Document KnDyzDQqgn0nYaOR89d9o116

Attorneys At Law Phone: (304) j46-5500 Fax:(304) 346-5515 E-Mail: hendrickson&long@cicynet.net May 15, 1997 VIA HAND DELIVERY Patty Longfellow Jackson & Associates 606 Virginia Street, East Charleston, WV 25301 Re: Wilbur Winter et al., v. OCF Civil Action No.: 84-C-3868 Dear Patty: Pursuant to instructions from Scott Long, I enclose original defendant's trial exhibits, in the original box, for the above-referenced matter. Scott has a note which indicates that these are from Mon Mass I, Phase II. Should you have any questions regarding the documents, please feel free to call me or Scott. Please sign below to acknowledge your receipt of these documents. TCB/lkh:2io34 Enclosures RECEIVED BY- / / rfr, H n W v- DATE: ~J/<./6~7 Sincerely yours/ (I Terri C. Bohach Legal Assistant j2X__ Gates Building Suite 300 108 1/2 Capitol Street Post Office Box 11070 Charleston. WV 25339 / c 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 @ 1000 F should be 0.35 @ 300 F 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 "Flintkote No. 716" Add Foster81-71 -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 DESIGN AND CONSTRUCTION UNION CARBIDE CHEMICALS COMPANY Division of UNION CARBIDE CORPORATION THERMAL INSULATION AND ACCESSORIES MANUAL October 1962 M. U. Dorsey W. C. Turner x W. D. Wintz J. F. Malloy ' TECHNICAL CENTER SOUTH CHARLESTON WEST VIRGINIA CONTENTS Page INTRODUCTION 1 INSULATIONS CHARACTERISTICS Block, Board, and Preformed PipeCovering........................................................... 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 PipeCovering.................................................. Blanket, Felt, Tape, and Rope................................................................................ Cement.......................................................................................................................... Loose and Fill............................................................................................................. Reflective.................................................................................................................... Sprayed, Foamed, and Formed In Place............................................................... Cryogenic Evacuated Systems and Materials......................................................... 57 62 65 67 69 70 71 ACCESSORIES 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 I Explanation of Characteristics................................................................................... I-1 APPENDIX n Manufacturers............................................................................................................... H"1 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. INSULATIONS CHARACTERISTICS BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES i Fiberfrax F-13 2 Fiberfrax XB Board 3 Fiberfrax T-30 Tubes BASIC MATERIAL Alumina-silica fiber and binder GENERAL FORM Rlfid block ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ALKALINITY, pH CAPILLARITY, Toby weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE 30 80 Incombustible 3200 F DENSITY, lb / cu It DROP RESISTANCE HARDNESS, tn m penetration HYGROSCOP1C1TY, T. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 12 to 20 Good at room temperature except HF and Hj PO, Fair to poor at room temperature RESISTANCE TO solvents Excellent SHRINKAGE - HEAT UNEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, psi 0.3 T 1500 F 0.19 to 0.32 A.0 %'S 2000 F Alumina silica fiber and binder Rigid board Incombustible 3200 F 25 . Good Poor 0.4 T.lf 1500 F 4.0 To if 2000 F 0.40 Alumloa-silics fiber and binder Rigid tubes, 1/2" ID to 40" ID. wall thickness 0.05" to 1.0" Paper binder burns out. Does not explode. 3200 F 30 to 43.2 Good at room temperatures except HF and Hj PO( Fair to poor at mom temperature Excellent 6.4 %(? 2300 F 3.1 "V (3 1532 F 0,48 to 0.69 STRENGTH - FLEXURAL. pi STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi TEMPEP.AT1 re LIMITS CONTINUOUS SHORT PERIOD CYCLIC Atmos Atmos Atmos Min Min Min 2000 2300 2300 FMaxAtmos FMasAtmos FMaAx tmos Min Min Min 2000 2300 2300 TEMPERATURE RISE SELT-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hn (sq fti (deg F / in. i 0.36 (f ,00 F 0.86 fi 1000 F 1.26 2000 F 1.48 If 1600 F 1.6? If 1800F 1.8? la 2000 F 0.5 If 500 F 0.9 <f 1000 F 1.1 1500 F 1.4 If 2000 F THERMAL DIFFUSIVITY. sq ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Excellent Excellent WAR PAGE - IN SERVICE WATER ABSORPTION , by weight 300 100 WATER VAPOR TRANSMISSION ADVANTAGES Excellent thermal shock resistance. Will withstand flame impingement. Can be readily machined. Not softened by water. Excellent thermal shock resistance. FMaxAtmos FMaxAtmos FMaxAtmos Min Mm Min 2000 F Max 2300 F Max 2300 F Max 0.60<S goo F 0. BO 1000 F 1.04 If 1400 F 1.34i" 1800 F 1.49 2000 F Good Saturates Can be machined. 1 sed lor Hue tubes, combustion chamber liners, furnace liners and insulating sleeves LIMITATIONS CHARACTERISTICS BLOCK,BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE 1st RUN fr weight loss 2nd RUN ALKALINITY, pH CAPILLARITY, V by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY', lb / cu It DROP RESISTANCE HARDNESS, m m penetration HYGROSCOPIC1TY, rt by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 10 Trsnsite, Permaboard Asbestos fiber and cement Rigid board 7 to 13 2500 F Incombustible 100 to 125 Not acid resistant Fair II Asbestos Millboards, Asbestos Millboard 106. 102, 219 and "C`\ Detroc Board Asbestos fiber and binder Rigid board Incombustible 12 Kay-Therm. Trl-Calite. Kaylo." Caltemp, Calsllite. Calcium Silicate. Hylo Calctum-itllcate and aabeatoa libera Rigid block tad pipe covering 10 to 20 20 to 40 8 to 11 412 to 535 2. 6 x 10 Incombustible SO to 60 Will not cause steel to rust Stainless must be protected Some manufacturers' products will hot surface crack 10 to 13 ! Good Poor to fair Moderate RESISTANCE TO SOLVENTS Good SHRINKAGE - HEAT !sPECIFt<" GRAVITY | UNEAR j VOLUMETRIC 1 REAL |APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, psi 1.6 to 2.0 I | 0.50 to 0.96 iSTRENGTH - FLEXURAL. pa* {STRENGTH - SHEAR, psi !STRENGTH - TENSILE, psi TEMPERA-I RE LIMITS CONTINUOUS -50 F Min SHORT PERIOD -100 F Mm CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING 600 F Max 1000 F Max Atmos Min Atm os Mm THERMAL CONDUCTIVITY, btu ' (hri isq fti (deg F / w.) THERMAL DIFFUSIYTTY. aq it / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE AVAR PACE - IN SERATCE W ATER ABSORPTION . *,, by weight WATER VAPOR TRANSMISSION A.0<9 100 F to 4. S IS 100 F Poor 2j advantages Hard and dense.