 6y meul fabric. Ea*lr-Plchr MiMfit Wool with Metal fabric (Blanket Pipe Conran Quarts Fibers (Foil) Mineral wool fibers secured between expanded metal lath or wire mesh. Procut for pipe site. Installed by wrapping around pipe and lacing or booking. Armstrong B.f.H, Detrick EAjle-pjcher Forty-Eight Mundet Fine quartz fibers fehed. Fiber Bias approximately 0. 75 microns. Johns-Msoville Silica, Fibrous. (Fell and Blanket; Lone fiber, organic free. fleaibW, corrosion resistant. Lightweight. Also available in tape, fabric* starving, yarn. cordage and tops. H.l. Thompson H.l. Thompson Bonded Blanket Atmos 450 S-0 B6 Armatecnp 100 and 101 Atmos Ho. 100 and 101 Atmos Mineral Wool Atmos Tab-Lok Copr Fibre No.eS. Lace-OB Atmos Type 1200 Atmos 1200 1200 1200 1200 1200 1200 6-10 a - io - 12 8 6-10 Micro-Quartz Atmos 2500 3. 3 1/2 and 6 87 66 Relrssil A-100 Rrfraail J&-1Q0 020 -320 2000 4 1/2-0 2000 4 1/2 - 89 [ UCC 022151 FU l! I I Ir I I I I I I I I I I M *, T E R t k IS CENEHT [ 1 Ip i 0ASC MATERIAL GENERAL OESCftlPTION MAftUF ACTURfcfiS Alumina-Silica fiber (C*nol) Atom.-.llici ftb*rm bonded wlih Inorganic ir Aentag binder. Available la paste or liquid. Limited shelf ll/e. Carborundum Alumina-Silica fiber Hydraulic selling, semi-refractory cement. Water mixed. Cna bn troweled (Hydnulkc B*itlug of gunned. FlrtprooilAi Camefit) Babcock and Wilcox Babcock and Wilcox Johns-Mamriil* AJualaA'SiUci Md aiiwm ribin Asbestos fibers sad alumina-silica materials, Water mixed. Cirfy Eagle-p tehee (Semi-refractory Hydraulic Setting CtDcui) Alumina-Silica And Asbestos Fibers {Insulating Cement) Alumina-silica fibers, asbestos and high Dctrick tempersuire bonding mstertsls. Asbestos Fiber (Mine-run Finishing Cement} Made from mine-run ssbestos fibers. Csn be used straight or with Portland Cement to get harder, whiter surface. Water-mixed. Cry Eagle - Picher Mundci National Gypsum Nicolet Ruberotd Asbestos fiber (General Utility Finishing Cement} May aUo be ueed u u iaiulauag cement. Finish mediunrhsrd to hard. Composed of asbestos fibers sod bonding clays. Water-mixed. Carey B.E.H. Eagte-Picher Johns-M anville Xeasbey 4 Mattison Mundet Ruberotd U,5. Mineral Wool Asbestos Fiber, Loos. (High Grade Finishing Cement} Long fiber asbestos sad binder made into s high-grade cement. Makes a medium- hard finish. A.P. Green igeiow-Lptak Curey Eagle -Picher Johns-Manvtile Rube fold Asbestos fiber Asbestos fibers and bonding clay. Makes a smooth, hard finish. (Hard Finish Cement) C*r*y Delrick Forty-Eight Asbrstos Fiber (i&iutilui Cement) Used chiefly as an asbestos insulating cement. Crey Keutvy (r MMii.on Asbestos Fiber (Careytcmp Finishing Cement) Made for use over Ceretemp insulation. Dries to a smooth hard white finish. Carey Calcium Silicate Cement Composed of same mete rial as calcium silicate block insulation. Not recommended for hard finishes. Pabeo DtiiooactMi Silica (Insulating Cement) Diatomsceous allies in powdered form and binders. Soft when dried, Uule strength. Not moisture resistant. Used where cement is exposed to extreme high temperatures. Cs rey Johns-ManvlUe Krasbey i- Mattison Pabeo FfthDE NAMES TEMP LIMITS DENSITY Ml* MAX 18/cv n Fiberfrax Costing Cement Atmos 2000 120 K.ollU 20 K.ollte it L.W. Blateereu Viirictl No. 106 Altnos Atmos Atmos 2000 2200 2000 Atmos 1000 Atmos 2000 40 02 to S3 91 1 1 92 f 93. I 1 H Therm Atmos 2300 20 1 SHI 7M Short No. 20 7M Short Fiber 7M Short 7M Short 7M Short Fiber No. 303 No. 200 No. 99 No. 352 No. 152 7M No. 115 Coxmnco Finishing S*I1 C-10 LF-20 No. 43 No. 302 No. 21 a Atmos 1000 Atmos Atmos Atmos Atmos 1000 1000 1000 1000 Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1000 1000 1000 1000 1000 1000 1000 1000 Atmos Atmos Atmos Atmos Atmos Atmos 1000 tooo lOuo 1000 1000 1000 40 - 70 50-60 57 - 63 42 - 45 42 - 45 35 - 60 42 - 45 46 1 1 95 1 ---------1 1 971 1 L No. 100 MHD FlDl.h Hi Glos Atmos Atmos Atmos 1000 tooo 1000 50 - 60 42 - 45 55 981l No. 707 Amblertx No. 2 Atmos 750 Atmos 1000 50 - 60 4 - 52 Careytemp Asbestos Cement Atmos 1000 50 - 60 1 99 1 l >Ulf 1 1 Caltemp Cement Hv Temp So. 19 Superex Cement Hv Temp Cement Pasco H.T- Cement Atmos 1200 19 -22 Atmos Atmos Aicnos Atmos 1900 1900 t9M 1900 27 23 - 32 2e - 31 ID! 11 102 \ i UCC 022152 materials CEMENT ASIC MATERIAL OENCRAL DESCRIPTION MANUFACTURERS And AAbtAlM (Uaulattnf Magnesium carbonate and asbestos libera. To bt skied with watar. Mi. Utile mechanical *trsngth. Hot water millant. B. E. H. Johna-MenvUl* Mundtl Pbco Mwrit Wool Onnl) Mineral wool with clay binders. Hate* arely low k nkiti, Good silhssfpp Good sdheskw to bo* and wld mi(wh. A. P. Green Armetreog B.E.H. BlfaioW-UpUk Cmgr Da trick lt|h -Pieter Plbar*)aa Ee(lterlBC Forty-Eljhi Oaoeral BtlnclerAt Holmes Johns-Man vllle Mundet North American Refree- tortes Owens-Coraing Refractory and Insulation Rockwool ManWsc-twrJBg Ruberold Union Asbestos U.6. Mle.rU Wool Mineral Wool (MydrsuUc Setting Cement) Mineral wool with binder* and hydraulic netting cement. Little shrinkage. Falx adhesion to toiulatioD, Poor idMliOB to hot surfaces. Will not go back to plastic condition when watted alter com-' pUta aattlef. Limited atetf IKa. A.P. Green Armstrong B.E.H. Bigelow-Upiak Carey Datrlck Datrlck Eagle-Richer FJbcrflaa Esctaecrlaf Forty-Eight Forty-Eight General Refractories Mu*..) Who) and Mineral wool, asbestos fiber* and a Asbestos hydraulic binder. Provides lightweight. fire-rsiardeat protection lor structural (Hydraulic Settlaf steal. To be mixed with water. Fireproofing Cement) Holmes Johns-Man villa Mundet Owens-Coming Pabco Kclraciory and luuUUos Rockwool Manufacturing Ruberold Union Asbestos U.S. Mineral Wool Detrick Ea*lr -Pieter Silica, Fined. (Fldfil Ciornt) Facing and bonding cement having excellent thermal shock resistance and diooenstonal stability. Glssrock Product* Vermjcultte {Insulating Ciatftt} Expanded vertnJcoiite and binders. To be mined with water. Good coverage. Higher k value* than mineral wool lasalaung cement. Lightweight. Soft. Little mechanical strength. Eagle -Richer Johna-MkAvlUe U. S. Mioaral Wool Zonoilte TRADE NAMES Tbermaltte 657* Magnaatum Cement Magnesium Cement 65% Magnesium Cement TEMP LIMITS MIN MAX Atmos Atmos Atmos Atmos too do 100 sso DENSITY GENERIC CL 453 lb/cu ft number 10-20 103 Cement Armetesap No. ltd Atmos Atmte BEH No. t Plum Ausoa C-J* Atmos MW-60 Atmos ipir Ui Atmos Supar ii Atmos r.nco Miaaral WoolC.ca.cl Atmos Wabera Super < Atmos Greks Insulating Cement Atmos No. 1 Atmos No. 450 Aimes A-l Atmos IA00 1600 1100 It00 oo 1*00 itoo mo 1000 1600 1700 1600 1600 22-24 > It- 14 >4 M - 14 22-34 25 22-24 30 24 - 27 tnu Narco Stax-On OC-660 SUc-Ttte High Temp-Master No. 313 Unarm No. 330 Cotnloco No. 2 Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1600 1600 1600 1600 1800 1800 1600 U-J4 24 - 26 22 - 24 SS-1Q Armaiemp No. 10 Supe rpo we rhou se FC-IJ MW-One UtlUty Tbarmnl Finish Hilkte One Cost Ytoco All-Purpose White Quick-Set Quick-Set Fitting Grefco Ins ul~ Finishing Cement Superpowsrhoues No. 001 NE Plus Ultra oc-no Hydraulic Setting Super Finish Stic-Tlt* One Shot No. 412 SInfit Co(a Unarco No, 10 Comioco No. 4 Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1000 1000 1200 1000 100Q 1200 1400 1000 1000 1400 1600 Atmos Atmos Atmos Atmos Atmos Atmos Atnot Atmos Almos Mtoot Atmos 1000 1200 1400 1200 1000 1200 1700 1000 1200 1000 1800 30 - 34 jo - n 34 - 36 10- 32 - 44 3ft - 40 27 - 36 30 - 34 30 - 34 33 40 30 - 34 34 - 36 32-36 34 30 - 34 27-35 30 - 33 35 - 40 24 - 38 30 - 33 )0 - 40 tnt Pyro-5csl Fireproofing Cement Atmos 2000 Atmos 2000 53- 35 w- ICE Glssrock Cement No. 33 No. ftDO Commco No. 0 High Temp Insulating Cement Atmos 2000 115 Atmos Atmos Atmos 1600 1800 1600 Mm* 1800 18 1/2 107 toe I UCC 022153 66 materials loose and fill *SC MATfRiAt. GENERAL DESCRIPTION MAXUrACTU*Eft$ AJumtaa-fitltC* Fiber (Lnose Fiber*) Flbrou* ahuabtf-.tllc* doaifnod (or Ml application, used tor pecking la furnace joint*, etc. Babcock and Wilcox Carborundum J oboe-M Seville AlunlMi Silicate (Loom Aonpie) LlfhwvlftK Aliuslntm Utnw >|r*|ku used for fUla, Babcock aad Wilcox Johaa-ManvtU* Aobosloo Fiber* Bituminous (Tarpon Looae ubittai libera. Come# lb various iroki mod dckottl,*. Carey Johas-MaavUle National Cypaum Nlcolet Pabco Buberoid Union Asbestos U.S, Mineral Wool Fill type bttumiz>our insulation for pourtog id trench u> loaulite underground pipe*. Muat be beat cured. WUco Chemicals Witco Cbemicala Wltco Chemicals MT Carbon Black. Tb*rmilomic Carbon (Loo*t Powdert Cork, Vefetable Granulated. Calcium Silicate Vegetable Cork, granulated (raw) or regranulatrd (baked). Available lb numerous grades. Armstrong Mundet National gynibetlc calcium ulicaU. Good handling properties. Muat be fully enclosed for low temperature service. Johaa-Manville PJaiomaceous Silica, Pure mineral dietomeeoua titles milted Coarse. to a coarae powder. Esgte-Picher Johns-Manvili* Dutoaaceous Silica, Pure mineral distomaceous ailica milted Eafle-Pichsr Fine. to floe powder. Job&a-MmovUle Diatomaceous Silica. CsJclned. Calcined dtatomaceoua ailica to with*land higher temperature*. Used aa fill. Cao be mixed with cameoi to form insulating concrete. Emgle-Picber Johns-M anvtile GUeonlie Graaulea GlisoDJte Granules Specially selected, stxed, and bleoded fUtoaUaa mined from the rroucd. Muat be beat cured to obtain maximum elficieocy. Used for underground lines. Similar to above. Doea not need cur lag. American Gilaonite American Giltomts American Gilaonite American Cilsooite American GiUooue Class, Fibrous, Shredded. Flbroua glass with mineral oil lubricant. Low "k" value. Armstrong Owsoa-Comuig Glaaa. Fibrous. CJaaa, Flbroua, Claes, Flbroua, Glaaa, Cellular Pellets. Gypamu, Cellular. Unbonded, unlubricated fibrous Cas be uaad for cryogenic service. Can be used in liquid oxygen aervice. Owens-Corning Fibrous glaaa wool for pouring ant blowing into cavity npacn. Boro ihcate-'type glaaa oi various diameters available. Good electrical properties. Owens-Cornlog Owena-Cornlfig Johns-Manville Foamed glaaa pelleia. Uaed ior pouring. Each pellet foamed with benoeucaUy seated cells. Pittsburgh Corning Cypaum to cellular lorro to be poured in cavity spaces. Not moisture resistaoi. Relatively high "k" value even when dry. National Cypaum I f B asd W Ksowool Flberlrax Bulk Short Staple Fibers JM Ccrafibar TEXiP ViteVfS DENSITY Ah WIK vtax kB/C\> fT Cl fiJ 1 Atmoa 2000 Atmos Atmoa K 2300 a as shipped 3000 [ Kaollta L.W. Fill JM 2,00 L.W. Ajfratata JM Zells L.W, Aggregate Atmos Atmos Atmos 2000 2400 2400 w 31 Asbealo* Fibers Asbestos Fibers Gold Bond Asbestos Fibers Aabeatoe Fiber* Asbestos Fibers Asbestos Fibers Carded Cryaotile USM Aabeatoe Fibers Atmoa Atmoa Atmos Attnae Atmos Atmos Atmos Atmos 1200 1000 800 1200 1200 1200 1200 1200 10 - $0 H u 1 i 1i 1 Witcoiite Grade A Witcolitr Grade B-l Witcolile Grade B-2 40 212 213 300 200 360 ~i i Tharmas -453 SOM; 30 i 1 Granule led Cork Granulated Cork Novold Granulated Micro Cat T-4 -200 -200 -200 -458 200 200 200 izoo IS 6-t i 1 u CelsUHn MN-S3 Sil-O-Cet Coarse Cslatom MK-55 Sil-O-C*! Fine Celttom MP-B7 Sil-O-CI C-3 Atmos 1600 23 - 27 Atmoa 1600 19 - 22 Atmos 1000 10 * 13 Atmos 1600 10- 17 Almos 2000 26 Atmos 2000 26 - 31 t V 1 CllmUW Type A GllsuUte Type B Type C Clientele Type Special B 220 300 300 363 420 530 365 -0 CUso-Gerd Atmoa 2*0 Armsglas TWL and TW-F Shredded Flbergit* TWL and TW-F Shredded -300 -300 Sub Zero loaulatioc Wool -300 1000 1800 looo 44 44 44 44 SO 2-12 2 - 12 2- VV I2t T it iL FUw,{l*a Patron Wool FlbergUs Blowing Wool Vitron '" Micro Fiber -300 -300 250 Jsp Atmoa 1500 Fcamglss Pellets -300 foo Cypaum Atmoa 800 1 1 l| I2L i1 th "1 1 126 L UCC 022154 t I -l P\ * w LOOSE AMD FILL 1 tASlC MATCRlAL GtMtXftL OESCAlfiTIDN MOMUfACTunenS [ Granulated. Mineral woo) fibers la granulated form for filling cavity *paera. Soft. Low "S'* value. Armfilroag B.e.K. Exgle-Picbcr Forty-Eight Holmes Foundry Johns soviiic Mnndtt National Gypsum Refractory end InauUltoa V.8. Gypsum U.8. Miner.) Wool Mineral Wool. Loot*. Mineral wool fibers la looee form. Far filling cavity apaces. Soft. Low "It" value. A.F. Omen Armstrong B.E.H. Blgetcw'Lipttk Carey Egle-Picber Eagle - Picber Forty-Eight General Refractories Holmes Foundy Johns-Msavills Mundet National Gypsum National Gypsum ftafr.ctorv .fid In.iilfitton li.B. Gypsum U.8. Mineral Woo! Perlite Expanded perlite. Johns-Manvllls Zooolue Perlite tod Asphalt Beads of perlite sealed with an asphalt I costing end muted with s granular high , ^Granular L'ftdergrouod aoftratctg point asphaltic ream. Pipes 1 Fim must be coated with asphaltic primer before application Armstrong Miracle Adhesives I Quarts, Fine Fibers. Quartz fibers, more than 96% pure silica. Available in several fiber diameters. Silica, Fibroua. Long silica libers, free of organic material. Corrosion resistant. Soft. Vtrinua fiber length*- Jofms-MaavUle H.l. Thompson Silica Aerogel Small hollow spheres of silica. Must be well cootsinad as it will flow through s small opening. Moos ante VermiruJJie, Expand* Expended vnmlculite ore. frofigncifum *d. aluminum silicate) Flaked aggregate graded into venous sites as required. ZolmllU TEMO LIMITS DENSITY pEMRtcl MIN CLASS MAX IB/CU F7 HUMBER Armstemp Granulated Spun Wool Granulated Woo) Type 7B Copr Fibre Granulated Granulated Wool Banroc Granulated Gruukul Wool Gold Bond Pouring Wool P>k Infill! Thermillber Pouring Wool DSM Granulated Wool -350 -350 -300 -300 -J&0 *300 1200 1200 1200 1200 1200 1000 1200 1500 1000 1300 1500 3 * 10 3-10 3-20 7-12 127 Loose Woo) Armstemp Loose Spun Wool Looee Wool W-12 Loose Mineral Wool Type H-2 Typ. H-4 Copr Fibre Loose Grefco Loose Mineral Wool Loose Wool Banroc Loose Loose Wool Looee Wool Blowing Wool Loose Wool Therm at iber BlowVug Wool U.S.M. Loose Wool -300 -330 350 -300 -300 -300 *300 -300 -300 too 1300 1200 \20t> 1200 1000 1200 1200 V200 1200 1200 1000 1200 1500 1500 1000 1500 1200 7-10 e-a 3-20 4 - 12 3-20 126 Psrlox P.cllu ArmaJii lnsul-2il *400 -400 to 90 1400 1400 450 *50 3 3 28 28 129 130 Micro Quarts Fiber Refraail F-10D Benlocal Zonoiite Atmos 2500 131 -300 2500 3-9 132 457 1300 4 - 5.5 133 350 2000 4-10 t3U 1 ] 1 I 66 UCC 022155 M A I t K I *15 REFLECTIVE BASIC MATERIAL CENCNAL DESCRIPTION manufacturers Alummiua <row Aluminum Foil (Blanket) Aluminum (Sbaet or Roll) Aluminum And AtbetWt {Blanket) Reflective aluminum foil, Various thicknesses. Some foils reinforced by attachment to membrane materials.. Alcoa Cu*Uo-Bscoo Johnston Foil Kaiser Reynolds U.S. MUttril Wool Reflective foil* fabricated into rolla or folded atrip*. Designed for building luditwn, Reflect*} Corporation Reflective sheet* of various Udctmasss*. la roll# or she*te. Alcoa Alumieeai Corporation Kaiser Reynolds Aluminum foil bonded to flat or corruga* ted asbestoa paper. NicoJet Reflect*) Corporation Reflecul Corporation Reflects! Corporation Aluminum iPrriormedt Preformed aluminum reflective pipe and equipment insulation. Easy to remove and inettil. No fibers to absorb liquid. Jofuifi-MinviJle Mirror Insulation Mirror Insulation Mirror insulation Mirror Insulation Siamlesa Steel Jacketed Aluminum Reflective Preformed atainlesa ateel jacketed aluminum reflective pipe and equipment inaulatioQ. Easy to remove and install* (Preformed) Jobna-ManvUle Mirror Insulation Mirror Insulation Mirror Insulation Mirror Insulation Stainless Steel (Preformed Reflective Insulation) Preformed stainless ateel jacket and reflective pipe and equipment insulation. Johne-MaovUle Mirror insulation Mirror Jnsulauoa Mirror insulation Mirror Insulation TRADE NAMES Alcoa Foil Aluminum Foil Aluminum Foil Inau) Foil Meiallatioe Aluminum Foil Allot TEMP LIMITS MIN MA* Atmoa At mo* Atmos Atmos Atmos AUso* 000 600 600 600 600 600 ocnsitt GENERi tBveu FT CV.A61 NUMBC 136 Atmos 200 137 Alcoa Alum la#ai noo non 1)00 mo Foil Laminates Aliol No. 101 (Corrugated) Al/ol No. 102 (Flat) Atmos Atmos Allot .So. 103 (Flit) Atmos 600 600 12 - 14 lbs per too aq ft 600 9 - tO lbs per 100 sq ft J.M Metal K AL Mirror AL Mirror AS AL Mirror R AL Mirror DT Atmos 32 -100 -100 600 1000 Atmos AtmoS 1000 40 J.M. Metal K SC Mirror SC Mirror AS SC Mirror R SC Mirror DT Atmos 32 -100 -200 600 1000 Atmos Atmos 1000 J.M. Metal K SS Mirror HT SS Mirror AS SS Mirror R SS Mirror DT Atmos 32 -100 -100 1000 1500 Atmos Atmos 1000 138 139 1M0 mi 142 UCC 022156 1 ! 