- Good mechanical strength. Good 1.S*",I 1200 F 2.6 T< to 9.9 " 0.9 *V '? 1000 F 2.3 to 2.6 O.V. to 0.22 0.22 to 0.2S '.5 to 163 5 Te deformation 120 to 263 <?10 deformation 50 to 75 59 to 222 ) 7 to 37 600 to 1200 F Max Atmos Atmos Atmos Min Min Mm 1200 to 1350 FMax 1200 to 33GO F Max 1200 to 1350 F Max No evidence of self heating unless contaminated 1 0.29 '5 100F to .33 '5 100 F | 0.43 ' 400F to 0.51 = 400 F | 0.33 iS 100F to 0.03 i' COO F 1 h. 013 to 0 016 400 F and 12 lbs j Good 1 Good Some manufacturers' products will warp when used above 750 F 4JO to 3-50 i i j 1 j 21 perm-inches ' Good compress^** strength. Maintains shape and most of sirenph when wet. Can be prefabricated. LIMITATIONS Will not withstand fire exposure When broken, pieces (all apart. Not suitable for bridging gaps. 5 GENERIC CLASS NUMBER INSULATION TRADE NAMES Kavlo-20, Calsilite-Hi, U K.-20. 13 14 Novoid Cork, Jointile, LT Cork. Corkboard, BB Corkboard. 15 Enduro, Hi Temp No 19, Superex, Hy Temp. Type 19, Prasco 19-C, No 19. BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ALKALINITY. pH CAPILLARITY. G by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY CORROSION - RUSTING FLASH FLAME MELTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu It DROP RESISTANCE HARDNESS, tn m penetration HYGROSCOPIC1TY, r by weight RESISTANCE TO ACIDS Calcium-silicate and asbestos fibers Rigid block and pipe covering 3 to 20 6 to 40 8 to 10.5 High Incombustible Will not cause steel to rust Stainless must be protected 21 to 13 60 5 Poor to (air Cork Board and pipe covering Good 7 5 * 10*S Will bum. Softens < 200 F Steel should be protected 6 to 10 Res ilient 1.0 Poor Siatomaceou* allica, and binders. Rigid block and pipe covering 30 to 37 53 to 5 7 to a 240 12 x 10'8 Reheated Incombustible Will not cause steel to rust Stainless must be protected 23 to 23 0. l-O to 0.90 2 to 6 Good RESISTANCE TO CAUSTICS Good Good RESISTANCE TO SOLVENTS Good Not affected SHRINKAGE - HEAT UNEAR 1.7 7.(9 1600 F VOLUMETRIC 0.7'.iff 1200 F SPECIFIC GRAVITY REAL APPARENT 0,17 to 0.22 0.10 to 0.16 SPECIFIC HEAT, btu / lb 0, 22 0.43 STRENGTH - COMPRESSIVE, psi STRENGTH - FLEXURAL, pai 120 to 130 <5 5 Tf deformation 150 @ 10 * deformation 40 to 90 5 o 7 deformation 25 25 7 deformation 15 to 21 STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi TCMPEIU7. RE LIMIT? CONTINUOUS Atmos SHORT PERIOD Atmos CY C LI C Atmos Min Min Mm 1600 F Max 1600 F Max 1600 F Max -250 -300 -300 F Mm F Min F Mm 200 F Max 220 F Max 220 F Max TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / fhn <sq i i (deg F / in.) No evidence o( self heating unless contaminated. 0.4b <9 200 0.54 <6 400 0. SO 900 F to 0. 62 <5 200 F F to 0.00 ? 400 F F to 0.90 <9 900 F 0.23 I? -30 F 0.24 S OF 0.26(3 60 F to 0.27 (3 0 F THERMAL DIFFU5IY1TY, sq ft / hour 0.010 <? 200 F and 12 lbs 0.00C6 <9 0 F and 7 lbs THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Excellent Good Good Excellent 2.5 *V <3 1900 F C to 10 r, 1500 F 2.2 to 2.3 0.34 to 0.40 0.22 to 0.28 t2 to 123 57 deiormanon 67 to 200 107 deformation 50 tn 87 43 to 3C0 15 to 20 Atmos Atmos Atmos Min Min Min 1900 1900 lS^O FMa\ FMax FMax No evidence of self heating unless contaminated 0.69 (3 500 F to 0.72 ? 500 F 0. 7.i '3 COO F to 0.74 00 F 0.77 (3 600 F to 0.S1 '= 600 F (0.009 to 0.012 '? 300 F Excellent Good WARPAGE - IN SERVICE WATER ABSORPTION , 7, by weight WATER vapor transmission 4b0 High 3.0 to 7.0 perm-inches 240 to 250 20 to 212 perm-inches ADVANTAGES LIMITATIONS Good compressive strength. Low shrinkage. Maintains shape and most of strength when wet. Can be pre fabricated. When broken, pieces (all apart. Not suitable (or bridging gaps. Resilient. Will withstand contraction Handles well, particular^ where and expansion. Can be prefabricated. retired as inner laver covering. Will ourii slowly and punk afterward. Looses most of strength when wet. Depends on sapor barrier for effeetiv< t nsuitable to bridge gaps. Difficult low temperature sen tee. to prefabricate. BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES 19 Foarngtas Roof Insulation 20 Heavy Density Sectional. Armaglaa PF. Dual Temp, Superglaa 21 Fiberglaa Low Pressure, Armaglaa Low Pressure, Superglaa Low Pressure. BASIC MATERIAL Cellulnr glaa Flbroua glaaa and binder Fibrous glass and binder GENERAL FORM ABRASION RESISTANCE 1st RUN % weight lota 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, m m penetration HYGROSCOP1C1TY, re by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Rigid roof insulation Poor 7.5 None 46 * lO*7 Incombustible 1600 F Will not cause steel to rust Does not contribute Will .tress crack 6 to 10 0 Good except HF and H3P04 Good from pH 7 to 10 Semi-rigid pipe ooverlag 40 8 to 10 Negligible Semi-rigid pipe covering 40 8 to 10 Negligible 1400 F Will ool cause steel to rust Stainless should be protected 5 to 10. 7 1/4 Average 1400 F Will not cause steel to rust Stainless should be protected 5 to 10. 7 1/4 Average 0 Good from pH5 to 7 except HF and H,PO< Good from pH 7 to 10 0 Good from pH 5 to 7 except HF and H3PO, Good from pH 7 to 10 RESISTANCE TO SOLVENTS Excellent SHRINKAGE - HEAT SPECIFIC GRAVITY LINEAR 0 7. 600 F VOLUMETRIC REAL APPARENT 2.5 0.125 to 0.160 SPECIFIC HEAT, btu / lb 0.20 STRENGTH - COMPRESSIVE* psi 100 <2 o % deformation 2.5 0.12 Average 0.20 2.5 0.12 Average 0.20 STRENGTH - FLEXURAL, pai 75 STRENGTH - SHEAR, psi 64 STRENGTH - TENSILE, psv 64 TEMPEP.ATI RE LIMITS CONTINUOUS -450 F Min SHORT PERIOD -450 F Mm CYCLIC BOO F Max 600 F Max TEMPERATURE RISE SELF-INTERNAL HEATING No self internal heating THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / in.) THERMAL DIFFl'SIV1TY, ,q It / hour 0.32 0.35 @ 0.39 (S SO F 0F 70 F 0.018 70 F 0.46 @ 200 F 0.60 <? 400 F 0.84 @ 600 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Poor Poor WARPACE - IN SERVICE Will not warp WATER ABSORPTION . by weight 0 WATER VAPOR TRANSMISSION 0 ADVANTAGES Impervious to water 60 60 To-320 F Mm 200 to 450 F Max To -320 F Min 200 to 500 F Max Atmos Atmos Atmos Mm Min Min 250 F Max 250 F Max 250 F Max 0.24 I? 70 F 0.25 100 F 0.015 75 F Good Good 0.29 S 800F 0.35 1000 F 0.24 70 F 0.25 <9 100 F 0.015 t 75 F Good Good 0.29 600 F 0.35 @ 1000 F 300 100 perm-inches Resilient. Available with a variety of facings. Light weight. 350 100 perm-inches For low pressure steam lines. LIMITATIONS Not abrasion resistant. Must provide for expansion and contraction. Low compressive strength. Depends on vapor barrier for low temperature service. 