6* materials IPftAYED, FOAMED, AMD FORMED IH PLACE BASIC material GENERAL description MANUFACTURERS MbcaiM (Sprayed) Aebeetoa (there Applied by epreyiaf to /arm a continuous, sramlss* blanket on any surface contour. Columbia AuouatVce Armstrong Anutrodi KAAAtwy A ilttutta Kaaabey A Msttlson Aabesloa and Mineral Fibers (Sprayed) Asbestos liber* and small pellet mineral fibers with inorganic binders, latextype water emulaioa bonding ndbeelv#. Columbia Acoustic# Columbia Acoustics AipbAli mod Cork or Emulsion asphaltic compounds filled Mm with granulated cork or mica. Used for condensation control. Available in brush* (Sprayed and Fonned- trow.1, or AprAy cooltencie. i-Place) Coopers Creek Mon.ll Asphalt sod Cork or Solvent asphaltic compound filled with Mica granulated cork or mica. Used for coodtuAiioD control. (Spraytd and Formad- in-Placet Bituminous and Cork Filler* Bituminous solvent type filled coating. Will dLa Integral* but wtU not support combustion alter curing time. Selfextinguishing. Coopers Creek Esfle-Plcher Earl P. lot Foster Johas-Maavilla Lion Oil MorUll Pmsburgh Chemicals Wilco Chemicals Coopers Creek Eixl Paint Foster Pmaburfh Chemicals Cork and Rubber (Sheet - Formed* ta- Plac*) Moldable granulated cork and rubber. Used to hand-mold over fittings on cold Unas. 1au> Drill ud Cork Wticr emulsion latex bate with cork or or Mica mica. (Sprayed and Formedin-Place} Araitron* National Cork Mortal Polyurethane. Foamed. (Spryed. Flexible) . Polyurethane sprayed and allowed to foam American Latex In place to a flexible, open-cell Insula Nopco Chemical tion. Polyurethane, roamed. (Sprayed. It IfId) Polyurethane, Foamed. (Poured, Flexible) 1 Polyurethane, FotRIld, I <Pourd. Rigir Vinyl tad Con Mick (Sprayed and Torn. H t&-Pa*> Polyurethane Aprsytd sod Allowed to foam in place to a rigid closed-cell Juanlaitoa. Carbon dioxide blown or freoo blown. Amsrican Latex Esrl PAID! Earl PAlnt Nopco Chemical Polyurethane poured ud loomed In previously prepared mold or cavity. Make* a flexible open-cell Insulation. American Latex Nopco Chemical Polyurethaoa pound Add foamed In previously prepared mold or cavity. Makes a rigid eioesd-cetl insulation. Vinyl base filled with cork or mica. Will ,>! (Ire. American Latex Armstrong Earl Paint Nopco Chemical VUsasco 1 nlvL Cafoo-A ebeatoa Sprayed "Limpet" Asbestos LW-25 Sprayed "Limpet" Asbestos LB-6 Bpr^yod "Limpet" AAb**u LW-25 Sprayed "Limpet" Asbestos LB-6 Cafco - Heat Shield Cafco - Blase Shield TEMP LIMITS M IN MAX DENSITY Gimme lb/cu pt CLASS number Atmos 1350 -14 -60 700 -60 1360 9-14 6-14 IMS -60 700 - H -60 1350 6-14 Atmos 1600 Atmoe 3000 0-12 11 - IS 146 C-4 Emulsion Compound -20 200 No Drip -20 150 147 C-4 Solvent Mastic Bwratcheck Ekote 3X SO - 24 Insulkote SGC Nokorode K Koto lnsoUnst 207? 555 Type D Pioneer 420 C-4 Bituminous Erkot* J-FH-X 40 - 31 555 FB PlasUcork Bubbercork -40 Atmos -40 -20 -40 -50 -50 -50 -20 -20 -20 250 150 300 160 350 275 300 300 200 200 2D0 -200 200 17 200 148 149 150 Latex Inaulmai 3018 151 Stafoam NopcoJoam Stafoam Erko-Foam 25 Erko-Fo*m F Nopcofoam Stafoam Nopcofoam fuioam Expandofoam Erko-Foam 2 P Nopcoloam WC-1 Type C -60 160 152 -60 160 -200 27S 3 1/3 200 210 Z 153 -60 160 2 154 -60 -50 -200 -20 160 160 275 2 1/2 - 20 230 2, 6 andle* 155 160 156 I UCC 022157 70 M k t K 1 A Li CRYOGENIC EVACUATED lYiTEMi AND MATERIALS 1 BASIC MATERIAL GENERAL DESCRIPTION Aluminum Foil and Glass Msi Under Vacuum (System) Multilayera of aluminum reflective loll paced by gltai mat is a high vacuum apace. Aluminum Foil ud GLase Fiber Piper Uf*Vrr Vacuum Multilayer# of aluminum reflective Coil paced by glass fiber paper 1 * high vacuum space. (Systemi Aluffllnun Toll lod CJ* Mat Multilayer# of aluminum reflectWe foil paced by glass fiber mat to be used la a vacuum application. MANUFACTURERS Linde Company Unde Company Unde Company Linde Company Unde Company Oweaa - Corn ing Calcium Silicate (Loose) Claes Fiber (Sheets) Perlite (Loose) Silica Aerogel (.Loose) Silica Aerogel tad Copper Flakes Under Vacuum (System) Synthetic calcium silicate. Good handling properties. Johns-MaovUlc Very fine diameter glass fiber, beat felted to specified thickness and dehairy without organic binders. Available with and without Interleaving aluminum foils. For use in high vacuum. Expanded perlite. Used under high vacuum. H.l. Tbompsoo 0*eiu~CoraiAg Johns- M anv ill? ZonoUte Small hollow apbrres of silica. Used under bigb vacuum. Mona anto Equal parta by weight of Copper flakes and atlica aerogel powder under absolute pressure ol 50 microns of mercury ip the insulating space. Linde Company Trade NAMES Linde Sl-10 Linde Sl-22 Linde Si-44 TmP L IMITS min MAX DENSlTl *lh CL 1.8/Ol FT VUk -4 SB -469 -*5 Atmos Atmo# Almoa 1. Unde 1-62 Unde 1-61 *459 Atmos -459 Afmoe 1! FibergUs Cryogenic Insulation *459 1000 1.' Micro-Cel T*4 Heat Felted Fiber Clan# mn Heat Felted AA -459 1200 5-& -459 *459 1000 1090 4 * 16 4-16 It l` Perlox Perlite Santol el A Linde CS-5 -400 -400 1400 1400 -457 1300 3 3 *459 Atmos 11 1 11 1: UCC 022158 i t i ACCESSORIES UCC 022159 GENERAL DEiCRlPTlON ASBESTOS PAPER (Commercial Grade) manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Carey Asbestos Paper Jphni-M tovlDl Commercial Grade Keaabey & Mattiaon X li M m Rube raid Commercial Grade MIN MAX asbestos paper (Long Fiber \ 0 600 0 600 Johoe-Msnville Special J-M Long fiber Rube roid -611 f> 600 0 600 ASBESTOS PAPER (Special Long Fiber) WIN MAX Johns-ManviVl* 0 1000 Special Long Fiber Kessbey & Mettleoo 0 1000 K L M 201 Ruberold -515 MIN MAX 0 1200 0 1200 0 1100 BASIC MATERIALS AND AVAILABLE FORMS Short fiber paper with high fiber content (95er: minimum). Maximum of binder content. Weigh* from 4 pounds to 32 pouods/100 square feet. Thicknesses vary from .012 la. to .062 In. Widths of rolls range from 16 in. to 72 in. . Made with high grade lobg asbestos fiber. Minimum fiber content of %%% and maxi mum binder content of 5?. Thicknesses from .006 in. to .065 In,, 36 in. roll widths. High quality paper uniform throughout. Minimum fiber content of 66?* and maxi mum binder content of 5V . Thicknesses from .006 in. to .065 In., 96 In. roll widths. USES Fir* protection and safety coverings for beating ducts. Fire protection, gasketing and base sheet for saturating. Diaphragm materiel fa electrolytic cells in the manufacture of chlorine and caustic soda. APPLICATION OTHER DATA Fire retardant, acid and alkali resistant. Maximum recommended continuous *xposure temperature usually 400 F. Fire retardant, acid sod alkali resistant. Maximum recommended continuous ex posure temperature usually 400 F. Fire retardant, acid and alkali resistant. Maximum recommended continuous ex posure temperature usually 400 f. AOVANTACES Fast and easy to apply, aafe to handle, stroog enough for most uses, and is vermin proof. Hot subject to rapid deterioration. High dielectric strength. LIMITATIONS Very little insulating vaJva. i 72 UCC 022160 I I GENERAL DESCRIPTION I ASBESTOS PAPE* (Welder** Grade) John*'Maavilt Welding Paper Keasbey L Maniac* K A M 104 kfANUF ACTURE R$ AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSORIES MISCELLANEOUS ASBESTOS PBOOUCTS ASBESTOS PAPE* (RtUorcid With Gliii Tbrud) JobbfMiavlUt 1000 TypeGT 0 1000 ASBESTOS PAPE* TAPE Ciny Jotm.-Muvlll* K*wD*y t MMbw PtUwrcld MIN MAX 0 M0 0 60 60 e MO I I BASIC MATERIALS AND AVAILABLE FORMS Long fiber asbestos with binder. 32 pounds per cubic foot Aabsstos paper reinforced wtth glass threads. Almost 10051 Inorganic. Maxi mum asbestos fiber content ol *4% with 0% maximum FSfOy costeat. Asbestos paper tape. Approximate waight M pouDde/100 square fast. Cut from oommercisl grad# paper. 2 U. and 3 la. wide rolls approximately Bft la. la Jsogtb. USES Protecting adjacent parts from heat, amok* and aparks during welding. Wherever strong beat resistant sheet la needed. Sealing jomu la air cell coverings when applied to furnaces, pipes, ducta and Hues. APPLICATION Applied with cold water paste or silicate of eoda cement. OTHER DATA II advantages rtra retardant. Maximum recommended continuous exposure temperature limit usually 400 f. Fire retardant. Maximum recommended continuous exposure temperature limit usually 400 F. Fin retardant. Maximum recommended continuous exposure temperature limit usually 400 F. LIMITATIONS UCC 022161 73 L C ALCtSbUKiu MISCELLANEOUS ASBESTOS PRODUCTS GEMERAL DESCRIPTION ASBESTOS ROIX BOARD manufacturers AND Trade names WITH Temperature LIMITS, *F Carey Roll Board Jofcns-Msavtile Roll Board Keubey U MatUsoO K A M 103 Ruberold Roll Board ASBESTOS MI1X BOARD (Commercial Grade) MM MAX Carey 0 AOO Jphns-Miovllle J-W 106 0 600 Kaaabey L Mattleon K AM 141 0 600 Huberotd MiU Board 0 600 ASBESTOS MtEE BOARD (Gasket Grade) MIN MAX 0 1000 Johns-Manvilla J-M "C" Grade a 1000 Keasbey 6 MstVison K It M 601 0 1000 Ruberold Gasket Quality 0 1000 MAM MAX 0 1000 0 1000 ! 0 1000. 1 i i i BASIC MATERIALS AND AVAILABLE forms Asbestos fibers with a. small quantity of strong binding materials. Two thicknesses only. 3/32 In. mod 1/8 in. RoUa 16 In. and 36 ad. wide. Asbestos fibers mixed with inorganic binding materials formed under pressure tot dense hard sheets. Sheets from 1/32 Id. to 1/2 ua. thick, 42 in x 46 in. Extra long asbestos fibers mixed with a strong binding material and formed under pressure. 42 Id. x *g Uu eheeia, sod thicknesses of 3/32 Id. , 1/8 la , 3/16 in. , and 1/4 in. USES Gasket*. Fire rsiardant material lor us* between **JJ* and Tipping exhaust meatfolds. Board lor protection against fire, beat and cid fumes. Gasket material for hoi oil. gas and tar fines. Aiso for clutch And brake linings. APPLICATION OTHER DATA Fife retardant. Maximum recommended continuous exposure temperature is usually 400 F. Tire retardant. Maximum recommended Fire reurdaoi. continuous exposure temperature Ja usually 400 F, ADVANTAGES Flexible, tough, strong, durable sheet that is easy to apply to curved surfaces. will oot disintegrate or separate when exposed to moisture. Highly fire rrstetast. Will not mold decay or disintegrate. Water and vermisproof. Wifi oof shrink. LIMITATIONS UCC 022162 7U ACCESS0R1ES MISCELLANEOUS ASBESTOS PRODUCTS GENERAL DESCRIPTION ASBESTOS MILL BOARD (W.lder'. Grade) Cmy No. 1 Ran) Johns-Msnvllte Orate "C" ICeaabey 4. Mattlson No. *01 MN MAX ASBESTOS MILL BOARD (Ne.vy D.nlty( Johzk-MaavUte 0 1000 No. 210 Keaebey k Uattleon 0 1300 Mo. T01 0 1300 ASBESTOS YARN ttt* MAX Johne-Mxnvtlle 6 1500 Kiubtj A Mnttinnn 0 1500 Iteybeetoe-Mechetten Unloo AabMlM Unxrco MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F UiH MAX BASIC MATERIALS AND AVAILABLE forms Extra long asbestos fibers mixed with * special binder and formed under preitsir*. Sheets in 42 to. x 4b to. with thicknesses of 2/16 in, txd 1/4 in. Luc *b*to* liber* u*u*)ly mixed with * Portland cement binder. Sheet* ire at in. x 4* in. 42 In. x 48 in. end 42 Is. x 8ft in. with thictmeue* ranging From 1/8 In. to 7/8 in. Made Iran long liber asbestos rovings mechanically twisted. Grades are avail able that are reinforced with wire or with fibers. Grades, cute and plys furnished as specified. USES By welders and glass sign manufacturers. In kilns, oveoe, air-cooled boiler walla and laboratory table tope* Components la all asbestos textiles. APPLICATION 1 Can be nailed, drilled sod sewed. OTHER DATA Fin reuriUct. rirt ratarduit. Fire retarded. ADVANTAGES i i LIMITATIONS Will retain lie strength si high tempera tures. will oof smoke, char or fire oft fames. Extra strong with exceptioosl fire resistance. UCC 022163 CfeHEAAL DESCRIPTION ASBESTOS ROPE MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F Petrtck Johni'MiavlUe Keaabey Mattlaon JUybastoa-MaohatttA I'nloc Abe*io* Usarco Brand ACCtSSUKItS MISCELLANEOUS ASBESTOS PRODUCTS ASBESTOS CLOTH MfN MAX Johna-Maovllle Keaabey * Mattiaon R aybealoe -Maahattan Union Aebeauift Uoajco Brand ASBESTOS CLOTH [ (Clad In Aluminum Toil) MIN MAX Keaabey If MatUaoa KazbkUd MIN MAX i | \ i i 6ASIC MATERIALS AND AVAILABLE worms Long liber aabealoa yarn, twined or braided to obtain rope. Grade, size and ply* as spec-(tied lor desired application. Long fiber asbestos roving yarn, woven into asbestos cloth. Furnished in grade, weight and weave as specified. Combination of High heat reflective aluminum foil end fire resistant asbestos cloth welded together by a special process. USES Seals between furnace door* and brick work, expansion joints in boiler settings, caulking and gaskets, and seals around manhole cover*. Asbestos curtains, fire smother log blankets, fire fighting suits and insulation jacketing material. Fire entry suit*, fire curtains, blankets and partitions. Jacketing material where heat and flame resistance it necessary. application Fabricate cloth to meet desired needs. OTHER DATA Normally furnished in commercial grades but other grades can be supplied. Manufactured according to A5TM Standard! Will past I'.S. Air Force Glo Bar Tetl at 25DP F. Low vapor permeability. advantages LIMITATIONS Will qo( deteriorate, decay, or heat. Will dot crack or peel while being stitched or sewed. "" ......... ---------- --t -------------------- -------- ---------------- "1 UCC 022164 76 GENERAL DESCRIPTION asbestos felt MucMuvSIi Fire-Felt Raybcaloa-Manhatlan Fyrote* MANUFACTURERS anO TRAOE NAMES WTH TEMPERATURE LIMITS. *F ACCESSOR)ES MISCELLANEOUS ASBESTOS PRODUCTS asbestos felt (Asphalt Saturated} 1000 Carey J ohns-Manville Weatherproofing Felt Double-Coeted Flejtalona Piboo ASBESTOS FELT (Heavy Aiphill Felt end Aabealoa Piper) MIN MAX Cerey flreclad Jottta-Maavtlla Ftretard Jacket BASIC MATERIALS AND AVAILABLE FORMS Soft flexible aebeatoa Celt In roll form. USES Wrapping for pipe in furnace expansion SolQta. Alao in the laminating field. Aephail saturated aebeatoa lelt. LamUrate ol heavy asphalt aamrated (elt and plain asbestos paper. Weatherproofing outdoor pipe inaulalfou. Weatherproofing pipe Ineulation where reaietance to the epread of fire la Impor tant. APPLICATION Wired or banded in place. Wired or banded in place. OTHER DATA ADVANTAGES A heavy duly insulation jacketing mater ial. Highly weather- rcaistani, Long service life. L'neeturatrd felt outward providea lire reurdani surface. LIMITATIONS t UCC 022165 77 I ACCESSORIES MISCELLANEOUS ASBESTOS PRODUCTS GENERAL DESCRIPTION ASBESTOS FELT (Reinforced Wtth Asbesto* Cloth) ASBESTOS TAPE MN MAX Johns-Manville J~M CeUtnite 1000 Johns-Manville Styles 119, 120, 121 ind 122 Keisbey 4 Mattlaon Raybeetps - M sahatiaa Union Asbestos Unarco ASBESTOS TUBING OR SLEEVING MIh max MIN MAX Keasbey L Matlisoo Raybea toa- M aohatun Union Asbestos Unarco MANUFACTURERS AND TRADE names KITH TEMPERATURE limits, *f BASIC MATERIALS AND AVAILABLE R3RMS Soft, flexible asbestos felt reinforced oo one side with asbestos cloth. USES Interlining steel cars, fireproofing elec trics! apparatus, etc. Woven asbestos fibers, low in iron con tent, furnished plain or Costed with oil and water resistant compound. A wireinserted type can be furnished for addi tional strength. Thicknesses 0.010 in. to S/IB in. Asbestos fibers braided and woven into tubing of variety of sizes and wall thicknesses. Wrapping of electrical cables, safety protection on hpt piping where abrasive Conditions exist. Also used for general gasketing service. Rest protective and insulating sleeving over electrical wiring, piping, and laboratory equipment. Also as protection against shock and abrasion. application OTHER DATA ADVANTAGES LIMITATIONS UCC 022166 i i ------------------------------------------------------------- 1 ACCESSORIES AO HEUVEt GENERAL description manufacturers TRADE NAMES WITH temperature LIMITS. 'F BASIC MATERIALS AMD AVAILABLE FDRmS USES ASPHALT. HOT ASPHALT EMULSION asphalt cut-back American Oil Carey Hydro-Card Faso Gulf Lion Oil Mobil OU Port A,pfe*h T*xmco No. 30 No. 35 No. Id Wlteo No. 190 and No. 3126 No. 3210 Hoi A.ph.J! (FJ4) MIM MAI MIN tax SUN MAX -100 160 American Bltumula Laykold lnsui Adhesive -100 130 Bltucnu Products -100 150 -100 160 lap Cement Insulation Mastic -100 160 Emulsion No, 114 100 160 CmrF, EboBUx -100 150 Cooper. Crook, C-4 -to 100 -20 200 -20 200 -20 200 -30 ISO -20 150 Fllntkote 0 200 N-13-HPC 0 200 Emulsion Type No. 2 0 300 ForTy-Eijhi, Stickful -20 zoo -30 100 -30 133 loeul-Cooeltc -100 160 1-C330. 1-C 331 * IS ZOO Johne-ManvUle -20 200 - 80 173 Leptite -40 350 8.A. Adht.lv. -20 160 Momingstar-Paisley 66-784 -eo 200 Pittsburgh Chemical InsuJ-Mesllr 30? SF -so 175 P Ittxburgh-Corotnc PC Emulsion -26 100 pur* A.pb.lt No. 20 and No. 2l -20 150 Rube ro Id Lap Cement -40 150 Texaco Emulsified No. 24 and No. 30 0 150 Wlteo Pioneer W-33 -20 160 Arm.trcoi Cold Erection Plastic Cwrty ln.ui.tioa Bel Coopers Creek C-4 rilntkot* QC 101 GC 102 C 19 Trowel Mastie fMHr 60-26 61-02 Ifiaul-Cnualtc Vipo-SUr. IC-JtO 1C-321 Johne-ManvlU* Leptlte Lion OU Nokerode Seatcote Momlngater-Paisley Vapor-Speed No. 43 - 795 National Cork CBH Cement Pabco Pittaburgh-Coroisg Pitted. 300 Wlteo Plonur No. 311 ud No. 311 -25 150 -40 200 -40 250 -60 125 20 200 -30 225 -20 225 -20 zoo -10 100 -40 300 -40 300 40 350 -40 325 -30 200 150 -20 150 -60 300 -40 200 Bleedrd from a variety of basic asphalts having different melting acd hardening characteristic*. Supplied to solid cake form sad must be melted sod applied hot. A chlorinated type can be supplied for added fire retardant qualities. Good low cost, general purpose adhesive for light materials. Will hood to all construction surfaces. Refined asphalts emulsified in water, usual ly with clay or atmllar materials as emuisi fytag agent*. These compound* differ mostly in the degrae of hartkiesa of the basic asphalts. Asbestos fibrated emulsions are also available. Blend of dltterent baste asphalts with verb ous degree* of hardness. Can contain Inert mineral ftiJtrc. Tbs solvent is usually a hydrocarbon boss that la beat suited for uet and grade desired. Suitable for bonding rigid type, porous, Insulation materials, provided the water vehicle can escape from the film. Can also be used as a spot or gob adhesive depend ing on the clnssificaiioD and grade of material. Lap and Joint adhesive and aeaier. Vapor barrier or eealer on tbe edges of cellular glass type tnsulatioo materials. APPLICATION Mailed and applied by brush, mop or dip. Working temperature range from 350 to SSO F. Surface should be primed first. Trowel, brush or spray. Do not apply at temperature teas than 40 F or outside during rain. Trowel or spray. Drying time ie 12 to 24 hour* at 60 F. OTHER DATA Vermin proof. Will not mold or mildew. Resistant to acids, alkalies and water but not to most solvents. Cannot be treated to protect from freeting while being shipped or stored. Resistant to acids, alkalies and Water but not to most solvents/ Resistant to acids, alkalis* and water but not to moat eolveata. ADVANTAGES Contain* no flsmmebJ* or toxic solvent*. Odbrles* except when being melted. May be used on'dry or damp surfaces. Odor]*** sod son-toxic. Applied without being heated. Wider temperature range than tbe asphalt emul* ions. LIMITATIONS Thermoplastic material which loses it* idbettve strength at high temperatures and becomrs brittle at low temperature*. Not recommended for surfaces which do not permit evaporation of water such as plastics, laminated vinyls and metals. Must be used with adequate ventilation to eliminate fire hazards and prolonged breathing of toxic vapor*. UCC 022167 79 ACCESSORIES ADHESIVES CNfcAL DESCRIPTION ASPHALT, RUBBER FILLED (FmuUien) Annttrooi Armstrong 536 Fllfitfcote No. 746 MIN MAX 200 180 ASPHALT, RUBBER FILLED (Solvent Type) ASPHALT, SlUCATE AND ASBESTOS FILLED SUN lux Pure Asphalt 1-101 Adhesive SI. CUir Rubber BC-15-220 -20 150 Pt*burgh Chemical Pm Ctem X-20V Ht-Tamp Mastic -20 180 Fooler 62 x 06 *50 170 ISIM h -50 4 manufacturers AND TRADE NAMES RITH TEMPERATURE LIMITS, *F r BASIC MATERIALS AND AVAILABLE FORMS Heavy-bodied, short, water-disparsed rubber asphalt adhesive, cooUlsmf do aoVvent. USES Od flexible duct insulation ud other applications where ft vapor seal is required. Asphalt, rubber fillers sad proper clvem*. Special biaod of soft asphalts, asbestos, a I liens, fire retardant reatoa sod pigme No volatile solvent*. Erection adhesive for cork, glass fibers, foamgiss, and coocrete wsJJs. For cbitnney. stack and boiler areas where temperatures up to *00 f are encountered. APPLICATION Brush Spot or gob, trowel. Trowel. Warm from 100 to 150 F temp erature range tar ease of application OTHER DATA Some resistance to solvent*. Fslr alkali resistance. Some lire r*tardance. Not fire reterdsot. Resistant to acids eod Rea lataQi to alkalies. Some solvent sUahes. Not resistant t*> solvents. resistance. Fire retardant. ADVANTAGES Resilient. Good strength and igug properties. Quick setting, strong adhesive. Suitable for higher surface temperatures than most asphalt base material*. limitations Poor resistance to oil ted grease. Must be used with adequate ventilation to eliminate fire hazards and prolonged breaihiog of toxic vapors. UCC 022168 GENERAL DESCRIPTION COAL TAR (ljp) Pilch) Barren Coopen Crk C-4 Adbc.lv* Koppon Pittsburgh Chemical MANUFACTURERS AND TRADE names WITH TEMPERATURE LIMITS, *F ACCESSORIES ADHESIVES COAL TAR (BUap Pitch) MIN MAX -26 120 Barren u no Pittsburgh Chemical 120 -*s 220 COAL TAR tEnuUtbb) MIN MAX <.25 150 Coopere Croak Pttchuastlc No. 61 -zt 150 fcoppere . BltupllitlC No* 44 MIN MAX -20 200 1 I 1 i BASIC i MATERIALS AND j AVAILABLE FORMS USES Black coal Ur, bot melt, Softening umpperaturr range from 160 T to ZOO T, Black coal tar with miners) ItUtra added. Softening temperature range from 180 to 200 F. Polymer modified coal tar emulsion ueuaUy containing cleya or mineral lillers. Bonding cellular glass to masonry surfaces Adhesive for tarred glass clothe and cellular glass pipe insulation. Alao tor steep roof* where higher temperature! are encountered. Durable bonding material for adhering cellular glaaa insulation to steal tanks and piping. APPLICATION OTHER DATA Brush, spray or trowel at temperatures above eo F. Requires heating to liquify. Masonry, metal and wood should first be primed. Brush, spray or trowel at temperatures above 40 f, Requires heating to liquify. Trowel, brush or spray at temperatures above 40 F in dry weather. All surfaces must be clean and dry. Does hot have to be heated to apply. Commonly referred to aa "Narrow Range Enamel". Poor solvent resistance. Will burn when dry. Commonly referred to aa 'Wide Range Enamel '. Poor solvent resistance. Will burn when dry. Serves as a moisture barrier end galvanic insulator in cracks between ends of inau)a~ lion. Poor aolvont resistance, ADVANTAGES Resistant to dilute acids and alkalies. More rests uni to water than asphalt. Will withstand higher temperatures than bot pitch and can be used on steep or vertical surface*. Forms a tough elastic bond to both steel and insulation. Low water absorption rate. LIMITATIONS I Becomes brittle In moderate cold and tends to creep or sag when warm. Must not be used in cold rooms. Poor melting technique in the field can Increase the softening point or product a brittle film. Must be applied at temperatures above 40 F. UCC 022169 81 [ ( GENERAL DESCRIPTION COAL TAB (Cut Back} Cooper* Cmk Black No. 750 manufacturers AND trade names RITH TEMPERATURE LIMITS, *1 ACCESSOR)ES adhesives WIN WAX fiODfUM SJJJCATE (With Fibrous Asbestos) SODIUM S1UCATE (With Clay and Water) MIN WAX -20 ieo Arabol M-fiB Carey Forty-Eight 40 200 Blockatlk 80 500 Detrlck 50 500 Eagle-Plcbar Insulatic 50 600 Foster 81-27 and 81-02 so 100 tasul-Coustic Temp-Sure I- C 230 50 BOO Johns-Maavilie 50 300 Ktaabeyh Matuaoo 50 850 North American Refractories Narco Block-Click Pabco 50 500 50 500 Refractory h Insulation Block Stick Rubarold 80 sot) 50 &oo MIN M 52 u BASIC MATERIALS AMD AVAILABLE FORMS BUck coal Ur pitch dissolved in organic solvent*. Contain mineral filler*. Sodium silicate with fibrous asbestos fillers. Sodium silicate, clay and water. USES Bonding cellular glass and glass cloth to steel tanka and piping. Cementing laminations oi magnesia or asbestos products. Hi-temperature adhesive (or all insulations. APPLICATION Trowel, brush or spray. Can ba applied cold. Spot or gob, trowel or brush. Brush or dab. OTHER DATA Good galvanic Insulator. Some lire retnrdaace after curing. Not to be used on glass or mineral wool insulations. Good fire retardance. Good fire retardsnee. ADVANTAGES Resistant in moal acid* am) alkali**. Not aa water abaorbam aa moat coal tar emula toon. High temperature limits. Excellent resistance to acids, good to solvents and fair to caustics. LIMITATIONS Not solvent realsUni. Must be used with adequate ventilation U> eliminate fire hatsrda and prolonged breathing of toxic va pore. Dry film la soluble in water. Will checkcrack after extended exposure to high temperature. Dry film la soluble in water. Will check crack after extended rxposurr to high temperature. UCC 022170 ACCESSORIES ADHESIVES GENERAL DESCRIPTION SODIUM SILICATE (With Flbrout Afbviloa) Carry Careyttmp Adhesive MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. 'F MIN MAI RESIN EMULSION (LAGGING ADHESIVE) Armbol Nor ftp-ftO-Oft. E-710-B V-700 Series MJI-Ik FlUtkote MO) r-102 Inning Adhesive Typer I ud I) Toeter W-59, ft)-92W, 81-42W baui-CousMc 3-CHO t-C 130 Morolngatar- Peteley Lag-Spred No, 72-7?s Pituburgh-Cornlng CS White Patni 6t, Clair Rubber Claircoat Fuller Fuller** No. 1562 Surface Coating* CS Paint Vlmaeco Vimaeco-Lag 705 VJmasco-Lag 704 (FR) RESIN BASE (ACOUSTICAL ADHESIVE) MIN MAX 0 200 40 100 0 200 0 ISO ISO -50 175 -50 180 Armstrong Acoustic Cement 340 Cement Flialkota Acoustic (B) No, 7ft 3 M Company EC 461 Vimaaoo Lag 704 -20 280 -20 180 -50 HO -25 125 -50 HO -20 200 -25 125 -50 HO -60 HO Ml>4 MAX -25 100 -25 150 -25 100 0 140 -25 100 -50 190 BASIC MATERIALS AND AVAILABLE FORMS Sodium silicate with fibrous asbestos, rivt gallon *nd ooc gallon containers. Heatn emulsion. Resin la usually a poly Solvent type, rati* base, smooth spread vinyl acetate. ing adhesive. USES Cementing together of highly moisture reaiataot Careyuwp laaulaitoa tod ocher insulations. Bonding canvas, asbestos or glaaa lagging cloth* to ail ty pe* insulation, Also as a laminating bond for polyvinyl film aluminum loll to glass, asbestos, wood tod other fibrous materials. Economical adhesive, for installing ther mal and acoustical insulations of medium density os uroo, steel, aluminum and wood. APPLICATION Brush, spray or dip. To saturate lagging thin first coat with (1> pint water per gallon. Do not apply below 43 F. Spread with a "V" notched trowel oa one surface. Press insulation in place with sliding motion any time within twenty* minutes of application. OTHER DATA Color can be added by using latex type tube colors. Deed ea finish coil over fabric. Batting time la 46 hour* under warm conditions. ADVANTAGES LIMITATIONS Forma fire retardant (or alow burning) coaling. Resistant to wafer, mild acids, aikaliea and solvents. Vermin and hmgi proof. Good water resistance. Will freer# to container# al temperatures below 32 F. Some are flame resistant, others are not. CooiMlaa flammable volatile soJvtms. Keep sway from heat and open flame. Use with adequate ventilation. UCC 022171 65 accessories ADHESIVES GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS RESIN BASED (Vinyl Adhesive) Adhesive Product* V laylgrtp Fo*ler 02-16 3 M Conpuqi EC 776 Rubber tad Asbestos Boodcotacer G 414-22 St. Clsir Rubber SC-3621 (Nob-*U1o) SC-3807 U, s. Rubber Company M 6310 MIN ^SIAX -20 250 0 200 -46 0 -40 2SD -40 100 -40 300 -40 250 Nitrile rubber {Buna S) Ream vuh aliphatic solvents, 1* an oil reaistact elastomer. synthetic rubber {Emulsion} riiatkot* T-322 Miracle Adhesive FF 232 Moor* Tuff- Bond Fabricating Adhesive St. Clair Rubber SC-3148 SYNTHETIC rubber {Solvent Type) MIN MAX MN to AJuataeal Corporation -20 190 Ko. ioi *30 2 Arsbol, L-l-B, L-3-S.G-i-B -20 2 -20 250 Fllnthota. F-201 ud T-ZOt -20 2 Troler, No. 11* -20 2 Pallor, No. 006 u4 No. ll -20 2> -10 2M toaul-Couatic 1-C 201 -30 2: -40 220 1-C 210 -30 2: 3 M Company EC-165, EC-633 Miracle Adhesive -20 21 FF 78 Moore -30 21 Tut!-Bond No, 21-C -20 21 Tull-Bond No. 21-W MortlagaUr-Paisley -20 2i Tec-Spread 72-780 Tsc-Sprosd 72-7B1 Tac-Spread 72-783 -20 22 -30 20 -20 22 Permtcel, PA 300 Pittsburgh-Coming -20 2l> PC Pittses! 222 -30 25 Rubber h Aabeatos Bondmasttr K218 -20 30 6t. Clair Rubber SC-MIS Clear -20 30 SC-4B51 White t'. S. Rubber company -20 30 M-6318 -20 20 Vimasco Lax-Seat -20 20> Synthetic rubber-water base. Synthetic rubber and petroleum solvent. USES Especially good (or boodmg vinyl and nitrile rubber. Very versatile and will adhere to nearly any surface. Bonding rough textured fabrics, wool bans, glass fiber and sheet Cork. Bondlag Insulation to backing. Adhering low density insulation material and lap* of vapor barrier foil# and factor: - APPLICATION Brush, prttsure pm, or squeeze bottle. Rooding time five to elx minute*, Apply adhesive to both surfaces with brush, roUer or apray. Preaa together had allow (1) to <2> hours bonding time. Brush, sprsy or roller, Applied lo l*ss porous surfsce. When ucky cross surfaces together. OTHER Data Forme a transparent film that varies from clear to amber color* Bonding surface must be clean . dry* and tree of dust, dm sod grease. Forumlatum varied by different manufacturers U> obtain desired qualities. Formulation U varied bv different menulecturer* to obtain desired characteristics advantages Forms a vapor barrier, shock resistant film. Oil and beat resistant. Easy to apply, quick setting, good bondtog strength, waterproof end will remain flexible. Will not frees*. Water resistant. limitations Generally more costly than oil solvent adheetvrs. Must be protected from freezing while to container. Materiel is flammabl* and should be applied in well ventilated area. UCC 022172 a. accessories ADHESIVES GENERAL description manufacturers AND TRADE NAMES ITH TEMPERATURE LIMITS. F SYNTHETIC RUBBER (Fir* ReUrrUut * Solveal Type) MN MAX Arabol, "L-S-B FllniAol* No. 718 Fot*r MlnM Duct-F** Jl-N buul-Coustic l-C 225 ud 213 1 M Compuiy. EC-690 Moore Tall-Bond No. 7 Tull-BoDd No. Morningatar- Paisley Tac-Spred 77-163 (TR> 66-536 J>ttu borgh-Cornsop P.C. Pirrseal 222 (TWf Rubber 4 Asbestos Bondmaater 2743 St. Clair Rubber SC--4A-I7 SC-23-12 (SoD-bummj advent) I'.S. Rubber Company >1 61J9 VitttiMCO Lax-Seal F -SO 250 -so 200 -20 200 -30 230 -20 250 -20 300 -20 250 -20 225 -20 225 -3D 250 -40 225 -20 300 -20 300 -20 200 -20 zoo SYNTHETIC RUBBER (Ream-Solvent Type) Armstrong No. &20 C.rbolu* ri Fllntkou Company f-203 No. 074 laauhCwitle J-C 230 Mommf.Ur-F.Uley 66-106 Nations) Cork woe Cement St. Clair Rubber SC-4370 (Tan) SC-45007 (White) f.S. Rubber Company M 6453 MIN MAX -40 200 -30 250 -20 200 250 SYNTHETIC RUBBER (Roiln-Solvtoi Type) St. Clmlr Rubber 5C-4&15 (Clear) 0-464? (Cream) SC-4661 (White) -50 300 -30 300 160 -40 325 -40 323 -40 200 ( MIN MAX -20 300 -20 300 -20 300 i to | P BASIC I MATERIALS L AND 1 AVAILABLE FORMS Synthetic rubber u ith oorj-Hammat-Jr advent or chlorinated rubber with a last evaporating solvent. r------ ------------------------- .-- ---- Oil resistant synthetic robber* resin reinforced and aromatic hydrocarbon or ketone solvents. Synthetic robber, natural rosiss sod naphtha solvent. r \ 1 | USES I 1 APPLICATION i Adhering low density insulations and lapa of vapor barrier foil* and facing* on maul * ducts, to hazardous areas. Lap team adhesive for pipe and duct lnaulaiton materials, vapor barrier papers* films, Tofi and fabric. Also lor adhering polyurethane and rubber foams to themselves and to wood or metal. Quick grab, long tack adhesive for inuiatloD and flexible maianat* to be bonded to tn.ui or other turUcti. Brush or apra> libera) coat oa btae aurpace. Preaa reauUtiee securely la place* Brush* spray or roller, on both surfaces. Mineral spirits may be used for clean up. Thinning is not recommended. Paint roller or brush. ...... Formulation is varied bv different menufseturert io obtain desired characters* tics. Formulation la varied by different manufacturer* to obtain desired characteristics sorb as fire retardance and temperature limitations. Adhesives baaed oa natural roatna and oil* ere u.u.lly omewtut limited IP us*. ADVANTAGES Fire hazard i decreaaed by having a fire rturcbnt dry film. Coniatos thermosetting resins which allow* h**t curing which improves bond strength and heat resistance. Provides a water resistant flexible film. I LIMITATIONS I Solvent i usually flammable and should be ucd only in well ventilated areas Storage |jfe Umitrd for tome materials. Pout resistance to solvents and oils. UCC 022173 85 3 j t i j j i i i i GENERAL DESCRIPTION reclaimed rubber (Water Dtaperaec^ manufacturers AND TRADE names TEmPERAIURE LIMITS, 'F FUntWot* No. 749 Insul-Coustic But* Wick l-C 220 Johns-MSAVlllS AA Adbaeivo i M Comply EC 321 Moor* Tufl-BoftdNo. 