6 oku^rv, oumi-iu rxu rntrunmcu rirt LUVLKINlj GENERIC CLASS NUMBER INSULATION TRADE NAMES BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ALKALINITY, pH CAPILLARITY. T, by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu It DROP RESISTANCE HARDNESS, m m penetration HYGROSCOP1C1TY, ^ by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 25 Fibergias PF-600 senes, ArmsgUs PF-600 series. JM MIcroIlte, EPF - 600 series, Pabco - 600 series. Fibrous glass and binder Semi-rigid board 40 8 to 10 Low Will not cause steel to rust Stainless must be protected AE Board AE-6 Board 26 | 27 Armagias Roof Insulation Fibergias Roof Insulation Fibrous glass and binder. Aaphalt coating. Rigid rd 40 6 to 10 Low 550 F 150 F Asphalt Will not cause steel to rust Stainless must be protected Fibrous glass, binder end asphalt cover. Board 40 8 to 10 Low* 8 x 10`5 425 F Aaphalt 150 F Asphalt. 1400 Glass 1 1/2 thru 10 1/2 5 to 7 (Wool) 11 to 16 0 Good from pH 5 to 7 except HF and H,PO, Good from pH 7 to 10 0 Good from pH 5 to 7 except HF and h3po4 Good from pH 7 to !0 Less than 1 Good from pH 5 to 7 except HF and HjPO| Good from pH 7 to 10 resistance to SOLVENTS Good Poor to hydrocarbon solvents Good (excluding cover) SHRINKAGE - HEAT SPECIFIC GRAVITY UN EAR VOLUMETRIC REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, psi STRENGTH - FLEXURAL, psi 2.S 2.5 Glass 0.06 to 0.11 0.20 0.24 0. 07 <2 10 Ti deformation for 2 lbs to 3 <9 10 deformation 3.5 10 7f deformation for 10 1/2 lbs 0.9 @ 5 7# deformation 3 at 2 lbs to 40 at 9 lbs 30 0 % @ 200 F 2.5 Glass 0.18 to 0.30 0.20 10 10 7o deformation 20 < 25 7. deformation SO STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi TEMPEP.A7I RE LIMITS CONTINUOUS SHORT PERIOD CYCLIC 0.2 to 1.0 -300 to -30F Mm -300 to -50 F Mm 250 to 450 F Max 250 to 450 F Max 0.70 Flatwise -50 F Min -50 F Mtn 90 to 100 F Max 90 to 100 F Max 90 to 100 F Max Atmos Atmos Atmos Mm Mm Mm 175 F Max 200 F Max 200 F Max TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / fhrj fsq ft) (deg F / In.) 0.26 "I 100 F to 0.31'? 100 F 0.32 IS 200 F to 0. 43'S 200 F 0. 36 300 F to 0. 60 '5 300 F 0.27 @ 70 F 0. 2, IS (if 0. 25 30 F 0.27 (? 7C F 0. 2? IS 100 F THERMAL DIFFUSIV1TY. sq ft / hour 0. 022 $ 203 F ind 6 lbs 0.016 < 70 F and 6 lbs 0.00? (? 70 F and 12 lbs THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Good Good Good Good Will puncture Good WARPAGE - IN SERVICE WATER ABSORPTION . *1 b\ weight WATER VAPOR TRANSMISSION ADVANTAGES 400 to 1000 100 perm-inches Resilient. Low conductivit>. Wide range of densities and strengths for varied usage. 600 3 perm-inches Lightweight. Resilient. Less than 0.05 perm-inches Lightweight. Resilient. LIMITATIONS Low mechanical strength. Depends on vapor barrier for low temperature application. Will not resist mechanical abuse. Depends upon vapor barrier. Will burn. Depends on vapor barrier installed prior to application. Does not retard water flow. Will not resist fire. BLOCK, BOARD AND PREFORMED PIPE COVERING GENERIC CLASS NUMBER INSULATION TRADE NAMES Rock Cork 31 32 LT-4 Felt, LT-6 Felt. LT-8 Felt. ( 33 Banroc M. MT Board. Therma-K. Teropllle. BASIC MATERIAL Mineral wool and if phallic binder Mineral wool GENERA. FORM ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ALKALINITY. pH CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu ft DROP RESISTANCE HARDNESS, zn m peoetralioo HYCROSCOPICITY, "i by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Rigid board IS 26 8 to 8 1/2 Negligible 4.5 x 10'6 lncombuatlble Will not cause steel to ruat Stainless must be protected 14 to 15 Poor Fair Seml-rlgld board 4. 6 and 8 RESISTANCE TO SOLVENTS Poor SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Low 2.4 0.22 to 0.24 0.27 STRENGTH - COMPRESSIVE, pel 12 ( 5 % deformation 14 @ 10 deformation STRENGTH - FLEXURAL, pal 30 STRENGTH - SHEAR, psi 10 STRENGTH - TENSILE, psi 24 TE.MPEP.AT1 RE LIMITS CONTINUOUS -300 F Mm SHORT PERIOD CYCLIC 350 F Max TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / in.) 0.27 g -so F 0.29 g OF 0.31 g 30 F 0.33 g 70 F 0.34 g 100 F THERMAL DIFFUSIV1TY, aq ft / hour 0.0067 g 70 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Good Fair -300 F Min WARPAGE - IN SERVICE |-W---A--T-E--R----A-B--S--O--R--P--T--I-O--N---,--*-.--b--y--w--e--ig--h--t------- IS water vapor transmission 16 to 22 perm-inches ADVANTAGES Easily filled. LIMITATIONS Soft. Dependent upon outer vapor barrier in low temperature service. Mineral wool and binder Semi-rigid block and board 7 to 9 700 F 1000 F Will not cause steel to rust Stainless must be protected 8 to 10 Fair Fair Fair 0 % @ 700 F 2.6 0.12 to 0.16 0.22 1 @ 10 7* deformation 25 to 30 | 450 F Max Atmos Mm 700 to 1000 F Max Atmos Min 700 to 1000 F Max 0.26 g 100 0.30(9 200 0.34 300 F F F 0.013 g 100 F Good Fair 0.39 g 400 F 0.45(2 500 F 0.65 g 700 F Resilient. Unsuitable for prefabrication. Dependent upon outer vapor barrier. 12 . .. _ ww* cn mu GENERIC CLASS NUMBER INSULATION TRADE NAMES 37 Tuffhte Exapnded Polyethylene 38 Armalite, Dyfoam. Alurru/oam, J Foam, Exapnded Polystyrene. US Cellofoun. Urn-Crest | 39 rufflile High Density Board BASIC MATERIAL Expanded polyethylene Expanded polystyrene (bead) Expanded polystyrene GENERAL FORM ABRASION RESISTANCE lit RUN % weight lost 2nd RUN ALKALINITY, pH CAPILLARITY, 7. by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY CORROSION - RUSTING FLASH FLAME MELTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, tb / eu ft DROP RESISTANCE HARDNESS, m xn penetration HYGROSCOP1CITY, 7. by weight RESISTANCE TO ACIDS Flexible board 6.5 to 7,5 MS F 575 F 220 F 1.9 to 2.2 Negligible Good Rigid block, board and pipe covering Rigid board 6,5 to 7.5 0 35 - 40 x 10'6 670 F Seil-anulfing grade available 690 F 230 F 6.5 to 7.5 0 670 F 690 F 230 F 0.9 to 1.2 Negligible Good except oxidizing acids 4.3 to 4.7 Negligible Good except oxidizing acids RESISTANCE TO CAUSTICS Good Good Good RESISTANCE TO SOLVENTS Good except aromatics Poor for hydrocarbons Poor (or hydrocarbons SHRINKAGE - HEAT SPECIFIC GRAVITY UNEAR VOLUMETRIC REAL APPARENT 0%@ 120 F 0.03 to 0.035 1 140 F SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, psi 0.30 40 F 7 (5 10 % deformation 5 @ 5 % deformation STRENGTH - FLEXURAL, pai STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi 20 to 30 TEMPEP.AT1 RE LIMITS CONTINUOUS -SO F Min SHORT PERIOD -50 F Min CYCLIC 160 F Max 195 F Max 195 F Max TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / in.) THERMAL DIFFUSIV1TY. ,q ft / hour 0.29 OF 0.35 70 F 0.05 40 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Excellent 2 7. 