9*A P rmicl PA 310 ACCESSORIES ADHESIVES SUN MAX 300 -50 goo -JO SOO -35 300 -30 300 *30 250 RECLAIMED RUBBER (Solvent Type) Alumtseal Corporation No. 102 InauJ-Coustic l-C 2*0 3 M Company EC 104 EC-104 EC-220 EC-232 EC 000 Moore Tuff-Bond * Gen. Purpose Tuff-Bond No. 9A Tuff-Bond No. 9 Mom ingsiar-Paisley 06-761 St. Clair Rubber SC-15-160A SC-1504 U.S. Rubber Company MC218 M5Q3B RECLAIMED RUBBER-RESIN (Solvent Type* MIN MAX Mn -120 no -+ 20 175 - 30 lfiO - 10 140 - 20 175 - 20 175 - 20 100 - 30 165 - 30 ICO * 30 160 - 20 212 - 20 250 FUntkote No, 717 MlrcU Adk*ivt MF 22 PF 42 PF 12 PS 82 PF 122 No. 5144 Moore Tuff-Bond M-102-H Rubber 4 Asbestos Bondmaster K 3fii Bondmaster K 455 St. Clair Rubber SC-15-160A SC-15-2T7 -30 -3D -30 -30 -40 -20 -20 -20 -20 *20 - 10 150 - 10 150 BASIC MATERIALS AND AVAILABLE FORMS Reclaimed rubber, water. Reclaimed rubber and petroleum naptha solvent. Reclaimed rubber and resins with slipi hydrocarbon solvent. VSES Bonding found deadener pad*, flexible in*i/JajiA rubber *od linoleum to meul, concrete and wood, Alao used with high and low density glass fibers. General purpose adhesive for rigid block and board type insulation* to meutl. wood and concrete. Bonding rigid board type insulation to metaf and concrete. APPLICATION Brush, spray or Dow. Can tolerate some oil on metal surface without Impairing adhesion. Trowel, brush or spray. Trowel, brush or sprav with medium t> coal on less porous surface. Bonds cat be made almost immediately. OTHER DATA Formulation varied by different tnanu lecturer* to obtain desired characteristic* such as Increased (ire retardance and temperature limitations. Non- latnmablr. Formulation varied by different marni- .1 Formulation varied bv different tnanu lecturers to obtain desired characteristics facturers to obtain desired rharacteriat such as consistency, temperature limits. urh as consisirnri. temperature limit. and bonding strength. and boodle* strength. ADVANTAGES Has good water resistance and dries to a tough flexible him. Good water resistance. Dries to a touch flexible film. Has high strength A-haracienslics. limitations Thermoplastic adhesive. Strength Will not withstand oil, gasoline or other solvents. - Musi kerp material imr from spark* 1C provide adequate vrn:i)at>oa whj| appb i and during dr> mg period UCC 022174 ACCESSORIES adhesives general DESCRIPTION RECLAIMED RUBBER-ROSIN {Solvent T>pc> Morn ley 66-781 Bi. Clair Rubber IC-1M4* MIN MAX *10 200 NEOPRENE (Water Dioperwd> Tuller 1*K3 630 XTOt M. CUlr Rubber 6C-2662 6C-2544 MANUFACTURERS AND TRADE NAMES RITH TEMPERATURE LIMITS, *E MIN MAX -60 160 -60 160 -30 250 -60 369 -30 200 NEOPRENE (Solvent Type* Adhesive Products Cripwefd Carboiin* No. r-i PUntkota No. 74 Insul-Coustlc Quick->ry 1-C 207 Moore Tuff'Bond QuIk-Set Penns ait Neocoat Stic-Klip Typo "S" li.S. Rubber Company M-6124 UIKI MAX -40 300 -30 250 -30 260 -30 260 -30 260 -A0 225 -50 260 -40 350 BASIC MATERIALS AMD AVAILABLE ITOM5 Rectaimed rubber, wood-rosto aixi naptha solvent. Synthetic rubber end water. Synthetic rubber with toluol solved or petroleum naptha bleed. USES APPLICATION Bonding rigid board end flexible sheet insulation to wood, metal or concrete. Brush, spray or roller on clean, oilfree eurlace. Bonding end laminating asbestos, glees wool, wood Mod other libroua insulations to vinyl film or paper. Spray, brush or roller. Bonding all types insulation materials to steel, aluminum, masonry*, wood and painted or uopainted surface*. Also for bonding "Siic-Klip" Type insu lation fasteners to walls ducts and ceilings. Apply (1) coat on each surface, let dry* and join with light contact pressure. OTHER DATA formulation varied by different menu* facturers to obtain desired characteristics such as consistency, temperature limits, and bonding strength. Refills the corrosive action of chemicals batter than moat of the eyninetica. Maximum storage life from (4t to (12) months at temperature below *0 T. ADVANTAGES r i LIMITATIONS Quick bond strength, Highly water resistant. Poor resistance to gasoline and oil. Good heat resistant qualities. Also resisUAt to oil ant/gasoline*, Long lack, quick grsb adhesive with resistance to heat, water, oil and gasoline. Poor resistance to aromatic solvents, which cause swelling action. Will freer# in container* below J- F. UCC 022175 Rpw-wilramilng adhesive that is volatile and Hammsblt. Health and fire pro* teriion houkJ be noted during storage and application. GENERAL DESCRIPTION SILICONE RUBBER Dow Corning Silastic RTV 131 Armstrong No. 520 ACCESSORIES ADHESIVES urn MAX -100 50D CATALYST TYPE (Chemical Set) Carbolic* Ctrbo Tlx S Moore Tutf-Bond No. 500 , MIN sun 0 225 -5b 500 MODIFIED EPOXY Cftrt>o)tac XA2EA XAAEP Burt.ee Costing* Burco JSttl UIN ma; -20 23* -20 25* 05 20C MANUFACTURERS AND TRADE NAMES with TEMPERATURE LIMITS, *f BASIC MATERIALS AND AVAILABLE FORMS Silicone rubber. USES High-temperature, high-strength bond for sdheriog glut to metal, metal to metal and rubber to metal. Especially formulated paste or powder and liquid for mixing when ready for use. Epoxy restQ, solveot dispersed. Producing high strength bonds between porous and non-porous materials, securing metal and nylon insulation bangers and fasteners to concrete and masonry. Adhering any type insulation material to any surface. Expectally recommends for polyurathene. APPLICATION Brush, roller or trowel for No. 520. Caulking gun, collapsible gun or trowel for RTV 731. Mbs aa directed and apply immediately. Brush or trowel. OTHER DATA io* -jjo r. Approximately to hours drying time. No open time, apply at room temper*' hire. ADVANTAGES Outstanding high temperature range. Good immediate bood. Good vapor barrier. No water absorp tion. Very high strength sad high temperature limits. limitations High coal. Sensitive to aliphatic and aromatic fuel*. Do not allow to freer* daring alorage or drying time. UCC 022176 A (acor> yvpmeniaiive should br con* suited in arlrclisg the particular lormu1stion best suited for spcruj applies* lions. general DESCRIPTION PUJt EPOXY Foster 82-01 MANUFACTURERS AND trade names PITH TEMPERATURE LIMITS, *F ACCESSORIES adhesives SASIC MATERIALS and AVAILABLE FORMS Pure epory re*io. 100% tout) solids. USES APPLICATION OTHER DATA ADVANTAGES A strong bonding ngierul fUllMIe lor attaching dissimilar materials, suck at plastic to metal. LIMITATIONS UCC 022177 MIN MAX I ACCESSORIES fabrication cements GENERAL description rubber latex mortar (Two-Part) RESIN CEMENT (Two-Pari) MANUFACTURERS AND TRADE NAMES WITH temperature LIMITS, *F Camp Company Latex Mortar --40 CarboliAc Hardtop No. 3 *40 Fhotkote Latex Coaorela Patch Foster 82-10 Flexfaa -100 Miracle Adheslv* RT 1000 -40 Rubber Corporation or America Latex BN-57 -40 200 200 200 200 230 200 Celled* Resin Cement B&400 KEENE'S CEMENT MAX V,S. Gypttim Keene's Cement BASIC materials AND AVAILABLE FORMS Coagulated rubber latex, water and powder* Polyester resin, alhca or carbon (tiler ed cexneot type aggregate. *bd special solvent. USES Boodrng cellular and poroua type insulations Miscellaneous cementing, to themselves, metal, and masonry. Also to back-piaster uneven walla. White cement with platter additive*. Cementing cellular glass together when used at high temperatures. Can be used as ami-abrasive coating on cellular glaas for high temperatures. APPLICATION Musi be mixed and applied at tempera* cures above 48 F. Apply with trowel. Bonding time approximately 48 hour*. Mix according (o directions. Pot-life approximate ly 45 minutes at 70 F. Apply with trowel. Mis tod apply with trowel at tempera tures above freezing. OTHER DATA Shelf "life of liquid latex approximately 6 to 9 months. Must be protected from freez ing. Shelf life of liquid is approximately (3) months and 11) year for the powder. Low initial bood nrrngih. ADVANTAGES Waterproof, odorlea*. (lrs-retiatnnt and noo-toxic. Bood strength exceeds strength o! brick. Fast setting. Hydraulic setting. Will oot fracture cellular glass oo dryjog. LIMITATIONS Pot life from 40 - 45 minutes. Material mixed longer cannot be remixed. Surfaces muat be *i room temperature before applying. Not resistant to caustics Will not renal prolonged moisture exposure. UCC 022178 ACCESSOR!ES fabrication cembhts general description RE TRACTORY CEMENT SODIUM SILICATE STARCH True* FrsaiAt North American Refractories Narcosat Feualt Penchior FCC Refractory ft Ixiulilioo Super 3000 3000 Cement MIN MAX 100 3300 100 3000 SO 2100 100 9000 100 2500 Local Suppliers Sodium Silicate Starch MIN 60 MANUFACTURERS ANP trade names WITH TEMPERATURE LIMITS, *F SODIUM SILICATE (With Fibrous Aabeatoc) Caray Fibrous Adhesive Detrick Fibrous Adhesive Eagle-Plchsr Insulstic Fo.t*r Bl-27 tad tl-B3 Inaul-Coustlc Temp-Sure No. 350 Jobna-MaavlUa Fibrous Adhesive Ktatbey ft Mauison Fibrous Adhesive North American Refractoriec Narco Bloc-Silk Pabco Fibrous Adhesive Refractory ft Insulation Block Stick Rubberoid Fibrous Adhesive SUN MAX 6D too eo (M eo 600 60 800 50 too 60 too 60 600 60 too 60 500 60 600 60 600 60 500 BASIC MATERIALS AND AVAILABLE FORMS Wet. air-setuog, refractory type cement. Powered sodium silicate mixed with sodium silicate solution. USES Bonding calcium silicate and amoette fiber insulation to themselves. Uced to prefabricate high temperature valve and fitting covert. Bonding calcium silicate and amoaite fiber insulation. Sodium silicate with fibrous asbestos flUera. Cemeeuog lamination* of magnsste, mineral wool and asbestos products In high temperature usage. APPLICATION Trowel or brush. Trowel or brush. Spot or goby trowel or brush. OTHER DATA Chemical hardening, quvck^ecttlng. Can be mixed to various consistencies aa required. Should not be used on aikalioe sensitive glass fiber. ADVANTAGES High strength at high temperature. Low expansion or contraction with tempera* lure changes. Forma a strong heat-resistant bond between porous or dusty insulation surfaces. High temperature limits. LIMITATIONS Soluble m water at high temperatures. Dry film is partially soluble in water. Will check-crack after extendrd exposure to high temperature. Dry film is partially soluble in water. Will Check-crack after extended exposure to high tempeniure, UCC 022179 9< 1 accessories JOINT SEALERS general DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE limits, *f ASPHALT (Solvent Type) MIN kAX Lion Oil Nokorode Sa*m nod Backing Cement Mokorodt Bee) Kola (TR) Hokorod* low Temp Texaco leOS Plutic Material )D7 Plaatic Material H Wltco Pioneer 311 end 301 50 40 >100 0 0 - 50 300 320 2(K) ISO IfeO 100 FIBRATED ASPHALT Ares Hi-Heai 76-147 Coopera Creek C-4 C-4 Heavy Detrick Duraaeal Tllntkote C-33 LT Trowel Mastic foster 60-25 60-46 Johns- Manvilie Zeroseal Lion Oil Sea) Koie Seam and Backing Cement Low Temp Pittsburgh Chemical 507 507 SF X-201 Hi Temp ASPHALT WITH WAXES *UN MAX 30 350 Pittsburgh-Coming Manic 100 -40 250 -50 150 -50 350 -50 125 -20 250 -20 200 -10 350 0 250 -40 325 -50 300 -10D 200 -50 200 -50 175 -50 400 WH MAX -50 125 BASIC MATERIALS AND AVAILABLE FORMS Heavy consistency asphaltic sealer, pot* vent type. Asphalt-solvent type with asbestos fibers and inorganic fillers. Aphllu MX) ptDil) UU. i' USES Cold applied caulking. joint peeling end bedding compound. Classification end grade of material vanes when used as s surface eealer. Caulking and sealing insulation joints, Low temperature Insulation joint sealer. comers and junction point*. Close* pores In sealing membrmnra. APPLICATION T rowel Trowel or caulking gun. Uaf mtneral spirits for clean up. Trowel and caulking gun. OTHER DATA Check manufacturer^* specification* ior variation in fire resistant properties. Check manufacturer's specifications for variation in temperature limits. Kon-tetung type sealer, suitable for slip joints. ADVANTAGES Low coat versatile material that can be used as a coating, adhesive or sealer, depending on the classification and grade of material. Stay* flexible underneath and is non* shrinking. Good rtiABi 10 Ki*, tlkilmt: mittna mu) aolvtnu. 1 LIMITATIONS Solvent fumes are usually-flammable and toxic during application. Must be tested before paionng UCC 022180 Maximum temperature limit u only 125 J GENERAL DESCRIPTION VINYL-ABPHALT Vlauco Vtcarbu Mo. 49 manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSOR I S JOINT SEALERS MIN MAX XON-ASPHALTJC (Fir. Re.i.tlv.1 - 30 190 To*Ur e-> <FR) *3-10 (FBI iMul-CouAtlo l-C 233 1-C 406 MINERAL OIL BASE MIN MAX - 20 200 - 10 lfiO - 90 200 -100 300 Fsaur 30 - 43 (C^tXUk*.) Jotaar-MAsvllk Uai**A) BUixUrd Nodr**l N.vu.il Typ K Nodnral Type T P.eora CmulklBf MIN MAX ~100 300 - 35 - 35 - 35 - 35 250 250 220 250 - 35 250 BASIC MATERIALS AND AVAILABLE FORMS Vinyl aaphelt. Resin bear with solveeu that vary accord- Mineral oil vehicle with filler*. log to manufacturers' specifications. USES Vapor eeallng of cellular giant Insulation joint*. Heat resistant sealing and caulking compound. General purpose sealer and caulking compound to prevent the paaaage of air. dual or moisture. APPLICATION Trowel or brush. Trowel or caulking gun. Furnished is bead*, ribbons and pogj and applied by hand. Can alao be applied by gun. other data Excellent for low temperature ippitci* tion*. Haler to manufacturers' specifications for variation in temperature lisaku. ADVANTAGES Good acid and alkali resistance. Fire recardam when dry. 1am rale of water vapor nlfritiQft, Good rnuuici Is tcldt inA lk.l*a. Partnanently plastic, 1 Limitations Should not be used oq inner layers of cellular glass where temperature ia lower than -50 F. Vry link rt.i.unct to mot .olunu. - UCC 022181 93 I k I I I If 9 I i i i i I I k i i i i accessories JOINT SEALERS GENERAL description MANUFACTURERS AND TRADE NAMES KITH TEMPERATURE LIMITS, *F SYNTHETIC RESIN BASE Adhesive Product* Intul-Seal Flintkote Sealing Compound C-222 Poster 60-30N loaul-Couitic Sure Joint l-C 405 Johns-Manvllle Albnsenl Miracle AAraive FD 400 Ptltsburgh-Conitag Putseal HI PrnHile 578, 2 Permagum Vlmafco J'* Seal 702 SYNTHETIC RUBBER MIN MAX - 50 250 - 50 200 - 20 200 . 40 300 - 35 250 - 50 350 -100 300 CsrbeJJn* 1303-23 Insul-Coustlc Armor-Cote 1-C 401 John*-M eavilla Vnlacal Type HF NanMtl Moore Tuff-Bond No. 12 Pennacel EZ-4U9 Pittsburgh-Corning PltUeal 222 (IK) PUUeal 222 - 30 400 0 200 MIN Max - 30 200 -100 300 - 35 250 - 35 220 - 30 200 - 30 2S0 - 30' 250 - 30 2S0 SYNTHETIC RUBBER (Po/ybutene T*pe> Pacnra Exlru-Seal Tape St. Clair Rubber 6C-3305 MIN MAX -30 300 -20 10 BASIC MATERIALS AND AVAILABLE FORMS Synthetic ratio with inert filler*. Synthetic rubber with filler* and aolvents. Polybutene and buty l rubber bate nondrying synthetic ream. Volatile solvent with inert tiller*. USES Seam filler for cellular insulation. Also a* a bedding compound. Joint and team filler for metal duela and insulation. Effective weather-tight seat between moat surface* held together under pressure. application Trowel, caulking gun or by hand. OTHER DATA Good re*(stance to water and water vapor. Surface muil br clran and Irre of grraar and oil. Apply by hand or with extruding gun. Uaroll up* and up II gtsti)' la placa. Formulation* are varied by manufacturers to furnish different grade* and rUaaiilattest. *Dries to hardness of 24 Durometer stay* pliable. advantages Wilt stay pliable under extreme temperalure changes. Will do) Shrink. Tough, permanently flexible aealer that abaorba movement and shock. Can withstand laiermiiunt temperature extreme* from -65 io 430 F. limitations Must be stored in coo! place. UCC 022182 Lltll? resuuncc 10 torn, tolrruu. 94 I I GENERAL DESCRIPTION I I SILICONE RUBBER Dow Corning Situlic RTV 731 ACCESSORIES JOINT SEALERS 61U CONE (Heat Resistant Sutler) Foster SOO 30-40 I MANUFACTURERS I AND TRADE NAMES WITH TEMPERATURE I limits. *f I I I BASIC MATERIALS AND I AVAILABLE FORMS i USES Silicone rubber. High And low temperature insulation joint sealer. Dashing compound and gasket adhesive, POLYVINYL ACETATE (CeulkiAf Compound* VLznaeco No. 703 Polyvinyl Acetate with aabesioa fibers. Caulking compound. Fillets on inside corners of outer surface of insulation. APPLICATION i i < OTHER DATA I! i II j ADVANTAGES i imitations Trowlf caulking gun or collapsible tube. Trowel or putty kniie. Boom temperature curing. 10 U> 15 aq ft per gat. Excellent high and low temperature liability. High cost. Trowel or putty (mile. UCC 022183 <ss l I I I III(Il l I I I I i \ I I I k i i i ACCESSORY E S JOINT SEALERS GENERAL DESCRIPTION POLYSULFIDE RUBBER MANUFACTURERS ANO TRADE NAMES with temperature LIMITS. *F Batter Finish** Flexible Sealant No. Carbolipe Caulking Compound 702 703 706 Fuller Resiweid Sealant * 400 Pecora SynthACAlk CC-2. GC-5 EPOXY BASE Min MAX -60 250 -60 225 -60 225 -60 225 -63 2 SO -65 22S Adhesive Products Isopox Better Ftolshe# Nt>. 