175 F 0.014 to 0.020 0.32 3 to 16 2 7# deformation 12 to 34 30 10 to 40 -400 F Min 175tol80 F Max 175 F Max 175 F Max 0.19 -50 F to 0.21 -SO F 0.20 0 F to 0.22 OF 0.26 @100 F to 0.29 100 F 0.063 g 70 F | Excellent 0.06 to 0.07 0.27 120 <& 3To deformation -400 F Min 173 F Max 0.25 @ 40 F 0.017 19 40 F Excellent WARPACE - IN SERVICE WATER ABSORPTION , 7. by weight 0.2 Low Low WATER VAPOR TRANSMISSION 0.4 (Dry Cup) perm-inch 2.0 to 5 perm-inches 0.7 perm-inch ADVANTAGES Resistant to physical abuse. Flexible . Easily fabricated. Low conductivity*. Withstands constant water immersion Very lightweight. Low water absorp tion and transmission. Good strength. Low conductivity. Can be used for pipe saddles and tank supports. LIMITATIONS Will burn. Will bum but can be obtained in self-snuffing grades. Will burn. l GENERIC CLASS NUMBER INSULATION TRADE NAMES 43 Urethane Roof Insulation 44 Flexible Slayfoam, Thermax. 45 Rigid Armaflex, JM Rigid Aerotur BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE let RUN % weight lota 2nd RUN ALKALINITY. pH CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / eu ft DROP RESISTANCE HARDNESS, m m penetration HYGROSCOPICITY, % by weight RESISTANCE TO ACIDS Expanded polyurethane and roofing membrane Rigid tool Insulation Expanded polyurethane Flexible board sad pipe covering 0 Will bum Sell-enuffiog grade available 1.9 1.3 to 3.8 Expanded rubber Rigid pipe covering SelPsnuffing 7.5 to 8.5 Good RESISTANCE TO CAUSTICS Good RESISTANCE TO SOLVENTS Fair to poor SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, psi STRENGTH - FLEXURAL, pal 25 5 % deformation 35 @10% deformation 140 STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi TEMPERATURE LIMITS CONTINUOUS Atmos SHORT PERIOD CYCLIC Min TEMPERATURE rise SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hrj (tq It) (deg F / in.) 0.13 Atmos Temp THERMAL D1FFUSIV1TY. q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE 1 1/2 @ 50% deformation 3 % @ 200 F 5 7. 220 F 0.126 to 0.136 31 -300 F Mm 275 F Max -400 F Min 220 F .v 0.29 g 75 F 0.24 <9 75 F to 0.2S g 75 F 0.26 g 100 F to 0.29 g 100 F WARPAGE - IN SERVICE WATER ABSORPTION . % by weight WATER VAPOR TRANSMISSION 0.08 perm-inch 65 0.1 perm-inch ADVANTAGES Does not sbsorb water. Roofmg membrane on each aide of urethane. Can be used underground LIMITATIONS Will bum GENERIC CLASS NUMBER INSULATION TRADE NAMES JM Flbroce! H9 Quarts Foam 50 51 Glasrock Ncl 25 Foam BASIC MATERIAL Bonded Inert allien Cellular lUlcn Fused silica GENERAL FORM ABRASION RESISTANCE let RUN % weight lose 2nd RUN ALKALINITY. pH CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY. lb / cu ft DROP RESISTANCE HARDNESS, m m penetration HYGROSCOP1C1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Rigid pipe corering Flame Resistant 9 Block Poor U bare 6 to T 0 0.3 x 10'6 Not combustible 3100 F Block Poor tf ban 6 to 7 80 0.3 x10* Not combustible 3100 F 10 to SO, to order 23 to 27 Excellent except HF and hot HjPO* 0 Excellent except HF end hot H,PO< Fair to cold solution* and spillage Resistant to light exposure RESISTANCE TO SOLVENTS Good Excellent SHRINKAGE - HEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT 1.4% 0.14 SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pel Moist to dry STRENGTH - FLEXURAL, pel SO 0 7.@ 1S00 F 2.2 0.15 to 0.8 0.27 to 0.30 200 @ 2 % deformation to 3000 @ 2 % deformation 100 to 1000 0 7. @ 1800 F 2.2 0.4 0.27 to 0.30 ISO <2 2% deformation 225 @ 5 % deformation 500 STRENGTH - SHEAR, pel STRENGTH - TENSILE, pel TEMPERATl RE LIMITS CONTINUOUS Atmos SHORT PERIOD Atxnoa CYCLIC Atmos Min Min Min 300 F Max 300 F Max 300 F Max 50 2000 F Max 3000 F Max Atmos Atmos Atmos Mm Mm M in 1800 F V 2200 F V. TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr) <aq ft) (deg F / in.) THERMAL DIFFUSIV1TY. q ft / hour 0.34 @ SO F 0.37 @ 100 F 0.39 @ ISO F 0.4l@ 200 F 0.40 @-50 F to 0.60-SO F 0.48 @100 F to 0.90 @100 F 1.0 @ 500 F to 2.0 @ S00 F 0.45 5 -50 F 0.60 @ 300 F 1.0 @ 500 F 1.4 @ 1000 THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WARPAGE - IN SERVICE WATER ABSORPTION . % by weight WATER VAPOR TRANSMISSION 0.3 perm-inch 0 0 50 High ADVANTAGES Will not disintegrate in water Closed cell* LIMITATIONS Low mechanical strength. Difficult to prefabricate fitting cover*. mw < iw< wiwiiuu rift WUVCrUi^O GENERIC CLASS NUMBER INSULATION TRADE NAMES 55 Anti-Sweat, Noe Sweat, Impervo 56 Wool felt, Pre Shrunk. Duplex, Perfecto, Wool Felt BASIC MATERIAL Wool felt Wool felt GENERAL FCPM ABRASION RESISTANCE let RUN X weight lota 2nd RUN ALKALINITY, pH CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS CRACKING - HOT SURFACE DENSITY, lb / cu ft DROP RESISTANCE HARDNESS, m m penetration HYGROSCOP1C1TY. % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Semi-rigid pipe covering High Combustible 22 to 25 Bemi-rifid pipe covering High Combustible 18 to 20 RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb 5 % <9 200 F 0.35 to 0.40 STRENGTH - COMPRESSIVE, pet STRENGTH - FLEXURAL, pai STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS 40 F Min SHORT PERIOD 40 F Min CYCLIC 40 F MLn TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (tar) (q It) (deg F / Id.) THERMAL D1FEUS1V1TY, ,q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WARPAGE - IN SERVICE WATER ABSORPTION . % by weight WATER VAPOR TRANSMISSION High 0.29 to 0.32 90 F Max 90 F Max 90 F Max Atmos Mm 212 to 225 F Max 212 to 225 F Max 212 to 225 F Max 0.38 @ 200 F to 0.64 @ 200 F High ADVANTAGES LIMITATIONS Dependent on vapor barrier. Will bum. Little resistance to moisture. Soft. Will bum. 57 20 GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE 61 Fiberfrax Cloth, Fiberimx Tape. 62 lnsubeato* Felt Type A. 63 Inaubeatoa 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 HYGROSCOP1C1TY, T. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Alumina-silica Cloth and tape Asbeatoa Felt 3200 F Incombustible except for carrier which burns out. 2500 F Asbestos fibers In water repellent blanket. Felt 9 to 12 9 to 12 Good at room temperature except HF and H3P04 Fair to poor at room temperature Resistant to most common acids Resistant to most common caustics RESISTANCE TO SOLVENTS Excellent SHRINKAGE-HEAT 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 0.19 0.24 STRENGTH - COMPRESSIVE, pal STRENGTH - TENSILE, pat 117 lbs ASTM-Grab TEMPERATURE UMSTS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Min Min Min TEMPERATURE RISE SELF-INTERNAL HEATING 2000 F Max 2300 F Max thermal conductivity (at Indicated mean temp and denalty) bcu / (hr) (tq ft) (deg F / in.) Atmos Atmos Atmos Min Min Min Density 9.0 0.50 @ 200 E 0.61 < <00 F 0.72 < 600 F 750 FMax 40 F Min 750 FMax 40 F Min 750 FMax 40 F Min Denaitv 9.0 0.50 4 200 F 0.61 @ <00 F 0.72 @ 600 F 90 F Max 90 F Max 90 F Max 1 THERMAL DIFFUS1V1TY, aq ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, 1. by weight WATER VAPOR TRANSMISSION Saturates advantages Excellent Excellent with jacket 500 . High Excellent Excellent with jacket 500 High For cold water lines LIMITATIONS 22 GENERIC CLASS NUMBER INSULATION TRADE NAMES BLANKET, FELT, TAPE AND ROPE 67 Asbestos Roll Fire Felt, Roll Felt. 68 Commercial Anbeatoa Piper 69 U narco Woveoatooe BASIC MATERIAL Anbeatoa GENERAL FORM ALKALINITY. pH CAPILLARITY, % by weight COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS Felt 40 RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE-HEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pel STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC Atmos TEMPERATURE RISE SELF-INTERNAL HEATING Min THERMAL CONDUCTIVITY <at indicated mean temp aad density) btu / (hr) (sq (t) (deg F / in.) 1.11 @ 300 F 1.40 @600 F 1.70 @ 800 F Aabeatoa Paper 1 1000 F Max Atmos Atmos Atmos Min Min Mm Asbestos fibers in asbestos jacket Prefabricated pipe covering blanket Does not contribute 9 to 12 Resistant to most common acids Resistant to most common caustics 0.24 400 FMax Atmos Min 400 FMax Atmos Min 400 FMax Atmos Min ! I Density 10 0.50 4 200 F 0.61 <3 400 F 0.72(3 600 F 750 FMax 750 FMax 750 FMax THERMAL DIFFL'SIVITY, q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION ADVANTAGES Good mechanical strength. LIMITATIONS High conductivity. i Excellent I Excellent 3.0 High Easily removable. Prefabricated with hooka for lacing in place. Must be prefabricated at factory. 2U GENERIC CLASS NUMBER INSULATION TRADE NAMES BLANKET, FELT, TAPE AND ROPE 73 Unimat Glaaa Blanket Unaxco Woven Glass Felt Ultrallte 75 BASIC MATERIAL Fibrous glue Fibrous glass and wire mesh Textile-type glass fiber* GENERAL FORM ALKALINITY, pH CAPILLARITY. % by weight COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Needled felt blanket 6 to 7 High Does not contribute 7 1/2 to 8 1/2 2 to 3 Good except HF and HjP04 Resistant to most caustics Felt 6 to 7 High Does not contribute 8 1/2 to 8 1/2 2 to 3 Good except HF and HjPQ4 ! Resistant to most caustics Bluket 7 to 8 1/2 700 F 1100 F 1100 F 1/2 to 3 1 Good except for HF Poor RESISTANCE TO SOLVENTS Excellent SHRINKAGE-HEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT 0.13 SPECIFIC HEAT, btu / lb 0.20 STRENGTH - COMPRESSIVE, pal STRENGTH - TENSILE, pel TEMPERATURE LIMITS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC I Min Mm TEMPERATURE RISE SELF-INTERNAL HEATING I No evldence \ THERMAL CONDUCTIVITY (it indicated mean temp and density) bcu / (hr) (sq ft) (deg F / In.) Density 8 0.31 @ 200 F 0.40 g 400 F THERMAL DIFFUSUTTY, q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. Y. by weight WATER vapor TRANSMISSION ! 0.019 <5 400 F Excellent Excellent High High ADVANTAGES j Excellent ! Good 1200 F Max 1200 F Max 0.14 0.20 Atmos Atmos Min Mm No evidence 2.58 0.012 to 0.048 1200 F Max 1200 F Max 0.20 j ! 1/50 @ 10 % deformation 1/2 lb 1/3 @ 10 % deformation t? 3 lbs i \ 1 Atmos Atmos Atmos j j Min Min Min 375 FMax 400 FMax 400 F Max j 0.57 (S 600 F Density 9 0.33 fi 200 F 0.44 g 400 F j 0.02 ^ 400 F ; Excellent j Excellent j High High 0.55 @ 600 F Density 1/2 0.25? 0 0.27 fi 30 0.30 fi 70 F F F 0.34 100 F 0.49 <3 200 F 0.66 @ 300 F Density 3 0.20 0 F 0.24 fi 100 F 0.21 fi 30 F 0.32 fi 200 F 1 0.23 1? 70 F 0.40 fi 300 F | 0.030 to 0. 160 fi 70 F 100 perm-tncbes 1 Can be encased in stainless steel or | mconel wire mesh. Can be used as prefabricated turbine blanket. 3/4 lb density recommended for tanks. 2 and 3 lb density recom mended for duct liners. Very resilient.. LIMITATIONS 26 GENERIC CLASS HUMBER INSULATION TRACE NAMES BLANKET, FELT, TAPE AND ROPE 79 Flberglas Mat-Faced Duct Liner, Armaglaa Mat-Faced Duct Linar. SO Flberglas Foil Faced Building Insulation Grade WDF 81 BASIC MATERIAL Fibroue glaaa with mat surface Fibrous glaaa Graphite GENERAL FORM ALKALINITY. pH CAPILLARITY, * by weight COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY', lb / cu ft HYGROSCOPICITY', % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Blanket 8 to 10 1200 F 1.5 to 2.5 0 Good from pH 5 to 7 Good from pH 7 to 10 Blanket in roll or batt form 8 to 10 0 Low for kraft paper 1200 F for glass Graphite felt 7 to 8 Oxidizes in air without flame above 650 F. Sublimes at 6600 F. ! 0.65 to 0.85 0 Good from pH 5 to T 1 j Good from pH 7 to 10 5 to 10 0.1 Inert to all except strongly oxidizing Inert to all caustics RESISTANCE TO SOLVENTS Limited by properties of neoprene Good Inert to all solvents SHRINKAGE-HEAT SPECIFIC GRAVITY LINEAR VOLUMETRIC REAL APPARENT SPECIFIC HEAT, btu / lb 0.20 2.5 0.01 0.20 0.1 % 1300 F 0.1 To 4500 F 1.50 0.070 Mean to 1800 F - 0.37 0.18 @70 F STRENGTH - COMPRESSIVE, pel Low STRENGTH - TENSILE, pai 30 Low j 2.S TEMPERATURE LIMITS CONTINUOUS -300 SHORT PERIOD -300 CYCLIC ! -300 TEMPERATURE RISE - I SELF-INTERNAL HEATING | F Min F Min F Min 180 FMax Atmos Min 250 FMax 2S0 FMax 150 F Max -455 F Min -455 F Min 4500 F Max 4500 F Max 4500 F Max THERMAL CONDUCTIVITY (at mdicaied mean temp and density) btu / (hr) (sq it) (deg F / in.) | 0.25 6 70 F * 0.27 <| 100 F i 0.35 e 200 F 0.25 30 F 0.29 70 F 0.31 * 100 F i I Density 5 l. 2 (9 70 F in air 1 atmos 0. S <? 2100 F in vacuum 10 microns 2.0 @ 3500 F in vacuum <9 10 microns j. _______ THERMAL DIFFUSIV1TY, sq ft / hour THERMAL SHOCK RESISTANCE 0.05 <S 75 F j ' o.2<S 1800 VIBRATION RESISTANCE WATER ABSORPTION. % by weight High i 1 Very high WATER VAPOR TRANSMISSION 0.5 perm-inch ADVANTAGES Used u duct liner for low sod high velocities. Used as residential and commercial building insulation. Useful for graphite tube and induction furnaces above If00 F in vacuum or teeii gas atmosphere. Has nil volatile at 5000 F. LIMITATIONS GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS BLANKET, FELT, TAPE AND ROPE 85 Spun Felt, Wool Felt, Mineral Wool Felt, Copr-FIbre LT Felt, Splalex, (pun Wool Felt, Gold Bond M.W. Felt. 86 E.P. Bonded Blanket 87 Armatemp 100 and 101, Copr-Ftbre No 48, Mnndet Type 1200, Tab-Lok, Detrlck Mineral Wool. BEH 100, BEH 101. BASIC MATERIAL GENERAL FORM ALKALINITY. pH CAPILLARITY, % by weight COMBUSTIBILITY FLASH FLAME MELTING COMPACTION CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS Mineral wool end binder* Fell 5 to 9 Mineral wool, binders ssd metal backing. Blanket 7 to 8.5 S00 F Some ere incombustible. 