44-188 CArbolint 225 Foster 60-37 Fuller 600 Series Pennsall KUxjoiot FITTING PUTTY MIN MAX ~ 86 250 - 20 156 Foster 85-15 Mundat Brine Putty - 20 200 - 30 200 -loe 250 - 20 150 j 1 MIN MAX i -50 ISO -50 150 BASIC MATERIALS and available FORMS PolysuMid* Uquld polymer rubber best. Cu be furnished in a variety of colors. Theae aealers have a wide variety of formulations to meet specific application* sod conditions. Non-drvfng, non-shrinking compound. Soft and permanently plastic. USES Sealing rigid And semi-rigid joints ol metal, wood, plaalic, glass nod masonry. On All types of surfaces. For best results consult manufacturer (or recommend*tiona. Filler is cavities of low temperature insulation fillings. APPLICATION pressure caulking gun, spatula or trowel. Brush, knlfs or caulking gun. Palm and knM*. OTHER DATA Provides a tough flexible permanent ADVANT ages Provides s permanent water-tight sesl under ertreme lemprrilurr changes ind vibration conditions. Resists severe ravage* oi weather. Resistant to fuel oil gasoline and kerosene. Not e/lecied by |<w temperature or ge. LIMITATIONS Some formulations of this materia) may Impart s slight pink suit) when used in jouns of light colored materials. Due to mam Ivpes and formula lion* of epox/cs, care must be taken to select the ben tutted. Was formulated to use with cork. UCC 022184 ACCESSOR! ES FRlHERi AMO SUREACE SEALERS GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES TEMPERATURE LIMITS, F ASPHALT EMULSION Americas Bitunuli Bonding Primer Bitucoie, Primer Fllatkol*, C-ia-HPC rotter, 10-16 Lnaul-Cousttc 1C 33I> tad 33] lotet'MonvlUt Insulkote Primer E(S Lion Oil Nokorode Brush Cement Morning*tar- Paisley 6*-<B4 HI Spred National Cork Plain Emulsion Pittsburgh Cominj PC Asphalt Emulsion Pure Asphalt Ko. 20 Protective Coating Texaco Ko. 20 No. 23 No. 24 No. 30 Ko. 1044 W'ilco Pioneer w-35 ASPHALT CUT-BACK COAL TAR MIN MAX -20 150 -20 160 -30 150 0 200 -20 200 -20 250 -50 150 -0 200 -- -24 100 -20 150 0 150 0 150 0 150 0 150 0 ISO -26 2 50 MiN MAX Armstrong No. 3 Asphalt Paint Bitucoia Black Aaphalt Paint Cooper* Creak Primer {Black) C-4 Primer C-4 Primer (TT) Primer No. 33 Flintkote Asphalt Primer Asphalt Primer C-12 Gtlaonitc Primer C-12 No. 267 Foster 51 -03 Ins ui-Cousttc Primer iC 330 Liao Oil Nokorode S.P. Asphalt Nokorode Brush Cement Pittsburgh Chemical lnsul-M*t>c 4132 Primer PUL*burgh-Corn tag Primer Sealer 3A Pure Asphalt, No. 7 Primer Texaco, Ko. 1405 Pipe Primer No. 104] WUco Pioneer No. 630 0 - 5P . 40 0 0 - 40 - <0 - 20 - 40 - 20 0 - 50 - 50 - 50 - 40 - 50 - 50 0 0 0 - 50 iao 350 150 200 200 250 150 200 150 100 200 250 150 150 250 150 iso ISO 160 iso 2 50 American Bltumuia C&lftx J*t Seal Bltucot# Tj-cot* Pun AaptuU LT0 6*tkou MiN MAX -30 200 -20 200 -20 200 I BASIC T materials ] ANO I available forms Liquid asphalt emuIs too, light consistent cies. Asphalts and petroleum solvents. Coal tar. water dispersed, especially formulated to be used with asphalts since coal tar* and asphalts are normally noncompatible. i 1 | uses Primer and eurlar* sealer lor meui. wood, masonry nod insulation especially on damp surfaces. Increases bonding ol subsequent asphalt mastics. 1___________ 1 Brush or spray. { 1~ Primer and surface easier for meui masonry, wood and porous insulation surfaces before application of asphalt coalings and adheaive*. Sealer on asphalt surfaces preventing damage caused by petroleum solvents. Brush or spray on clean and dry surfaces free from rust* oil, grease and dirt. Bruih or tpny. u 1 1 OTHER DATA Also serves ns a non-corrosive coating. Use mineral spirits for clean up. Good weather and corrosion resistant characteristics. ADVANTAGES Good resistance to acids, alkalies sod water. Can be used to rehabilitate old asphalt weather coalings. Can be applied coidwtthout toxic fume or fire h*i*rd. LIMITATIONS Musi be protected Irom 1 reeling while in liquid atate and during application. Most brand* are usually toxic and flam- mable and must be used in well vrnulated areas. 1---------------- ______ UCC 022185 i Must be applied at temperature* in excess' ot 40 r. I I I I Is I 1 p II I I I 1 f I I I GENERAL DESCRIPTION SYNTHETIC RESIN (Solvent Type) Potter 5J -12 (FRJ lLsul-Ccvstic SurC'Kou No. 110 Mornings ter-Pnla lay 6C-B5& Ptusburgh Chemist) biuHttiffllc 54P2P manufacturers AND TRADE NAMES PITH TEMPERATURE LIMITS, *F accessori es primers and surface sealers ASPHALT SEALER (Anti-Bleed) MIN MAX -20 200 -20 goo -50 iso -40 250 l&tul-CouAtlc No. 026 (Alcohol-Resin Base) Robber Corporation of America E-772P (Rubber Baas) MIN MAX FRICTION TAPE SEALER |AtphAh CutbAck) -20 2S0 Jphos-Manvtlle Zcroglosa AWN MAX -25 250 -W 125 basic MATERIALS AND available forms Synthetic resin And solvent. USES Primer or teller (or porous sod dusty type l&sulatio&M. Provides iccreassd adhesion for Application of mastic type coat logs. Synthetic resin and solvent Asti-bleed sealed to be used over asphaltic surfaces as a base for oil paints. APPLICATION Brush or sprty. Bnuh or AprAy. Smooth bodied solvent type asphalt compound. Black protective finish tod sealer for msulaiioo sad friction Upe over low temperature insulations. Brush. OTHER DATA Specific information concerning basic materials has act beeo furnished by maauUcturer*. Basic characteristics of these products differ, however, they have the same end use. Primarily designed as a fabric tape sealer used over fibrous insulation. ADVANTAGES Tcttrr product Sa fin mttunl. Provides sddstroniJ solvent resistance to asphalt surface*. Moisture resistant. LIMITATIONS . Mutt be Applied in well vtnultud Are**, Musi be applied in well ventilated tress. Must be applied in well ventilated areas. UCC 022186 98 GENERAL DESCRIPTION COAL TAR PITCH {Emulelna) America* Bltuxnuls Colfkx J.i Sc*) Bitucote Tarcot* Fllntkote Oil Retutut Silar Pur* Asphalt L 70 Saalkote MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSORIES FINISH COATINGS ASPHALT BASE {Aluminum Paint} MIN MAX -300 200 - 10 too - to too - 20 200 Amatrong Alum. Cold Storage Paint Bitucote, Alum. Palm Cooper. Crack Asphalt Aluminum Palot Earl Paint Erkote Gllaonli* Fllntkou Asphalt Alum* Paint A.phall Alum. Paint C-17 Foster 60-06 lasul'Couslic 1-C 516 Lion Oil Kokorde Vehicle National Cork Aluminum Paint Pabco, Coolite Pittsburgh Chemical Insul Mastic 45D4E Pure Asphalt No. 62 ASPHALT EMULSION <Cold Room Finish} MIN tux -25 200 -26 175 -30 200 -30 200 -50 200 -20 175 0 400 -20 250 -40 160 -- -20 200 American Blbtmul* Weatbercoat liaatlc Uadcrooat Armstrong Cork 8P Emulsion Plastic Emulsion Bltucote Black Plaster rtsUh No, 12A-14 Coopers Creek Asphalt Emulsioa Sanded Premia C-13A National Cork Fibre Emulsion Pure Asphalt tosul Mastic -40 300 -20 200 SUN MAX -10 200 -10 200 -25 200 -25 200 -10 100 -10 100 -10 100 -20 150 -20 150 -is 200 -20 200 Basic MATERIALS AND available forms Coal Ur pitch emulsion. Selected asphalt* and aluminum powder blended with proper solvents. Asphalt with asbestos fibers. can also contain clay and silica sand. USES Flnl.h coating* over a.phalifc surfaces for oil nod solvent resistance. Also s protective coating for \toaUlU tuionry nod meul. Ob all type* of surfaces Including aiphalt mastic aa a protective light reflective finish coating for both exterior and Interlor use. Interior finish coating over insulation in coolers and cold storage rooms. APPLICATION Bnoh or spray. Brush or spray, Brush spray or trowel. OINeR DATA Meet* Federal Specification Jt-P-OMSS. Can be used u *&ii-corro$ioa protective coaling on alctl. Free from odor bearing solvents. Can be used without danger of ccmuroi&auon to foods or hart. ADVANTAGES Good acid ud alkali reaiauace. Resistant to most acids nod alkalies. Excellent abrasive resistance Finished aurface has moisture retiaunt properties LIMITATIONS Manufacturer*' specifications should be checked since some cost urs ore not compatible with aiphaiu. Poor reaiataoc* to most solvents. UCC 022187 Mus! be protected from fretting during shipping, storing, and application. ACCESSORIES FINISH COATINGS general DESCRIPTION VINYL EMULSION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Artnatroog losuicolor Earl Paint Erkole 1330 Fetter Laclone FulUr lAlCO Insul-CousUe Surt'Kou No. HD Sure-Kotr No. 110 (FR) Perm Sure No. 102 (FR) Montu)gs tar- Paisley L*fr Sprrtd No. 71-77S Pittsburgh-Coming CS Utile Petal (LT) Surface Cos i log* CS Paint Vimxsco Vinasco-L*t (FR) VINYL SOLVENT UJK MAX 0 160 -21 125 -M ISO >20 200 Arabot L-2-B Arro.tronf Armaflex Finish Carbolics Pplyelnd *33-3 Fosi*r Vitect Vtny) Inaul'Couatlc 1C S20 ic so3 <rm -50 160 Cold Vinyl Dip A 90S -25 125 -25 125 -50 190 ACRYLIC EMULSION MIN MAX -20 180 -20 160 -30 160 FlLntkote De corah Pltubor*h CbeaUcal Celoreonl 241 -20 160 -50 3 00 -20 225 -40 1*0 MIN MAX '20 150 -40 360 BASIC MATERIALS AND AVAILABLE FORMS Vinyl resin emulsion. Vinyl resins with special solvents. USES Finish coating (or fabric Jacketing. Heavy bodied mixtures can be applied directly over insulation or asphalt waaihartoat*. Can be tutted u a variety of colon. Over insulations to provide a tough. wealber-.rr>*tani Ulm, Acrylic ream latex, pigments nod fillers. Coating fresh awl old concrete and asphtltic msstica. Give* protection against oil and normal chemicals. APPLICATION L'eed to adhere jacket to insulation, FioaJ coating ia then applied oa the exterior surface of the fabric for finish. Brush, trowel or spray. Brush or spray. Should not be applied at temperatures below* 60 F OTHER DATA letters <FRj after trade names Indicate products with fire-retardant propartita. Letters (LT) indicate those formulated for low temperature application. Low MVT Good low- temperature flexibility. ADVANTAGES Neal washable coating, resistaot to oil, dirt, water and abrasioo. Dried film will not support combustion. Good reststancc to dilute acids sod alkalies. Decorative weather-resistant ccnog. LIMITATIONS Mutt be protected from temperature* under 40 F during shipping, storing and application. Some are flame-resistant. others are not. Must be apphrd in well ventilated area as protection agamst toxic and flammable Nonflammable when wet. burns ilowhwhen tin giving oH toxic fumes. UCC 022188 accessories FINISH COATINGS general DESCRIPTION LATEX AND CEMENT (Pleetar Ftnitb) manufacturers AND TRADE NAMES WITH TEMPERATURE UNITS, *F Anutrooi MooopJaat Carbo)u 3340 Ckmp Conpuiy FllnUoU White lnaulatloft P^ooiiU Penotrowel Latex {Floe) PttUburgh-Com log P.C, Type 3 Surface Coat tag* PC Type ` S'* UIH WAX -go 200 -50 200 -50 m -50 200 TJBRA7ED PIASTER (Scratch Coat) National Qyp*um Gold Bond Fiber Pbco Fib* red U.S. Oypmni Boeder*!* R*d Top Ftbreted -50 150 -T5 150 -75 130 MIN WAX 0 100 0 100 0 100 0 100 PERUTE plaster (Scratch Colt) National Oypaiun Gy pa elite U. 5. Gypeum BtruciolJU MIN WAX 0 too 0 100 BASIC MATERIALS AND AVAILABLE FORMS Synthetic min latex nod dry ces>*bt. USES Platter fibiah for cooler# and cold flora#? roomi. Alto at. finish coating on cellular gUat, et> rofoaa and board type insula tion material#. Aa standard plaaier baae coat. APPLICATION Trowel on in cotta not exceeding l/i la, thick per coat. Trowel OTHER DATA Koq-tottic and odorieet. ADVANTAGES ADti-sbrative, breathing type coating. limitations Not vapor realatant. UCC 022189 Aa plaster ba*e coat. Trowel Lower thermal conductivity than e underd plaaur. Not vapor reaietant. 101 GENERAL description gypsum plaster irinii> Co() National Gyptuz* Trowel FiaUh Plaater Ptbco Trowel Fiolab PUatar U. 5, Gypaum Trowel Flalab Plaaler ACCESSOR!ES FINISH COATINGS MAX 100 100 100 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, F BASIC MATERIALS AND AVAILABLE forms USES At plaster linlah coat. APPLICATION Trowel OTHER DATA ADVANTAGES LIMITATIONS Not vapor rettut)L UCC 022190 max i in? GENERAL description COALTAR EMULSIONS American Bttmnuls Coifu Jel Seal Bitucoie Tercets Hoppers BHnplftStic Ho. 28 Pittsburgh-Chemical Tarroaatic 105 Pure Asphalt L TO Sealkote manufacturers AMO TRACE NAMES WITH TEMPERATURE LIMITS. *F ACCESSORIES WEATHER BARRIER COATINGS COAL TAR CUTBACK m* MAX -20 200 -20 200 -M 200 -- Cooper* Crash Black Ho. 750 Hoppers Bitumaatic 50 Pittsburgh Chemical TarmasUc 101 Pltlaburgh-Comitig Plttcote 50 -20 200 ASPHALT-CLAY EMULSION MIN r MAX -20 160 -20 160 --20 100 UN MAX American Bitumuls Laykold Clay EmuUlob Bitucota -20 100 Insulation ttaatle FUolkote -20 160 N-13-KPC -26 200 C-13-HPC -36 150 Waterproofing WAE Type 1 -20 125 lnaul-Caustic JC-330 -26 ZOO 1C-331 -20 200 Pure Asphalt No. 20 F Emulsion -20 200 I BASIC MATERIALS AND AVAILABLE forms Coal tar Due, water dispersion. Tar baa* pitch blended with selected solvents. Asphalt base clay emulsion coatsmlng no fillers or fibers. Has a semi-paste consistency. USES Protection of Insulation surfaces opposed to weather, gasoline, chemical fumes, beat, cold and abrasion. Over most aboveground insulations. except those containing asphalts. Especially recommended in areas subject to acid smokes and acid fumes Provider a tough, naliient film or coating with high resistance to oxidation and destructive weather deterioration. when used over insulations, metal or masonry. APPLICATION Brush, spray or trowel with drying tiros approximately (?) hours. Brush, trowel or heavy duty spray. Brush spray or trowel. OTHER data Not , vapor barrier. Basically an underground pipe line protectlve coaling. Stable, non-toxic and nonflammable coating. advantages i i LIMITATIONS IL Forms a lough weather-barrier film that will hoi crack or tag between unperji* Hire )imlU of -20 to 200 F. Highly resistant to dilute acids and alksJiee. I Breathing type coating. Manufacturer should be consulted before uaing at an asphalt coating. Some coal tart art noi compatible with asphalts. Dry tag time from 24 lo 49 hours. Cannot be need over asphalt coatings or primers. Musi be protected from freezing during shipping, storage and application UCC 022191 103 i I i 1 I 1 I I i ii i i t i i i i i i i i i ACCESSOR)ES ATHER SORRIER COATINGS general DESCRIPTION MANUFACTURERS AND TRADE NAMES TEMPERATURE LIMITS. *F SASIC MATERIALS AND AVAILABLE FORMS ASPHALT EMULSION (Flbrt*d ASPHALT EMULSION MASTIC {Used with Glass Mesh) ASPHALT CUTBACK MIN MAX MIN MAI SUN MAX American Blhmmle UyKold Mastic -20 Armstrong, Insulinattic -20 Baldwin-Ehret-HiU. Flberooal -20 Bltucnta, ProtefctJU -20 Coopers Creek EmbUUied A*phah -sc Cauliilietl Asphalt JFR) -20 Dei rick, Tbennslcost Eagle-Picker, lnaulaeal 0 -20 riiatkote, C-13-A, -20 Therms Hurt* -20 Typt 7 -20 Forty-Eight, Webereaal 32 Foster, *0-0? H.I. Maattc 0 InjoJ-Coutllr Wesiher-bure 30) -20 Emulsion 330, Emulsion 33) *20 lobns-Mnv)Uc lAiutkote ET sod EG M oratng*U r - p* isley -20 Jli-Spred No. 43-?84 -00 National Cork Weather Mastic <HT) - North American Refractories Narco Surfa-Seal -20 Pittsburgh Chernies) Asphalt Emulsion Pittsburgh-Corning -20 P. C. Pittcote 600 B -20 Pure Aiphalt, Injul, Medic -10 Ref. t lnsul., Weather Kote -10 200 200 200 200 125 230 4S0 430 200 20D 300 400 200 300 200 250 200 - 450 200 275 250 250 BltUCOM No. 12 Carey No, 51 Emulsion Ebootax Coopers Creek Black Aapkatl Emule Ion Foster 00-00 HUnsttc Purs Asphalt No. 20 -20 ISO -20 too -30 150 20 150 -20 250 -20 150 Baldwin- Ehrn-HIl! Asphalt Cutback Coopers Creek WealbiT Barrier Waathir Barrier (FR1 Detrick, Durtse*] Eagle-Picher Statistic StamasUc Earl Paint Erkote 6X Foster 00-25 Trowel 60-26 Spray Lion OU Nokorode Seat Perm Nokorode Seal Perm (FR) Mornings tar- Pa te ley 06-7U3 Ptbco Pittsburgh-Coming Pittrot* 300 Pure Asphalt 611 Weatherproof Coating -40 400 -40 250 -40 250 -so 350 0 250 6 250 40 256 -30 200 -20 200 -20 275 -20 273 -20 200 -20 250 -50 300 -20 200 Asphalt base clay emulsion and asbestos fibers. Filler content is varied to get desired temperature limits. Asphalt liquid emulsion with approximately 55% solids. Basic asphalt and petroleum solvent. Some of these products contain asbestos fibers and mineral fillers. USES Provides weather proofing for initiations os hot surfaces. Weatherproofing high temperature insulations. Weather-barrier coating used on high temperature thermal insulation. APPLICATION Trowel or spray. Galvanized mesh reinloreemtDt I, applied whts ueed cm jpberlcal and cylindrical vessels. Brush, spray and trowel grade# are available. Used with glass fabric membranr rcioJorclfi*. Brush, spray, trowel or by palming. OTHER DATA Breathe r-type insulation coating. Also used as a surltce primer and adhesive on porous aurfscea. Products marked (FR> hew fire retardam properties. ADVANTAGES Forms s flexible costing chat will protect Insulation and equipment during evpan a ton and contraction* Durable under extreme temperature and weather conditions. LIMITATIONS Do not apply below 40 F. Must be kept from lreezutg, {Winter grades are viUblr|. Do not apply below 40 F. Must be kept from freezing. Precaution* must be taken during spoilcation to avoid toxic and flammable vapors. UCC 022192 IOU accessories MEATHER BARRIER COATIHCi GENERAL DE1CRIPTIDN MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *f asphalt emulsion (Cbemlral pirpereJo type) Detrlck Permlaeal Eaglr-Pichnr MIN MAX 400 -20 250 VINYL EMULSION (Film Contlng) rUnthoU (FB) r-ioo Tnur Legume(FB) Ineul-Couetic Bure-Kote 110 (FB) ure-KM* Hi (FR) Perro-KDte 102 (FR) Morningslar-Paisley L**-Sal No. 72-77# (FR) 66-853 Pittsburgh Chemical Tarmastic 105 MIN MAX -30 100 -60 160 -20 200 -20 200 -20 220 0 160 -50 180 VINYL EMULSION <Hvy Bodltd) Foster Sealfas MasUc Inaul-Coustlc VI AC Vtuttc Ml Pittsburgh -Corning Plttcote 400 Vhaiiea VbBADCO WC-1 MIN MAX 0 180 -40 220 20 iso 2Q 160 BASIC MATERIALS AND AVAILABLE FORMS Emulsified asphalt, aabeatoa fibers. filler* and water with chemical diapersion aystem. Synthetic resin emulsion. Usually basic materia) is polyvinyl acetate. Cu b furnished in a variety of colors. Synthetic resin emulsion, heavy bodied. Usually the basic material U polyvinyl acetate. Available in a wide selection of colors, homogeneous through the entire thickness of the dried film. USES With glass mesh or galvanised netting to provide weatherproofing for insulation on hot surfaces. Wsathar-restslW* coating for insulation where* tough, white abrasive reauunt finish is required. Over preformed high or low temperaturr iDAul.uoD, Interior or (xtnrtor. APPLICATION Brujh, ipr*y or trowel. Bnieb, prey or roller Applied by palm, eprey or band trowel. Tblckneie o( dry Dim ranger tram 1/1* Id. to l/ Id. depending on amount ol protection needed. OTHER BATA Breather type of coaling when Drat applied and approacbea low vapor traoatnteaioo properties oi cut bjck* when dry. Product* marked <FR| have tire retardant propertlea. ADVANTAGES Nonflammable solvents. Inhibit* nutiag. Free from lire taszard during ind after application. Will sot melt or drip when exposed to lire. LIMITATIONS Soluble in water until dry. Mui be protected from from freezing during shipping, storage and application. Must be protected from freeing during ahippmg, atoriog, and application. UCC 022193 105 I I I I I i i i i i i i i i i i i i GENERAL DESCRIPTION VINYL WEBBING Cxrbolir* PolycUd Web Spray Vimuco Vinyl Webbing ACCESSORIES WEATHER BARRIER COATIMGS ACHYLIC EMULSION MIN MAX -20 100 40 10 Fllotkot* Decoralt SILICONE BESIN um Max -30 ZOO Carbolic* 2109 Dow-Coming 770 Paeon WAtcr R.pellea) P-37, 46 MIN MAX - SO 200 -100 soo -100 500 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE Units, f basic MATERIALS AND AVAILABLE FORMS High molecular weight vinyl re*in* tod specul advent*. Heavy bodied acrylic resin emulsion pigmented and reinforced with mineral filter* and asbestos fiber*. Available in a wide color range. SiUcoae resin water thin liquid. USES Weather coating for fla** fiber inaulatloo. masonry and equipment part*. Web type film will bridge up to 20 in. Colored weather coating* for uae over asphalt coated surface* such a* insulated vessels and line*. Also as a color finish on asphaltic and concrete pavement*. Water repejleot coattog (or heavy density insulation* and coating*, APPLICATION Spray Spray or brush over dampened surfaces. Supplied a* a soft pasta. To be thinned with half volume of water. Brush or spray. Two coat* are recommended, flooded cm surface. OTHER Data Torms web bane for vinyl film coating. Cause* exterior moisture to run off without penetration, while interior moisture can oast to the outside wihout harm to the film. advantages Dried coating is utter reptikeot and bra* top Kiiium. Resistant to cracking and peeling and 1* not damaged by oil, grease or water. Will withttud extreme temperature variation*. limitations Noi recommended for are** exposed to temperature* over ISO or having solvent pillage. Do sot apply at temperature* !* than JO f or over surfaces with free elandlag water. Protect from free*mg in container*. Should not be exposed to rain lor 24 to 46 hours after application. UCC 022194 106 to WEATHER BARRIER COATINGS GENERAL DESCRIPTION LATEX MASTIC (Two-Path nioifcoto Maatie White O-M.W.l While laaulatlon Coating MIN MAX -SO ISO -SO ISO MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS Stabilized rubber-latex aod special cement itloua powder. Over cellular glaxt. foamed polystyrene and corh. Forma a herd durable white flniJh. For refrigerated eraae. APPLICATION Mix on job and trowel on two coat*. RecoaotnftDbed to embed a layer of glaaa mesh to first coat to minimise crackmg. OTHER DATA Breather type weather coating. advantages ! LIMITATIONS Excellent resistance to spalling under freeze and thaw condition#. Liquid must be protected against (reeling to container*. Preferred working temperature# are dO F to 80 T. I UCC 022195 107 I I I I (' I I! I It r I I i t i l i Ii It I I I I r GENEftAt DESCRIPTION ACCESSORIES VAPOR BARRIERS COAL TAR EMULSION (CoAtuigi Coopcrt Cn*k Pitchurpastic- No. (3 Koppe rs Bitbpiiitic 20 BiUiplnaliC 33 HOT MELT ASPHALT , {Coating) min MAX -20 zoo -50 200 -20 400 Mobil Oil Hot M*U Pibco Hot MeU MANUFACTURERS AND TRADE NAMES ttlTH TEMPERATURE UNITS, aF MIN MAX ISO ISO ASPHALT CUTBACK-F1BRATED (Boiler Wall Coating* Baldwin-Ehret-Hm Trowel and Spray Grade Carey BTU Cement Detrick Duriaeal - Ht Temp Durlaeal - Regular Permiaeal Eagle- Picher Sta Italic Johns-M anville Inauikote ST <00 -32 700 -20 400 -20 400 0 400 0 250 BASIC materials AND AVAILABLE FORMS USES Polymer modified coal tar pitch emul ated. Hoi melt aaphaii. Aboveground vapor barrier for cellular (la** type laauUtioo and piaster. Brush applied vapor aaal for covering insulation. Basic use is lor built-up roof application, not primarily a vapor barrier. Asphalt, asbestos and solvents Vapor barrier lor high temperature boiler wall coating. application Brush, roller or apray at temperature* in excess of 40 F and in dry weather. Hot mopping nr hoi dip at temperatures from 350 F - 400 T. Trowel, apray or brush. OTHER DATA Resistant to dilute acid# asd etroag salts, oaptha and (Mo)tne. Rat latent io diluted alkalies and acids. Solvent resistance it poor. Nonbreatbing type mastic. advantages Excellent adheaive and flextbiliy properties. Also used as a protective coating. Stays flexible and pliable when used as recommended. limitations Not recommended for contact with potable water. Not lira ititsU&t in wet or dry* state. Must be applied in welt ventilated area at protection from toxic end flammable fumes. general DESCRIPTION ACCESSORIES VAfOH BARRIERS asphalt cutback (Refrigerant Type Coating) riisikou No. C-l> Lion Ol) Kokorode seel Kola Nohorode See) Kote (FR) mn MAX -20 250 *40 325 -40 32ft SYNTHETIC LATEX (Coatlag) Footer SeeIfm 30-38 Morningstar- Paisley Lag-Seal Ho. 12-778 MIN MAX 0 I 180 180 ALUMINUM FOIL (Pressure Sensitive) Ahuaieeal Zero Pena Cordo CordofUa (78) 3 II Company No. 428 (0.003 la.) No. 438 (0.0088 IB.) MJM J MAX -76 302 0 250 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC materials AND AVAILABLE fGRfcfi USES Blend of special aspbiha, asbestos fibers. pigments end auen) ipirlu. Synthetic latex (water emulsion). AlumInusd foil clad pressure sensitive tape with special doth or film backing. Insulation costing when surface tempera ture# sre below ambient. Vspor easting over sir conditioning ducts sod chiliad wster piping. Vapor barrier on #Jr conditioning ducts and as ssata easier for panel type construction. application Brush, trowel or spray. Brush, spray or roller at temperatures above 40 F. Wrap or prase la place. OTHER DATA Fire retardant qualities whan dry. Alio used as lag-type adhesive. Products vary Is the type backing, mastic sad thickness of aluminum foil used. advantages Tough flexible coating that will withstand Has white finish that la resistant to dirt hock, vibration sad therms I expansion. sad grease and can be washed. High strength material thmt cen be used oo most soy type surface. limitations I Toxic sod flammable. Adequate veatiUt ion during application must be pro vided. Must be applied at temperature above 48 F and material must be protected from fretting. UCC 022197 109 1 I I 1 I I I GENERAL description ACCESSORIES VAPOR BARRIERS MODIFIED EPOXY COATING FOLYETIFYLENE FILM CarboUne Epo^y 1^4 Surface Coatings Surco No. 2501 MIN MAX -30 200 *15 200 Visiting Company Via Queen nin MIN MAX -70 130 MYLAR AND AUUM1NUM FILM Alumtaeal Zero Farm MIN MAX manufacturers AND TRADE NAMES PITH TEMPERATURE LIMITS, "F I P I I i i i i i i BASIC MATERIALS AND AVAILABLE FORMS Modified epoxy ream. Virgin polyethylene Him. Available la thickneases of 2, 4 and 6 mils. USES Adhesive which also serves a* vapor harrier. Vapor sea/ lit building walla and floor# sod under foundations. One mil thictaeaa of afatnraum between two one-half mil thicknesses of Mylar. Permanent vapor barrier. APPLICATION Brush or trowel. Apply at room tempera Stapled, glued or laid in place. tyre. No open tune. JomU are aeated with Zero Pern tape. OTHER DATA advantages Especially recommended lor polystyrene, polyurethane and csUuUr glass. Used in construct Jon of reflective cold storage rooms. Reststaot u> acids and caustic*. Wir absorption is oil, Easy to handle, low coat vapor sea). ----------- ------ - ................. ...... * Strong. Excellent vapor barrier. LIMITATIONS When this material ia used for its vapor sealing qualities it should be considered so adhesive rathrr then a coating. low strength, will tear or puncture under excess weight or sbrasive action. - UCC 022198 I 10 GENERAL DESCRIPTION ACCESSOR)ES VAPOR BARRIERS POLYVINYL CHLORIDE FILM Carey Flre-Chex Vapor Barriar Shot MN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND i AVAILABLE FQRmS OSES Polyvinyl chloride film. 32 inch** wide! 40& feet lone in roll weighing 31 pound*. Vapor harrier In buiil-up root. APPLICATION Laid with Fire-Cbex Adbeeiva No. 400. OTHER DATA Weight per equare - 3.3 pound#. ADVANTAGES WlJI not burn. I LIMITATIONS UCC 022199 MAX K ACCESSOR!ES WEATHER VAPOR BARRIER! i GENERAL DESCRIPTION ASPHALT CUTBACK (FLbrmud Miatlc) (Continued) ASPHALT CUTBACK (Flbr.ted Ku'lc) i/ ASPHALT CUTBACK (Fibriled M.ittc) |Cactisut) MM MAX MM MAX MIH MAX Lion Oil Nokorode Seal Kota Noltorod* Seal Kota (FRt Nokorode Seal Kota (No Flaah) (FB) Nitlonei Cork -40 325 -40 325 -40 315 Armstrong Weatherproof Plastic Bnldwto-Ehm-HIU Trowel Spray Grade BitucoU Mo. 3 *20 250 -* -40 200 Lion Oil No Flash Nokorod* Regular Nokorode Nokorod* Sell Kota Nokorod* 6**1 Kot* (FTtl Nokorod* Seal Kota -40 32! -4Q 325 -40 325 -40 325 Weather Muttc (LT) Pittsburgh Chemical -- Cooper* Creek Regular -40 250 (No Flirt) (FR> National Cork -40 323 Inaul-Maatic 4010 (FR> 0 250 Fire Retardant -20 400 Wemthar Mt.tlc |LT) _ 1 Insul-Mastic 4010 -40 250 Eagte-Picber Pittsburgh Chemical MANUFACTURERS Pure Asphalt Mo. Oil No. 411 (FRJ -10 200 -20 200 Stalaatic 8Umaattc Flintkote -- luul-Mutlc 4010 <FR) laaul-hiasuc 4010 Pure Asphalt 0 230 -40 250 i AND TRADE names WITH Witco Pioneer 1004 -50 300 Trowel Mastic C-29 C-19 -20 250 -20 200 -20 225 No. 6U No. 811 (FR) Witco -20 200 -20 200 Fnny-EigIM Pioneer 1006 -SO 300 i TEMPERATURE LIMITS, *f Weatherproof Fneter 50-25 cr Mastic 60-26 Cl Mastic 32 300 -20 Z0Q -20 200 lBfI*Couft)C i Vapo-Sure 320 and 321 4ohnt-Manvil)e losulkote ST and &G -40 300 -20 250 I Continued U next column i BASIC Asphalt and mineral spirit* (high solids eobunt). Special asphalts, a*be*to* fiber*, loan fillers and mineral spirit solvents. MATERIALS i AMO AVAILABLE FORMS USES Outdoor weather-vapor coating over most thermal insulation materials. Exterior weather-vapor coating to protect aU type* of thermal insulations. i Brush, spray or Irowel with reinforcing glass liber membrane embedded. finish, aprsy or trowel with reinforcing glass fiber membrane embedded. APPLICATION OTHER DATA Fire rrurdnnt when dry- AUo lined a lap joint adhesive and an anti-corrosive coating over metal. Requires approximately 10 gallon* per 300 square feel of coverage. i Economical, low MVT. cold applied Flexible and cold applied. High heat coaling. resistant properties. i ADVANTAGES i Flammable when wet. Adequate ventiUiloB suet be provided during pphcnon. Flammable when wet. Adequate veotl* iatioo must be provided during appliesHod, (Except for No Flaahi LIMITATIONS UCC 022200 GENERAW DESCRIPTION A6PHALT CUTBACK (Pigmented) manufacturers AND TRADE NAMES *nw TEMPERATURE UNITS, *F TltalkM* C-333 Foster 80-42 *0-32 lDSUl-CoUBtlC No. MO, Ml Pittsburgh Cb*miaeJ 4010 R 4010 AL WUco Pioneer No. 507 ACCESSORIES WEATHER VAPOR BARRIER} RESIN BASE HUM MAS *20 m -20 zoo -20 too -40 ITS 0 230 Footer 40-85 Aluminum 0*90 40-40N O-SO Iul-CouoUo No. MS -50 230 Polyvlcyl AcUU WIH Max -20 200 -20 200 *20 200 -20 200 -20 225 Better Finishes No. OS-24 ImuI-Coujuc No. 620 No. 52! No. SSI {Modified) Ptttaburgh-Coretng PC Pittcote 400 MN MAX -40 100 -so 180 -50 ISO -20 220 - 180 BASIC MATERIALS AND AVAILABLE FORMS USES Asphalts, pigments and mineral spirit*. High solids c&Dvent. Rfiln baas with solvent usd pigment*. Colors available are gray, white, alumi num sod dsrk brow's. Polyvinyl scetste resin emulsion. Furnished in s variety of colors. Outdoor weather-vapor coating applied over insulation where color is desired. Also s a protective coating over metal surfaces. Weather*-vapor barrier tor Insulation when extra ftexlbHty and chemical resUiaai is needed. Weather-vapor harrier finish cost. APPLICATION Brush, sprsy or trowel. Csn be ramforced with embedded glass fiber membrane. fiprey, brush or trowel. Brush or spray. OTHER DATA Longer drying time is required at low temperature or high humidities. Also used as mn anti-corrosion costing. ADVANTAGES I I LIMITATIONS Flexible, cold applied, decorative wsaLher-vapor coaling, Better chemical resistance and flexibility than asphalt mastics. FlexIbis, fire retardant and decorative. Contains flammable solvents. Protect from best and open flame during applica tion. Poor resistance to moss solvents. Must be protected from treating while In container or during application. UCC 022201 in GENERAL DESCRIPTION ACCESSORIES WEATHER VAPOR BARRIERS CHLORINATED AE51NS (Solvent Type) Armtroof LT Senltr CC Navy Sealer National Cork Navy Sealer RUBBER BASE MM MAX -2D 200 -20 200 Carbolic* Neoprene W Pennsalt Neocost Moore Tuif-Sood Coating MlH MAX -30 200 -40 223 -30 U& manufacturers and TRADE NAMES WITH TEMPERATURE LIMITS, *f BASIC MATERIALS AND AVAILABLE FORMS Chlorinated resins, drying oils, filler* tod solvent. Synthetic rubber resin sod solvent. USES Wherever * white, weather-v*pr seal, fire retardant finish i* required. Weather-vapor barrier and anti-corrosive mating for elsel, concrete, wood, canvas nod insulation. APPLICATION Trowel or brush oo * two-coat applica tion. When u*ed outdoor* reinforce first coat with glass mesh membrane. Spray or brush, two cost* required. Allow (2) hours drying tine. OTHER DATA Meet* specie! MU. P-076 A (2) Do not urn* synthetic enamels or lacquer* ovar finished surface. ADVANTAGES Good flexibility sod tbras ion resistance. Also used as an insulation against electro lytic ICiiM. LIMITATIONS Adequate ventilation Should be provided during application. if exposed U> strong sunlight protect surface from ultra-violet rays with a finish cost of ordinary paint. UCC 022202 MM MAX I I ACCESSORIES MAT MSWTANT COATINGS ACCESSOftlES REINFORCING MEMBRANES GENERAL DESCRIPTION manufacturers AND TRADE NAMES RITH temperature LIMITS. *F glass fiber fabric (Uncoiled) Chlcope* Johns-ManviHt Duramesfc Twtnsburg-If liter Olialkb Brand C17SR Co. GLASS FIBER FABRIC (Aaphalt Coated) urn MAX 1000 Johna-ManvUle Doramesh (Asphalt Coated) Permaglas-Meah Type 201 20 * 20 Type 202 20 1 10 Type 200 24 x 24 Type 210 to * io Twinsburgh-ta liter Glaafab Brand Style 2020 Style 1020 Style 1010 GLASS HBER FABRIC (Coal Tar Coated) WH MX M)N UA.X Johaa-Manyille Duramrsh (Coal Tar Coated) Permtglaa-Meah Type 203 20 x 20 Type 204 20 x 10 Twio#burgfc-Miller Glaafab Brand Style 2020 T Style 1020 T Style 1OJ0 T BASIC materials AND available forms USES Glass fiber open weave fabric. Can be furnished in either roiled sheet or tape form. 2 in to 45 to. width*. Cold wrapping of pipe line insulation. Wrapped around or embedded In mastic coating. Glaaa fiber open weave fabric coated with special aaphalt*. Can be furnished in either rolled aheet or (ape form. Basic widths 44 io. to 48 In, Cut widths from 2 In. thru baaic widiha. Available is a variety of mesh sires. Glaaa fiber open weave fabric coated with coal tar. Can be furnished in either rolled aheet or tape form. Baaic width* 44 lb. to 46 in. Cut widths from 1 in. thru baaic width*. Embedded In mastic insulation coating* aa reinforcing membrane. Embedded in mastic insulation coating by wrapping or pulling over coaled aurface. application Wrapped under tension bo aa to force maaltc through membrane. Apply second coat of mastic or sealer, Embedded in mauc by wrapping under tension or pulling over coaled surface. Wrapped under lea*loo to force mastic through membrane. OTHER DATA Also used aa reinforcement in commer cial roofing and insulated wall* and floor*. Federal Specification HHC-0Q466A. Also used as reinforcing membrane in commercial roofs, mills and floors. Federal Specification HHC-0tH66A. advantages limitations Serve* aa good reinforcement agal&et mechanical damage. Serve* as reinforcement against mechanic cal damage. Serves as reinforcement against mechanical damage. Additional coat of maatic or setter it required alter fabric t# embedded. ' Additional coal of mastic or sealer ta required after fabric * embedded. Additional coat of mastic or scaler is required after fabric is embedded. UCC 022204 II6 I general DESCRIPTION GLASS FIBER FABRIC (Starch Coated) Foster Open Weave Glass-Mesh MANUFACTURERS and TRADE HANES WITH TEMPERATURE UNITS, *F ACCESSORIES REINFORCING MEMBRANE* CLASS FIBER FABRIC (Bi1a Cotied) win uax Chicopee Manufacturing Co. Type l (10 * / mesh Type z (l k I) mteh Type 3 (13 x 14) mesh Type 4 (20 x 20) mesh Type 5 <24 % 24) mesh FlUrtkcite Yellow Jacket Foeter HfUslie Mitt SeaUas No. 10 SetUfca No. 20 3 M Company NO. 330 No. 361 Ptrmeglaa-Mesh Type 2)2 (Bare Sheer/ Type 205-20 % 20 Mesh Type 200-20 x 10 Mesh Type 200-10 x lo Meeh Tw Inibu rgh'M liter Gtesfab Brand While Weave (1020 mesh) Vtmasco VI Clotto No. 10 (10 X 10) Vt Cloth No. 20 t2Q X 20) MIN RAX GLASS FIBER FABRIC (Aluminum Treated) PermigUs-Meah Type 207 20 * 20 msab Twlaaburgh-Mllter Olaefab Bread Style 2020 AL Style 1020 AL -20 3 SO SO 400 -so 400 MIM I MAI BASIC MATERIALS AND AVAILABLE FORMS Glsst Xibsr fabric, starch coated, Opea weave. Glaee liber fabric, resin coated. Avail able either in mat form or open weave fabric, to roll or tape form. Basic width 4& to. Col widths from 2 la. thru 45 in. Glass fiber membrane, opea wesve. aluminum treated. Available in either rolled sheet or tape form. Basic width from 45 la. to 48 In. Cut widths from 2 in. thru basic width. USES Reinforcing membrane for mastic type insulation costings. Reinforcing membrane or protective cover for mastic type Insulation costings. Reinforcing membrane or protective cover over aluminum pigmented mastics. APPLICATION Embedded ic pitsetc by wrapping or pulling over costed surface. Embedded in mssuc by wrapping or pulling1 Embedded la msstic by wrapping or over costed surface. 