1400 F to 200 F Will sot cause steel to rust i Will not cause steel to rust 2 to 9 0.5 to 1.0 Poor 6 to 8 0.5 to 1.0 Poor Mineral wool and metal fabric Prefabricated blanket pipe covering 7 to 9 2000 F Incombustible 6 to 12 1 to 5 Requires protection RESISTANCE TO CAUSTICS Poor RESISTANCE TO SOLVENTS Good SHRINKAGE-HEAT SPECIFIC GRAVITY UNEAR VOLUMETRIC REAL APPARENT 0 % @ 450 F 0.06 to 0.13 SPECIFIC HEAT, btu / lb 0.22 Poor Good 0.10 to 0.13 0.20 to 0.22 Requires protection Excellent 0 % @ 1200 F 2.6 0.10 to 0.20 0.22 STRENGTH - COMPRESSIVE, pel STRENGTH - TENSILE, pel TEMPERATURE LIMITS CONTINUOUS 150 F Min SHORT PERIOD CYCLIC 450 to 600 F Max 450 to 600 F Max TEMPERATURE RISE SELF-INTERNAL HEATING Some will self internal beat THERMAL CONDUCTIVITY (et indicated mean temp and density) btu / (hr) (aq It) (deg F / In.) Density 4 0.26 @100 F to 0.29 @100 F 0.30 @ 200 F to 0. 33 @ 200 F 0.36(5 300 F to 0.43 @ 300 F Atmos Atmos Atmos Min Min Min 0.36 @ 300 F 0.59 @ 500 F 450 F Max 450 F Max 450 F Max Atmos Atmos Atmos Min Min Min 1200 F Mix 1200 F Max 1200 F Max 0.28 @ 100 F to 0.29 @ 100 F 0.39 @ 400 F to 0.49 @ 400 F 0.49 @ 600 F to 0.69 @ 600 F THERMAL DIFFUSU1TY. eq ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION advantages 0.01 to 0.026 @ 100 F Good |Falr (7 Good Fair | Flexible. Resilient. Adaptable to any shape or size. 0.013 @ 100 F Flexible. Easily applied over bends. LIMITATIONS Soft. Little mechanical strength. Depends on vtpor barrier for service life in low temperature service. Little compressive strength. GENERIC CLASS NUMBER INSULATION TRADE NAMES CEMENT 91 Fiberfrax Coating Cement 92 Kaollte-20, L.W. Bluecrete, Kaollte 22. 93 Vltricel, E.P. Na 106. BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE let RUN % weight loss 2nd RUN ADHESION ALKALINITY. pH WET DRY CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 100 lb DENSITY, lb / c ft HARDNESS, penetration HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Alumina-silica Alumina-tUic* Semi-refrectory coating cement Semi-refractory, fireproofing hydraulic cement. Increases 25 T after exposing to 1600 F 9 to 10 3 x 10'6 3200 F Incombustible 115 to 122 Incombustible 15 to 25 48 to 70 as set Good at room temperature except HF and H3P04 Fair to poor it room temperature Alumina-allies and asbestos fiber* Semi-refractory hydraulic cement. 4 6 2 to steel Incombustible n 54 to 56 RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC. % SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Excellent 2%@1800 F 1.9 Average 0.273 @ 1022 F 0. 248 @ 212 F 3% @ 2200 F 0 to 1 0.87 STRENGTH - COMPRESSIVE, pel STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, psi STRENGTH - TENSILE, psi TEMPERATURE LIMITS CONTINUOUS Atmoa SHORT PERIOD Atmos CYCLIC Atmos Mm Mm Mm THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / in.) 2.44 @ 600 F 2. 58 @ 1000 F 2. 88 @ 1400 F THERMAL DIFFUSIVITY. sq ft / hour 2000 2300 2300 FMax FMax FMax 3.44 @ 1800 F 3.96 @ 2000 F THERMAL SHOCK RESISTANCE Excellent VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION ADVANTAGES Coating for metals, graphite, and refractories. Atmos Atmos Atmos 1.42 @ 1.52 @ 1.64 @ Min Min Min 2000 to 2200 F Max Atmos 2000 to 2200 F Max Atmos 2000 to 2200 FMaxAtmos 600 F 800 F 1000 F 1.76 @ 1200 F 1.89 @ 1400 F 2.01 @ 1600 F Min Min Min 1900 to 2000 1900 to 2000 1900 to 2000 Can be troweled or. gunned. Low ahrmhage. FMax FMax FMax LIMITATIONS Limited shelf life. NOTE: Uoless otherwise indicated, cement characteristic* apply to dry set conditions. GENERIC CLASS NUMBER INSULATION TRADE NAME8 CEMENT 97 LF-20, E.P. No. 43. JM-No. 302, Ruberold No. 214, SS-U. C-10 98 99 Carey No. 100, MKD Finish. Hi Glos. Carey No. 707, Amblertx No. 2. BASIC MATERIAL GENERAL TORM ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ADHESION WET DRY ALKALINITY. pH CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 100 lb DENSITY, lb / cu ft HARDNESS, penetration HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS Loot aabaatoa fiber* and binder High grade flnlehlng oement 19 49 7 to 9 Incombustible 20 35 to 60 Asbeatos libera and bonding clay Hard finlab oement 16 to 30 32 to 60 Aabeetoe fiber* Inaulatlng oement 1900 F Incombustible 20 to 25 dry 42 to 60 Poor Incombustible 0.37 to 0.55 Fair RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC. % SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Fair Good 3 to 35 0.67 - 0.97 Moderate Good 5 54 @1000 F STRENGTH - COMPRESSIVE, pal STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, pal STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Min Min Mio 1000 F Max 1000 F Max 1000 F Max THERMAL CONDUCTIVITY, btu / (hr) (aq ft) (deg F / In.) THERMAL DIFFUSIVITY, aq ft / hour 0.81 @100 F to 1.6 @100 F 0.92 @ 300 F to 1.6 @ 300 F to 2.13@500 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by weight water vapor transmission advantages High resistance to vibration cracking and expansion strains. 179 @5% deformation 150 @ 5 % deformation Atmos Atmos Atmos Min Mm Min 1000 1000 1000 FMax Atmos FMax Atmos FMax Atmos Min . Min Mm 750 to 1C01 F Max 750 to 1000 FMax 750 to 1000 FMax 0.95@ 200 F to 1.4 @ 200 F 1.15 @ 400 F to 1.7 @ 400 F to 1.00 @ 100 F 0.73 @ 200 F to 1.06 @ 200 F 0.81 @ 500 F to 1.34 @ 500 F Hard smooth white surface. Very smooth finish. ! limitations For finish work only. NOTE; Unless otherwise indicated, oement characteristics apply to dry set conditions. GENERIC CLASS NUMBER INSULATION TRADE NAMES BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE 1st RUN % weight loss 2nd RUN ADHESION WET DRY ALKALINITY. pH CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft /100 lb DENSITY, lb / cu ft HARDNESS, mm penetration HYGROSCOPICITY. % by weight RESISTANCE TO ACIDS 103 Thermallte, 85* Magnesium Cement, Magnealum Cement. 101 105 Armatemp No. 166, BEH No.l, MW-50, Armatemp No. 10. Super Powerhouae. Super 711, Super 66, Webers Super 48, Utility Thermal Finiah, Hilite, One JM No. 450, Stic-Ttte, Mundet A-l, Coat, Qulk-Set, No. 412, No. 301, Holmes No. 1, Green Insul C. Unarco NE Plug Ultra. See materials Hat 330, O.C.-660, Cominco No. 2,One lor more. Shot. See materials Hat for more. Magnesium catenate sad asbestos fibers Mineral wool Mineral wool, binders 9 ' hydraulic setting cement Insulating cement Inaulatlng cement Hydraulic setting inaulatlng cement 28 SO 10 to 11 236 24 to 45 49 to 70 1 to 6 7 to 12 8.5 to 11 High 15 to 35 25 to 65 5 8 1/2 to 12 1/2 High Incombustible 55 to 70 18 to 20 1.10 4 Not resistant 2000 F Incombustible 45 to 60 22 to 30 1 to 2.5 2 to 2.5 Poor 1900 F None Incombustible 30 to 40 27 to 44 0.8 to 1.5 Not resistant RESISTANCE TO CAUSTICS Resistant to dilute caustics only RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC, % SPECIFIC GRAVITY REAL APPARENT Res istant 1 % @ 550 F 22 2.2 0.29 to 0.32 SPECIFIC HEAT, btu / lb STRENGTH - COMPRESSIVE, pel 0.28 110 10 % deformation STRENGTH - FLEXURAL, pat STRENGTH - SHEAR, pal STRENGTH - TENSILE, pel TEMPERATURE LIMITS CONTINUOUS Atmos SHORT PERIOD Atmos CYCLIC Atmos Mm Min Mm 550 to 600 F Max 600 F Max 6Q0 F Mix THERMAL CONDUCTIVITY, btu / (hr) (tq ft) (deg F t In.) 0.38 @ 100 0.43 ff 200 0.48 @ 300 F to @ 100 F F to 0.51 @ 200 F F to 0.54 @ 300 F THERMAL DIFFUSrvlTY. iq ft / hour 0.0055 @100 F THERMAL SHOCK RESISTANCE Good VIBRATION RESISTANCE WATER ABSORPTION, % by weight 236 WATER VAPOR TRANSMISSION ADVANTAGES Good for patching 85% Magnesium insulation Poor Excellent 13 to 27 0.33 to 0.42 0.22 to 0.23 23 to 50 @ 5 deformation 31 to 60 @ 10 deformation 150 to 200 Poor Good 1 to 2 %@ 1200 F 0 to 8 2.5 0.43 to 0.70 0.22 to 0.23 45 to 235 (9 5 % deformation Atmos Atmos Atmos Min Min Min 1600 to 2100 1500 to 2100 1500 to 2100 0.44 <3 200 0.52 @ 400 0.62 @ 600 F to 0.67 (a 200 F F to 0.76 @ 400 F F to 0.86 iff 600 F 0.006 to 0.01 @ 200 F Good FMaxAtmos FMaxAtmos FMaxAtmos Min Min M in 1000 to 1600 F Max 0.46 @ 200 0.6) @ 600 0.68 @ 800 F to 0.75 @ 200 F F to 0.96 @ 600 F F to 1.03 @ BOO F 0.007 @ 200 F Good Good base coat insulating cement Hydraulic setting. LIMITATIONS High shrinkage. Not moisture resistant. Will softeo when wet. Poor adhesion to hot surfaces. NOTE: Unleaa otherwise indicated, cement characteristic! apply to dry aet conditions. GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS LOOSE AND FILL | 109 Kaowool. JM Cerafiber.Flberfrax Bulk Short Staple Fiber. 110 Kaolite L.W. Fill, JM 2400 L.W. Aggregate, JM Zelle L.W. Aggregate. in Asbestos Fibers, Carded Crysotile. BASIC MATERIAL Alumina-silica Ahimine-eillc* Aaboatoo GENERAL FORM Bulk fibers Aggregete Bulk fibers ALKALINITY. pH COMBUSTIBILITY COMPACTION DENSITY, lb / cu ft FLASH FLAME MELTING 3200 F Incombustible 4 to 12 insulted 3200 F Incombustible 30 to 60 installed T to 8 2700 F Incombustible 20 to 50 1 HYGROSCOPICITY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Good for most at room temperature except HF and HjP04 Fair to poor 3 Poor Fair i 1 RESISTANCE TO SOLVENTS Excellent SPECIFIC GRAVITY REAL APPARENT 2.73 SPECIFIC HEAT, btu / lb TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELT-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr) (aq ft) (deg F / in.) Atmos Atmos Atmos Min Mm Mm 2000 to 2400 F Max Density S 0.69 @ 600 1.24 @ 1000 1.89 @ 1400 F F F 2.22 @ 1600 F 2.58 @ 1800 F 2.92 @ 2000 F Atmos Atmos Atmos Min Min Min 2000 to 2400 F Max Good 0.27 Atmos Atmos Atmos Min Min Min 0.50 @70 F j i l 900 to 1200 F Max . 1200 F Max ; i THERMAL DIFFUSIVITY, q ft / hour THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight Excellent Saturates High temperature limits. Good resistance to thermal shock. ADVANTAGES j | J 1 Used as (ill and as an aggregate. Good 50 Numerous grades and sizes available Can be made into insulation, textiles, or pack insulation. LIMITATIONS Low mechanical strength. if GENERIC CLASS NUMBER INSULATION TRADE NAMES LOOSE AND FILL Micro Cel T-4 115 116 Celatom MN-83, 5il-0-Cel Coarse 117 Celatom MN-3S. Sil-O-Cel Fine. BASIC MATERIAL GENERAL FORM ALKALINITY. pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING Synthetic calcium silicate Loose DENSITY, lb / cu ft 5 to 1 HYGROSCOP1CITY. T. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT 2.45 SPECIFIC HEAT, btu / lb TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING -459 -459 -459 F Min F Mm F Mm Density 6 0.20@-115 F THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / la.) Density 8 0.22 @ -115 1200 F Max 1200 F Max 1200 F Max (thermal DIFFUS1V1TY, ,q ft / hour j ' THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. T, by weight j ! High ' ` Good for cryogenic service. Non-abrasive. Diatomaceoua silica Loose 5 to 7 Incombustible Dlatomaeeoua silica Looee 5 to 7 Incombustible 19 to 27 10 to 17 66 Good Good Soluabte ia caustic solutioa Soluable in caustic solution Good 2.10 0.30 to 0.43 0.25 Approximately Atmos Atmos Atmos Mia Mia Min 1600 F Max 1600 F Max 1600 F Max Good 2.10 0.16 to 0.27 0.25 Approximately AQnos Atmos Atmos Min Mia Mia 1600 F Max 1600 F Max I Density 22 jo. 48ffl200 F | 0. 58 <3 400 F 1 0.63 @ 600 F J Density 25 . 0.83 @ 200 F ' 0.77 fi 400 F 1 0.92 @ 600 F ! 0.009 @500 F 0.70 @ 800 F 0.77 @ 1000 F 0.84 (S'1200 F 0.92 @ 1400 F 1.13 @ 800 F Density 12.6 0.36 @ 200 F 0.44 fl 400 F 0. S3 (S 600 F Density 17 0.42 @ 200 0.48 <S 200 0.55 @ 600 F F F j 0.01 @ S00 F 0.64 @ 600 F 0.62 @ 600 F 0.69 @ 1000 F 0.76 @ 1200 F 0.84 @ 1400 F i j Good Good | 1 High 1 Used to insulate high temperature cavit> walls. 149 Used to insulate high temperature civitv walls. ADVANTAGES LIMITATIONS Will readily pick up moisture. 40 GENERIC CLASS NUMBER INSULATION TRADE NAMES LOOSE AND FILL I 121 TWL Shredded. TW-F Shredded 122 Sub Zero Insul Wood 123 Pouring wool, Blowing Wool BASIC MATERIAL GENERAL FORM ALKALINITY, pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING Fibrous glass Bulk 8 to 10 1400 F Fibrous glass Loose B to 10 1400 F Fibrous glass Bulk 8 to 10 1400 F Incombustible j ' DENSITY, lb / eu ft 2 to 12 2 to 12 0.5 to 1.5 HYGROSCOPICITY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS Nil Good from pH S to 7 Good from pH 7 to 10 0 Good from pH 5 to 7 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 SPECIFIC GRAVITY REAL APPARENT Good 2.5 0.032 to 0.10 Good 2.5 SPECIFIC HEAT, btu / lb 0.20 0.20 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, | btu / (hr) (sq ft) (deg F / in.) -300 -300 -300 FMio FMin FMin Density 4 0.24 70 F 0.25 @100 F 0.32 @ 200 F Density 6 0.24 <3 70 F 0.24 @ 100 F 0.31 @ 200 F 250 FMax -300 F Min 250 FMax -300 F Min 250 FMax -300 F Min 0.40 @ 300 F 0.51 @ 400 F 0.36 300 F 0.45 @ 400 F |Density 4 jo.24@ 70 F 0.25 @100 F lO.32 @ 200 F Density ,0.24 @ 70 F '0.24 @ 100 F 0.31 @ 200 F THERMAL DIFFU3IVITY, tq ft / hour 0.0167 at 100 F and 6 lbs THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE Resistant j 1 Good 2.5 0.00B to 0.024 1000 F Max 1000 F Max 1000 F Max -300 -300 -300 FMin FMm FMin 0.40 @ 300 F 0.5I@ 400 F Density 1 0.34 @ 70 F 0.36 @ 300 F 0.45 @ 400 F 250 * Max 250 F Max 250 F Max Good WATER ABSORPTION, % by weight 800 Can be poured or pecked into Urge or small apace. 800 (Resilient. Inorganic. Compatible with liquid oxygen. 