1 pulling over coated surface. OTHER DATA Used with resin mastics which are not compatible with the asphalt or tar costed fabrics. Can be used with nonesphallic mastics requiring fire resistive materials, Minimum breaking strength is 75 lbs/ 1 in. wide strip. ADVANTAGES i i limitations Easy to handle, high heal resistance, lightweight, strong material. Will not rot and has no wicktng action. ? Serves as fetaiorcement against I mechanical damage. I t Additional cost of mastic or tester u usually required slier fabric it embedded. Additional coat of mastic or sealer is required after fabric is embedded. UCC 022205 I I I i i GENERAL DESCRIPTION ACCESSORI ES REINFORCING membranes GLASS FIBER MAT Jotas-MaavtUs Duru&H Owiofl-ConlBf Fiber?lea fUi&lorotng Mit COTTON TIBER FABRIC (Asphalt Coaud) MIN MAX urn Parnnglaa-Mtab Typ. 213 Typ. 214 Typa 215 Typ# III MIN MAX COTTON FIBER FABRIC (Tar Coalfd) Perns,laa-Math Type 214 TVpa 215 MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND No&woveo glass liber met with libera bonded with resinous binder*, stitching or needling. Various forme available. Cotton fabric membrane, open weave, saturated with Ur. Available U either rolled sheet or tape form. Cotton fiber fabric membrane, open weave, saturated with coal Ur. Avail able In either rolled sheet or tape form. AVAILABLE FORMS I Reinforcement cf mstartsIt. Reinforce insulation on pipe llut and equipment. To reinforce Insulation on pipe line*, equipment and roofing. 1 USES I Embedded in mastic. APPLICATION I i OTHER DATA Wrapped over or embedded in mstic type costings. Wrapped or embedded In mastic coalings. Meets Government Specification ASTM D173-44. Meets Government Specification ASTM D 173-44, ADVANTAGES Economical, eay to handle and it com patible with all waterproofing treatments. Economical and easy to handle. I LIMITATIONS I Doee not have the strength or permanency equal ip glass fiber* fabric. Should not he ueed with asphalts since certain coal ura and asphalts are non- compatible. UCC 022206 ne GENERAL DESCRIPTION HEX WIRE NETTING (Galvanised) Gilbert 4 Bennett Keystone Steel 4 Wire Lotei Supplier* ACCESSOR!ES REINFORCING MEMBRAKES HEX WIRE NETTING (Stain!*** Steel) A. J. Gerrsrd Gilbert 4 Bennett Keystone Steel 4 Wire Techelloy local Supplier* MIN MAX HEX WIRE NETTING (Monel) A. 3. Oemnl QUbert 4 Bennett Teohalloy Local BuppUere MN MAX MANUFACTURERS AND TRADE NAMES KITH temperature LIMITS, mF 6A SIC MATERIALS AND AVAILABLE FORMS USES Gauge end opening* cao be furnished a* specified. Is available in either poultry or heavy grade*. Standard roll la 150 linear ieet. Standard opeDing a art j la. 1 1/2 in. and 2 in. Multiple width roll* viy from 24 lo, to 72 Ml. Gauge and opening* aa specified. Standard opening* are 11/2 is. and 2 In. be* with three-twisi 0.047 diameter wire. Stand ard roll* are 24 in. wide by 300 linear (eel. Available in stainless aieel Type* 304. 316, and 321. Gauge and opening* ** *perilled. Stand ard opening atae u I la. with .028 dia meter, ihree-twiai wire. Standard stock width I* 48 i*., but 24 in. t* available oo tpeciai order. Base (or insulation and reinforcement (or cement, emulsion asphalt* or back up blanket*. High strength, ami-corrosive, and heat re*latent netting. Base for attaching insulation and a* a reinforcemem for insulation cement, emulsion asphalt and back-up blanket. APPLICATION Fattened to special clip*, stud* or wire*. By epecial clip*, stud* or wire. Tie wire or banding of either monel or taloleas steel can bs u**d. OTHER DATA Economical, lightweight, tad flexible backing and reinforcing netting. Ha* approximately 2 1/2 to 4 time* longer life than galvanised netting. I ADVANTAGES Monet netting la tough but pliable. Rust less with resistance to atmospheric salt and industrial fume*. limitations UCC 022207 Higher coat can be fusttlied by using only in corrosive areas. ACCESSORIES REINFORCING MEMRRaHEJ GENERAL DESCRIPTION MANUFACTURERS AND TRACE NAMES WITH TEMPERATURE limits. F WELDED STEEL WIRE FABRIC EXPANDED METAL LATH CLOTH ADHESIVE TAPE XtyaUrot Sin) It Wire Puutrurjh-Su*! Local Supplier* MIN MAX Alabama Meta) (With vapor-barrier baching) Pittsburgh Steel l*eai Suppliers - MIN MAX Arno C$07 Job&e-ManviUe No. 9H No. $60 Permaoel No. *73 polyken No. 200 No. 133 wm MAX >40 200 9 190 BASIC MATERIALS AND AVAILABLE FORMS Available in cold drawn tied wire in diameters from 0000 to 16 gauge. Square openings vary from 1 la. x 1 in. to 12 in. 12 in. Expanded metal lath, diamond mesh. Available in a variety of openings and thicknesses as specified. Can be furnished with felt, aluminum foil, or kraft paper backing. Fabricated from galvanised, black primed or aluminum meial. Cotton fabric. Impregnated tape, with pressure sensitive adhesive. USES Bate support and to reinforce Insulation, where it must bridge ectots ribs. Reinforcement of insulating cement or as base for attaching thermal insulation. Wrapping fibrous insulation. APPLICATION Lay in place or fatten with dipt* wire, Nail, staple, wire or weld. or studs. Can aleo be spot-welded to steel surfaces. Spiral Tp on pipe dirtcilv Irom roll. OTHER DATA Various e*z*# an4 grades are known as stucco tneab, floor mesh and road mesh. Known u> the trade aa "General latubttora Tpe'\ ADVANTAGES Can be spol-weided lo steel surfaces, eliminating special fasteners. Serves at a strong fire resistant backing and lath for Insulation and insulating cement. Inexpensive and easy to apply. LIMITATIONS Does not have enough flexibility lo be used on spherical inaulsied surfaces or certain other sharply curved surface*. Not a vapor seal. UCC 022208 ACCESSOR!ES KMFOKCMG AiMbHAHti GENERAL DESCRIPTION MANUFACTURERS AMD TRAOE NAMES ITH TEMPERATURE UNITS, *F WATERPROOF FABRIC TAPE polyethylene film tape VINYL COATED CLOTH TAPE Anto C 50S Johns- UttsvU\ No. 353 No. 354 3 M Company No. 390 Pinstcc) No, 691 Polyken No. 214 No. 215 Arno C-350 (10 mil) C-335 (16 mill Jotei-MvtiJ Tracts* C*)2 > M Company No. 940 No. 622 -ID 160 MIN MAX 180 150 140 178 Anto No. C-6Q4 No. C-511 No. C*509 <PR) Permaoal P-676 Polykan No. 210 No. 216 <40 200 -40 200 -40 226 100 160 BASIC MATERIALS ANO AVAILABLE FORMS USES Cotloo cloth, waterproof coottag oo ooo aide with presour* Sensitive adhesive 4m reverse aide. Polyethylene film w/th rubber base |et#> ouro tens Utvs adhesive. Vtayl treated cloth with rubber base, pressure sensitive adhesive. Available la a variety of colors. Sealing joints of weather barrier Jackets. dealing pipe end insulation above and below ground iTbm moisture, acids, alkalies, weathering, tad abrasion. General weather rasisia&t tape io? sealing iotau wssthsr barrisr Jackets and sheet metal duct. I APPLICATION OTHER DATA Spiral wrap by hand or machine. Spiral wrap by hand or machine, with 1/4 in. to 1/2 in. overlap. 40 lb to 50 lb tensile strength per inch of width. High dielectric strength. Spire) wrap. ADVANTAGES Inexpensive and easy lo apply. Excellent flexible moisture barrier. Strong, waterproof tape with fire retardant properties. r LIMITATIONS i Lacks resistance to some solvents. Basically an A&ll-corroeive barrier. Applications to thermal insulation* are limited. UCC 022209 Poor ntittABCt lo ketone type <olv.au. REINFORCING MEMBRANES GENERAt DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. f VINYL film tape ALUMINUM FOIL TAPE Arno No. C-300 (Elec) No. C-3Z0 Johns-Manvlll# Trtniex V-lO Trantex V-20 Vinyl Color Tape No. 12 3 M Company No. 21 No. 22 No. 30 No. 50 No. S3 No. 472 NO. 473 NO. 474 Mystic No. 6405 No. 6407 No. 6410 No. 6420 Pennies) P 32 (4.5 mil) Polyken No. 652 (0.007 in.) No. 672 (0.010 In.) IAIN max -20 2DO 32 175 32 173 Alumiseai Zero Perm Johns -MaovtUe No. m 3 M Company No. 423 (0.003 in.) No. 426 (0,0033 in.) Permacet P*U2 0 176 0 176 LEAD FOIL TAPE MtH MAX -76 173 1 M Company Ho. 20 Pcrmic.1 P-Hl MIN MAX BASIC MATERIALS AND AVAILABLE FORMS USES APPLICATION Vinyl plastic Up# with trenspnreot, pressure sensitive, synthetic rubber adhesive. Available to a variety of color#. Aluminum foil with special plastic back ing and preaaure sensitive synthetic rubber adhesive. (No. 42$ and No. 426 do not have plastic backing) Lead foil with plastic Itntr and synthetic rubher base adhesive. Vpor seal on both rigid and flexible insulation material* with plastic, foil or paper backing. Also for pipe coding and marking, electrical insulation, and floor marking. Furnished according to grade and specification. Vapor sealing joints in aluminum foil backed Insulation and metal duct joints. Moisture and radiation barrier for joints in alumumm sheets installed as insula tion of cold rooms. Wrap directly from roll. Should be smoothed over applied surface and pressed down firmly. Not recom mended for spiral wrapping. Tape must be removed from liner with out breakage or slivering. Edges should be ''feathered" by rubbing with s rounded surface such as a door knob. OTHER DATA Bom* tapes have fire r*aiaUnt properties Good heat resistance and waterproofing check manufacturers * specifications. qualities. Deed is electroplating operations. ADVANTAGES Dead stretch properties are ideal for wrapping irregular surfaces. Ecoaomical. easy u> apply, and low MVT vapor barrier. Good aging properties both indoors and outdoors. Well expand and contract readi ly a'iih changes in temperature. Good cooiormsbiim, excellent weather ing sad good thermal restatance. LIMITATIONS Poor resistance to ketone type solvent*. Will not withstand concent rations of eeid or caustic solution*. Darkens with age. -- Ml UCC 022210 122 general DESCRIPTION ACCESSORIES REINFORCING MEMBRANES POLYETHYLENE COATED CLOTH TAPE MIN MAX Ano C-S20 -60 ISO KNITTED TAPE Pot*r BmIIu Lagglax Tip MIN MAX manufacturers and TRADE NAMES RITH TEMPERATURE LIMITS. #F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS USES Polyethylene film over cloth btil with rubber baaed pressure sensitive Adhe sive. General wetthrr resistant tape for sealing joints of weather barrier jackets and sheet metal duct. APPLICATION Spiral wrap. OTHER DATA advantages Low h|VT vapor barrier. LIMITATIONS > UCC 022211 I I I i * i * i i i i / i i i i i t i i ii i i general description JACKET! CANVAS SHEETING ASBESTOS FELT {Asphalt Saturated) MN MAX Fabric DUtilbutlog Company Fotur Carey JohnaMan v)2)> No. SR Double Coated Flexstooe Flrcttrd Jacket (Fft) Pabco FIBER GLASS MAT (Aephait Costed) MiN MAX Fsbco Pabcoglsa Perms Glas-Meeh Roofing Mat Type 211 mih MAX manufacturers AMO TRADE NAMES ITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Woven cotton cloth. Grade and weave a* tpecified. Available to a variety of colors. Lagging doth jacket ever rigid type Insulation. Asphalt saturated, asbestos felt, coated with mineral ftU*d asphalt. Glass fiber mat, asphalt coated. Weatherproofing pipe insulation. Roofing and pipe insulation wrap. APPLICATION Cloth is sewed over Insulation costed with lagging coating. After drying, canvas is given a second coat. Wire or band in place over Insulation. Wire or band in place over insulation 1 OTHER DATA 1 l" i advantages Coating used is a PVA emulsion. Clean, decorative weather barrier jacket. Some brands have fire-retardaol pro perties. Basically a roofing material. Inexpensive, easy to apply weather prooflag. Inexpensive, easy to apply weather proofing. LIMITATIONS Not a vapor barrier. Las* abrasion resistance than most other type jackets. Lllllt resuUncr 10 moil olvtnt. UCC 022212 general DESCRIPTION FIBER CLASS FABRIC (Tar Coaled) Pentia Glae-Meab Perm* Fine Jackal ACCESSOR! ES jackets POLYVINYL CHLORIDE FILM POLYESTER FILM Mlnclc Adlwiin ProtakUtful MIN WAX Dupoot Mylar MIN | MAX MANUFACTURERS AND TRADE NAMES *ITH TEMPERATURE limits, *f basic materials AND AVAILABLE FORMS Close weave glass fiber with an applica tion of 20 io TO mils thickness of tar. Prefabricated polyvinyl chloride film outer jacket. USES Wrtpptog of insulated pipes* boilers, tanks* etc. Cover and protect Insulation against weather, abrasion and chemicals. Tough clear plastic film. Jacket for rigid type insulation. APPLICATION Applied over hoi surfaces and torch heated. Melted tar produces the necessary adhesion. Furnished to specified pipe circumferen ces. Has moistureproof ripper type closure that seals jacket in place. Held to place with strapping or adhesive. OTHER DATA Can be used on underground piping. cut In desired length with ordinary scissors. Available in tape form. ADVANTAGES Easy lo apply. Easy to apply. Very high tensile strength. limitations r Should not be used over asphaltic mater ials as certam types of tars and asphalts are noncompattble. Will not withstand flame impingement. More expensive than moai other Jacketing materials. UCC 022213 i2t |! I ! It I I I I i i t I ii lt i I I I CEW6RAL DESCRIPTION PREFORMED ALUMINUM MANUFACTURERS AND TRADE MARES WITH temperature LIMITS, *F Childers Roll Jacketing Corrugated (Sheet) Fleet Marking Alum ic or iDJul'CntfllO AS'Cor-J*c Prelortn.i! Uitil Pr*metre Smith Product* Smith Aluminum kttOJUHl 1-0 JACKETS PREFORMED STAINLESS STEEL PREFORMED ALTMlKl'M FITTING JACKETS iuui-CouiLke Metal-CUd Mirror Insulation Company -366 ZSOO -365 2500 Asaeco Regular Humped Childers Ell-Jaca Mirror Insulation Company MAX t BASIC MATERIALS AND AVAILABLE FORMS USES Preformed aluminum jacketing afreet. Available in various thicknesses and grades. Supplied with a moisture barrier inner-coaling to protect ticket from gal vanic and corrosive action due to alkaline migration. Preformed, precut *tatales* ateel jacket with sealed seam* and Joints. Gauge end type furnished as specified. Aluminum preformed insula Don jackets, fabricated to 111 standard pipe litlJogs. Sizes and grade aa specified with mois ture barrier toner Doer. An all-purpose piping and equipment jacketing material to protect insulation from leather, beat, abrasion and chem ical spillage. AU-purpose insulation Jacket, resistant to heat, (ire. weather, corrosion, abrasion and chemicals. Protect pipe insulation over titling*, especially ai elbows. application Fastened with aluminum strapping, alu minum sheet metal screws or aluminum rivets. Some brands ars furnished with special self-sealing seams and joinu. Fattened with stainless ateel strapping. Furnished with special self-sealing seams and joints. Can also be assfed with a specified mastic. The two matching halves are fastened in place with aluminum bands or alumi num sheet metal screws. OTHER DATA The term preformed applies to the curved characteristic of aluminum sheet as It comes from the roll. Also avail able in sheet form. Can be fabricated to fit pipe, tanks sad other cylindrical equipment. Humped type elbow- jackets are designed to fit a combination of interchangeable sizes but should not be used where exposed to physics) abuse. ADVANTAGES Can be removed and replace without damage, tow emuitvity. Can be removed sod replaced without damage. Maintenance fnee. Maintenance free, et&v to install insula tion jacket for pipe finings. Limitations Aluminum jacketing is not recommended j for highly alkaline areas. WfU have j higher surface temperature than stainless ateel jacketing under like condition*. Higher Initial cost than aluminum. UCC 022214 Not recommended tor highly alkaline areas. Should not be used in combination with jackets other than aluminum. 12* Acctssofties jackets GENERAL DESCRIPTION PREFORMED STAINLESS STEEL FITTING JACKETS Inaul-Couatlc Mirror Insulation gmtih Product# Lock-OQ manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS. *F PREJACKETED INSULATION (Aluminum) MIN MAX PREJACKETED insulation (Sui&Im Suet) KIN MAX Caray Johoa-ManvllU Afoul-On Owiu-CorftUiK Fabco Pittsburgh* Corning Preformed Mrui PnmntCD (With fitting# Included) Carsy Johos-MaovUk Mwial-Ou Owens-Corning Fabco pittaburgb*Cornlag BASIC MATERIALS AND AVAILABLE FORMS USES Preformed iMtnles* steel insulation jacket, shop fabricated 10 /it Mlaodard pipe linings. Sleet end type ns specified. Aluminum Jacket with tuner moisture barrier coating, factory attached to speci fied Insulation mater tat. Thickness, nod grade ol aluminum can be furnished as specified. Stainless steel jacket, factory attached to specified insulation. Thickness and type at spec tiled. Protect pipe Insulation over fittings. Quickly installed prejacketed insulation used on hot or cold piping. Fire, weather and chemical resistant. All-purpose, quickly installed pipe msulotion and Jacket, APPLICATION Fastened in place with stainless steel bands or auinJess steel sheet metal crews. Snaps on over pipe and seals with special Jock seam. End joints are sesled with mechanically applied aluminum bands. Snaps on over pipe, and seals with special lock seam. End Joinu are sesled with mechanically applied stain less steel bands. OTHER DATA Can be fabricated to fit special fittings and shapes according u> specifications. iflgher material cost fa offset by savings on installation. Higher material cost is oflsel by savings oo Installation and longer service life. ADVANTAGES All-purpose* maintenance free jacket. Can be installed or removed quickly without damage. Useful in areas eflerted by production shut downs. An *11*purpose maintenance free jacket. Limit at ions Restricted to special jnsulJaUons due u> higher initial cost. Use in highly alkaline areas ts not recommended. UCC 022215 I I I t I i GENERAL description accessukitj JACKETS POLYVINYL FLUORIDE Ruberofd TKA-100 PREJACKETED INSULATION (Reinforced Plastic) MN MAX PRECASED INSL'LATED PIPING SYSTEM MIN MAX -60 300 Inaul-Couatlc Armor-Cote -100 400 Kaiser Ebko Porter-Kaydan Ric-wtl WH MAX manufacturers AMD TRADE NAMES JTN TEMPERATURE LIMITS, *F BASIC MATERIALS AND available forms Polyvinyl fluor id* film lamioated to oeoprene saturated asbestos felt. 1/6 in. thick reinforced plastic jacket, factory applied Id specified insulation. Furnished to lit standard pipe and fittings according to specification*. Prefabricated piping with applied insula tion as specified and enclosed in a pre fabricated air testable conduit. USES Protects insulation against vapor* water, and weather. For indoor and outdoor pipe lafiliation under chemical conditions where periodic washdowns are required. Also used lor underground piping. Tor underground and overhead piping system*. APPLICATION Wire, band or cement in place over insulation. Fastens in place with special sealing bands Joints and seams are seated with faint cement. Installed in prefabricated sections with welded conduit connectors or special flange connections. OTHER DATA Low permeability. Firs resistant. No additional vapor aaal Is required for cold service. Detailed drawings and specifications are vaualfy furnished by manufacturer. ADVANTAGES Excellent weathering. Flexible, White. Lightweight and easy to apply. Resistant to solvents, acids and alkalies. Several different else lines can be includ ed inside the same conduit. LIMITATIONS Some heat distortion is encountered at 220 r. High lottl.l coil. UCC 022216 128 GENERAL DESCRIPTION ACCESSORIES JACKETS ELLIPTICAL HEAD JACKET {Aluminum) MN MAX Preformed Metal Premclco MlH MAX manufacturers AND TRADE NAMES PITH TEMPERATURE LIMITS, *F kUN MAX BASIC materials AND available forms Factory fabricated elliptical head jacket, furniahed in diameters from 1 foot to 13 feet. USES To cover elliptical beads. APPLICATION Attached u> aide wall jacketing by 6 inch flange extension. OTHER DATA InaJde surface la coated with a baked* on epoxy tnoiauire barrier. ADVANTAGES Aaaures uniform fit. Can be removed and replaced without damage. LIMITATIONS . Over 42 in. diameter beada are ahipped in tegmenta lor aaaembly on the job. UCC 022217 129 II I It I I I i i v i i ii i i i i i i GENERAL DESCRIPTION CRIP NAILS Owen* Corning ACCESSORIES FASTENERS MN MAX 1000 MACHINE DRtVEN NAILS - STAPLES and pins Spot Nall* Boatitcb Calwlre Brand MIN MAX STAPLES Acme Steel Bo* titch A. J. Gerrard Keystone Steel ami Wire Spot Nails SUN MAX MANUFACTURERS AND TRADE HANES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Steal Atucbtni Insulation to sheet metal ducts. Nalls, stapled and pins available in a variety oi sixes and grade*. Dillerent metals and coating* can be furnished as specified. A special pneumatic or mallet-operated gun la required to drive these fisteoera. Attaching insulation U) wood framing, sheathing or sheet mels) surface*. Stainless ateel or carbon steel. Secure insulation together and to wood surface*. APPLICATION Place insulation over steel to be covered (Surface must have firm, bard support). Drive bail through Insulation into steel, Neil penetrates half-wap through metal and pinches for strong grip. Driven with a special pneumatic or mallet-operated tool or gun. Driven with special hand-operated Stapling machine or hand driven. OTHER DATA advantages LIMITATIONS Corrode* to acid and caustic. UCC 022218 130 CEnERAL DESCRIPTION RIVETS Aseeco luauI-Coualic Pll-Grlp MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *E W k W W ^ ' WM fasten tm INSULATION CUPS MIN MAX La xeuco lac. SURFACE ANCHORS MIN MAX Miracle Acfitealvea UkiKb Aacton Moore Cameo Tuff-Weld Stick-KUp IMa'-atj min MAX BASIC MATERIALS AND AVAILABLE FORMS Aluminum and stainless alee) rival* with special rivet gun. WES rattening aluminum, atainlena atea) and other metal jackets. Steel or aluminum. Secure insulation to light gauge metal (Maximum IS gauge mild statnleeal Cooatate oi metal or nylon base with a spindle or prong extending from canter. Attaching and supporting insulation to masonry, wood or metal surfaces. APPLICATION Using rubber mallet, drive clip through insulation and metal, engaging automatic locking tongue. Plates an cemented to desired surfaces and tsaulatlon ia attached. Self-locking wSahara era pieced on spindle to hold Insulation firmly in place OTHER DATA ADVANTAGES LIMITATIONS I UCC 022219 131 I ( I I I i iI i i I I I I I I I I I I I general DESCRIPTION WELD NUTS Shop Fabricated Local Supplier* MANUFACTURERS AND TRADE NAMES W17H TEMPERATURE UNITS, *F ACCESSOR! E S pastEHSRS WELDED STUDS, PINS AND CUPS metal sthapping and cups MN MAX KSM Products KSM Stud Weld-Arc K$M C.D. Stud Weld Nelson Stud Welding N*1 W|d MIN MAX Acme Steel Asesco A.J. Gerrard Xnul-C<ai*Uc XSM Product* % Lexauco, Inc. Smith Products Stanley TachsUoy SUN MAX BASIC MATERIALS AND available forms USES 1/2 in. square steel pul* punched but not threaded. Steel studs and fastening devices for welding to meu) surfaces. Also steel pins (nails 10 gauge and 12 gauge) for wefdfng to ducts and tanks. Can he furnished in jntW or stateless steel. Metal strapping and clips can be obtained l& various widths and thicknesses and is different metals. Providing anchor points for wire* to secure insulation in tanks and other metal surfaces. Providing anchor points to support and secure insulation to tanka and other metal surfaces. Securing insulation to pipes and equip ment. APPLICATION Welded to metal surfaces on which Insulation is to be applied. Studs ere welded lo metal surfaces with a portable srr stud welding gup. Pina are welded with a portable power unit and portable capacitor discharge type gun. Applied around insulation, then tightened. tut to length and clip sealed with a special tool. OTHER DATA Capacitor discharge (CD) method is used on thick meul while arc method is usually used on thicker meta) ADVANTAGES Fssi method of providing inchors for Insulation. LIMITATIONS ' n "- UCC 022220 ' , ............... . ii 132 general DESCRIPTION METAL STRAPPING (romniv*) Aero AcraHex ALlLddUKJ t a pastehers ANGLE PINS WN AUX "Pittsburgh-Coming PC Angle Pina LATH CUPS wnTMAX Pittsburgh-Coming Lath Clip* MfN MAX MANUFACTURERS AND trade names 17H TEMPERATURE LIMITS, mf BASIC MATERIALS AND AVAILABLE forms OSES Formative steel strapping* Consist* of a continuous aeries of angular con nected links in a foot lengths. Angular lengths are pierced *uh boles. Metal. ft In. x ft/4 in. x 1 in. Can be used to make Insulation supports and clamps. Also for formation of safer)* guards, . Fasten cellular glass blocks to newly peurrd concrete ceilings. MaUl Fasten wire mesh or Uth to cellular glass which is to receive a gypsum plaster. APPLICATION Bend to shape desired. Inserted Into insulation with bem rod protruding' Concrete is then poured on Insulation, Clip is inserted in cellular glass on IB loch centers. OTHER DATA i ADVANTAGES i limitations 20Stamped of gauge steel. I Pins are inserted in cellular glass at a 4ft degree angle. Puah-in type spring clips. .. UCC 022221 133 I( I I I II. |i I' I I I 1 I I I II !I I II l I I GENERAL DESCRIPTION STRAP FINGERS A- <J. Qcntttl ACCESSOR!ES FAITEMERS EXPANDER BANDS mu USX AJ. Gerrard TeohaUoy MIN MAX CLAMPS AND SPACERS FOR TRACER USES min MAX A.J, Gerrard Shop Fabricated MANUFACTURERS AND TRADE NAMES RITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Die cut atainleaa steel atrap fingers am! listener** AvailAble is various sue* and materials a* specified. Meta) strapping bands corrugated or spring loaded to provide tena ion. Avail able in a variety of size* and materials U specified. Carbon steel fabricated according to UCCC Standard P-ti-tA. Supporting sod centering cross strapping around insulation, May be used to trans mit vertical load to horizontal straps and to anchor head strap* p insulated vessels. Allow expansion and contraction without damage Co Insulation, . Support and position steam tracer lina before Insulation is appJird. APPLICATION Secured with aprcU.1 Itetencr*. Strapping la cut to desired lengths and spliced with special fasteners. Bolted in place according to UCCC Standard P-&4, OTHER DATA ADVANTAGES LIMITATIONS UCC 022222 - UN I Vh I I I I i ! I I I I J I I It 1 I I1 I I A# GENERAL DESCRIPTION ACCESSOR! ES PASTENERS CLASS FILAMENT STRAPPING TAPE (Vinyl Reinforced) MIN MAX GLASS FIBER TYING CORD MIM HAX GLASS CLOTH TAPE WIN MAX JohAA-Mtovill* Dutch Brand No. 400 Owinj-Comlnj *300 1000 Myittc HI-Low Trap GIam ClfitA -no 330 MANUFACTURERS AND TRADE MANES RlTH TEMPERATURE LIMITS, p BASIC MATERIALS AND AVAILABLE FORMS USES Vinyl backlog, reinforced with (laii strands. Pressure sensitive rwbfcer base adhesive. Widths 1/2 la, 3/4 In. J in., and others, Length 60 yard*. Thickness 12,5 mils. Glut fiber thread! made iota cord with bteewa* suing. Strapping tape. Tying flexible duct insulation in place. Class cloth tape with pressure sensitive aificooc adhesive. Widths of l/a in. to 1 in. Lengtha of 30 yards oa 3 in. core. Thickness ia 0.009 in. Isolation of dissimilar metals oo beat traced lines to prevent galvanic corro sion. APPLICATION Pressure sensitive. Apply flexible insulation to duel by wrap ping typing cord around Insulation and knot. Excelled acid, oil and water resilience. Fair solvent resistance. OTHER DATA Colors ivfttlthle. Good thermal and electrical properties. ADVANTAGES Waterproof. LIMITATIONS UCC 022224 I3E * GENERAL DESCRIPTION STRAP SEALER Aonn StMl A. 1. Gomrd SUBloy ACCESSORIES TOOLS STAPLE AMP NAILER GUN STUD WELDING GUN MN MAX Spota.it. MIN MAX K5M Product* KSM Stud Weld Ncieoc stud Welding Wei Weld NUN MAX MANUFACTURERS AND TRADE NAMES RITH TEMPERATURE LIMITS, *F BASIC MATERIALS ANO available forms USES Lever operated tstl clip crimper. Pneumatic or mallei operated nailer fun. Aieo available lb grip operated model*. Pistol type itod welding fug with a selection of power jourcea available to meet moat application requirement*. Crimp seal-clip in piece fastening eads of strap together after being tightened. Driving nail*, pise end stapled which are available in an Mtartxnant of shapes, ilt*t, and material*. High speed precision welding of etude and fmatenere for supporting and secur ing insulation tq steel tanka and equip ment. APPLICATION Low prci.ur. itr op*nt*d fun with pu*bbuttoo or Ixlgg.r control. OTHER DATA ADVANTAGES limitations UCC 022226 - ACCESSORIES miscellaneous general DESCRIPTION ANTI-ABRASION COATWO ANTI-ABRASION COATING BEDDING COMPOUND Dampney Dmnpcey No. 70 Block Min MAX 000 CarboiiM PolycUd 033-0 Foittr 30*10 (7R) Pitt*burgh- Corning Coxc pound l-A Vttaaace Vicarloo No. 000 MAX -320 300 330 300 Arabo) M-33-B lnau1*Couatle Ain Joint 10405 Pittaburgh-Coralng Pntiu) 111 J27 400 -100 300 -100 300 MANUFACTURERS AND TRADE NAMES MTff TEMPERATURE LIMITS, *F BASIC materials akO available forms Modified solvent type vinyl coding. USES Application to cellular glut insulation surface! to reaiat abrasion. Application to cellular gUtc luuituoo turftees to reamt *brau>n. PUaUc but. Insulation iolai staler end bedding compound. APPLICATION Brush or spray. Bruth or spray. Trowel or caulking gun. OTHER DATA 300 square feet per gallon coverage. Meeta Specification M!L-B*-)9564, I advantages LIMITATIONS will not tupport combuallon in dry atate. RtiliiuA to itr*. tolvtot. .cid and lk.lt. Not olvoi rttiium. UCC 022227 I I P I I i h fi i i\ i i I i if i i i i i ACCESSORIES MISCELLANEOUS GENERAL DESCRIPTION manufacturers ANO TRADE NAMES WITH TEMPERATURE LIMITS, *F HEAT RESISTANT COATING HZ AT TRANSFER CEMENT COLD WATER PASTE TmUt 61 x 60 MN MAX -100 1200 Cbemaa Tractt Pic-O-Powir Tempcon Plastics Tberm do Standard T-63 (Warntherproof> T-63 T-5 (Cooling Only) MIN MX Momlnfftnr-PtJsUy No. 46-671 Reardoo Suparoel Past* -620 750 - go 375 -620 1250 - 90 125 to iso MIN MAI BASIC MATERIALS AND AVAILABLE FORMS USES Park gray coating. Known as "Bore Coating" to the trad*. High temperature lagging adhesive and heavy bodied solvent coating used lor stress corrosion inhibition. inorganic* non-toxic, beat transfer cements. Glue site wheat cereal cold water paste. Conducting heat efficiently from electric resistance type heating elements or steam tracing to pipe, valves, tanka, platens and dies. Must be applied in conjunction with thermal insulation. Attecblng ctnvu )ck*i lo high tempera ture IMuUlton. APPLICATION Spriy or brush. H*od trowelling or with gun. Mix powder with cold water to consistency desired. OTHER DATA Inhibits stress corrosion in stainless steel when applied a* a coating under Insulation. ADVANTAGES Also used a high temperature flashing. Excellent mechanical and thermal shock. Very inexpensive. LIMITATIONS UCC 022228 Not wster resistant. l0 . ! 1 i i i i * i i i i i i i i ACCESSORI E 5 MISCELLANEOUS GENERAL DESCRIPTION SOUND BARRIER TYPE FACING FOR THERMAL INSULATION HEAT TRANSFER UNIT WN MAX Corto CouitlUb Tberroon Heat Transfer Unit WN MAX 375 MANUFACTURERS AND TRADE NAMES ITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS Lead~cott*inu>g, vinyl-coated gl&3s or cotton woven fabric. With or without aluminum foil on one tide. Available in pressure sensitive tape. Consists of two sheets of copper bonded together and expanded to form a panel with chancels permitting heat transfer fluids to be circulated. Heat transfer cement U already In place on ooe side. USES Abating noise and vibration. Can be used as facing lor thermal insulation. Many other uses such at radiation barrier. To maintain storage temperatures and provide beating or cooling for to* heat load. APPLICATION Applied with flexible damping adhesive to metal, wood and Insulation, Applied to outside surface. OTHER DATA Used to abating ooiae and vibration in everything from Jet liner* to electric typewriters. ntStocked Is Urge qontm. M*dc (or curved ur(Ac*, ADVANTAGES Flame retardant. Efficient heat traaafer. Even tempera* tore distribution. limitations Little thermal Insulating properties. UCC 022229 MIN MAX