1000 Used mainly for building insulation. ADVANTAGES 1 LIMITATIONS Dependent upon vapor barrier for low temperature service life. i Dependent on vapor barrier for low temperature service hie. i u: GENERIC CLASS NUMBER INSULATION TRADE NAMES LOOSE AND FILL 127 128 Granulated Wool, Type 7 B, Copr- Looae Wool, Looae Mineral Wool, Fibre Gran., Banroc Gran. PaJdaaul, Type H-2, Type H-4, Copr-Fibre Pouring Wool. Looae, Banroc Looae, Blowing Wool, Looae Spun Wool. See materiale hat for more. Perlox Perlite 129 BASIC MATERIAL GENERAL FORM ALKALINITY, pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING Mineral Wool Granulated 5 to 9 1900 F Incombustible Mineral Wool Looae 5 to 9 1900 F Incombustible Expanded Perlite Looee powder Incombustible DENSITY, lb / cu ft 3 to 20 3 to 20 3 HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 1 Fair to poor Fair Fair to poor j Fair RESISTANCE TO SOLVENTS Excellent Excellent SPECIFIC GRAVITY REAL apparent 2.70 0.048 to 0.32 2.70 0.046 to 0.32 SPECIFIC HEAT, btu / lb 0.22 0.22 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TEMPERATURE RISE SELF-INTERNAL HEATING THERMAL CONDUCTIVITY, btu / (hr| (sq ft) (deg F / In.) To To To - 350F Mm lOOOlo 350F Mm 1000 to 350F Min 1000 to 1500 FMaxj-300 F Mm 1500 F Maxi-300 F Min 1500 F Max -300 F Min 1 1 Density 10 0.28 @100 F 0.34 @ 200 F 0.42 @ 300 F Density 7 0.29 @ 100 F 0.36 @ 200 F 0.44 @ 300 F 0.51 @400 F 0.72 @ 600 F 0.94 @ 800 F 0.54 @ 400 F 0.76 @ 600 F 0.99 @ 800 F 'Density 10 j 0.28 @100 F j 0.34 @ 200 F I 0.42 @ 300 F j ! | | 1000 to 1500 1000 to 1500 1000 to 1S00 0.51? 400 F 0.72 @ 600 F 0.94 @ 800 F 0.04B FMax -400 F Min FMax FMax Density 3 0.16 @ -200 F 0.27 @ 100 F THERMAL DIFFUSIV1TY, aq ft / hour THERMAL SHOCK RESISTANCE Good j Good 1400 F Max 0.31 @ 150 F VIBRATION RESISTANCE WATER ABSORPTION, % by weight High Soil Resilient High I Resilient. Type H-4 and Banroc unable for oxygen service. Can be used for liquid oxygen service ADVANTAGES LIMITATIONS Depend* oo vapor barrier (or low temperature eervlce Hie. Will pack down. Dependa on vapor barrier for low temperature service life. Depends oo vapor barrier for low temperature service life. u GENERIC CLASS NUMBER INSULATION TRADE NAMES Sanlocel i i i s ** w i i. t \ i 1 to J LOOSE AND FILL 133 Zonollte 134 BASIC MATERIAL Silica aerogel Expanded vermicullte GENERAL FORM ALKALINITY. pH COMBUSTIBILITY COMPACTION FLASH FLAME MELTING DENSITY, lb / eu ll Looae 3.5 to 4 400 F Incombustible 4 to 5.5 Looae 6 to 10 Incombustible 2200 F 20 7. @ 15 pe>. 25 %@ 25 pel ^ 4 to 10 HYGROSCOP1CTTY. % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS 10 to 15 2 Will dissolve In HF, resets with H,PO, Good, strong acids will leach out combined metallic ions Will dissolve end react with caustics Excellent RESISTANCE TO SOLVENTS SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Does 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) (sq ft) (deg 7 / In.) -457 -457 -457 F Min F Min F Min Density 5.3 0.12 @-100 F 0.15@ 70 F 1300 F Max 1300 F Max 1300 F Max 0.16 @100 F 0.18 @ 200 F 0.21 @ 300 F Excellent 2.2 to 2.7 0.11 to 0.19 0.20 @ 0 F 0.24 @ 300 F -350 F Min -350 F Min -350 F Mm 2000 2000 2000 FMax FMax FMax Density 4 to 7 0.45 @ 70 F 0.47 @100 F 0.58 @ 200 F Density 7 to 10 0.46 @ 70 F 0.55 @ 200 F 0.71 @ 400 F 0.89@ 600 F 1.10 @ 800 F 1.32 @ 1000 F 1.76 @ 1400 F THERMAL D1FFUS1V1TY, q ft / hour 0.02 @ 147 F 0.025 @150 F THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION, % by weight advantages 100 Very low conductivity. Good lor cryogenic service. 300 ! Used as fill and aggregate for concrete Non-abrasive. Can also be used with various binders in aprayed-on coating. LIMITATIONS Must be fully contained. Depends on vapor barrier for low temperature service life. Depends on vapor barrier in low temperature service but not actually damaged by water. 135 U6 GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS REFLECTIVE 139 Alfol-102, Alfol-103, AlfoI-101, Foil Laminates. mo AL Mirror, AL Mirror AS. AL Mirror DT, JM Metal K. mi SC Mirror. SC Mirror AS, SC Mirror R. AS Mirror DT, JM Metal K. BASIC MATERIAL GENERAL FORM CAPILLARITY, % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft EMISSIVITY - HEAT HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb SHRINKAGE STRENGTH Aluminum foil mod mmbettom paper Aluminum sheet Laminated foil and flat or corrugated paper 0 Incombustible Factory prefabricated shapes 0 129 x10-7 1200 F 1200 F Will not cause steel to rust Will not contribute 6 to 7 0.05 (per surface) Poor Poor Good 0 Good resistance to most acids Not resistant to some caustics Resistant 0.95 (per surface) 2.7 0.066 to 0.10 0.20 0 Standard structure meets normal service requirements. X-Hvy case available for severe service. Stainless steel and shmumipfl Factory preformed ahapea 0 129 x10'7 Incombustible 1200 F Will not cause steel to rust Will not contribute 6 to 7 0.05 (per surface) 0 Good resistance to most acids Not resistant to some caustics Excellent 0.95 (per surface) 2.7 0.086 to 0.10 0.16 0 Standard structure meets normal service requirements. X-Hvy case available for severe service. TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE <U) 1 btu / hr, sq ft outer surface, deg F Atmos Atmos Atmos Min Min Min 600 F Max 600 F Max 600 F Max Depends on number of sheets, pacing, and direction of beat flow. 1 THERMAL CONDUCTIVITY, btu / (br) (sq ft) (deg F / in.) THERMAL SHOCK RESISTANCE j Good VIBRATION RESISTANCE Good WATER ABSORPTION, % by weight 0 WATER VAPOR TRANSMISSION Used to wrap around pipes or equipment. ADVANTAGES * Min * Min * Min Atmos to 1000 FMax Atmos to 1000 FMax Atmos to 1000 FMax * * * Min Min Min Atmos to 1000 F Max Atmos to 1000 F Max Atmos to 1000 F Max 0.25 100 F, 0.44 @ 400 F 0.31 200 F. 0.55 600 F Excellent 0.27 @ 100 F. 0.47 400 F 0.33 @ 200 F. 0.60 <9 600 F Excellent Excellent Excellent 00 00 Prefabricated for pipe, fittings and 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 absorbant. Highly resistaot to exter nal fires. Prefabricated for pipes, fittings and equipment. LIMITATIONS Low mechanical strength. . Must be prefabricated to fit. Must be prefabricated to fit. Notes: 100 to Atmospheric. See particular product. *" Notes: - 100 to Atmospheric. See particular product. GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS sprayed, foamed, and formed in place ms Sprayed Limpet Asbestos LW-2S, Sprayed Limpet Aabeatos LB-8, Caico Asbestos. 146 Caico Heat Shield Cafco Blaze Shield 147 No Drip, Coopera Creek C-4. BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE 1st RUN % weight lots 2nd RUN ADHESION WET DRY ALKALINITY, pH CAPILLARITY. 51 by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 100 lb DENSITY, lb / cu ft HARDNESS, m m penetration HYGROSCOPICITY, % by weight RESISTANCE TO ACIDS Asbestos Sprayed Aabeatoa fibera, mineral fibers Sprayed Aaphalt and granulated cork or mica. Emulsion mastic JO 350 0 Effective Incombustible Incombustible Inhibits steel corrosion 87 to ISO 8 to 14 3 5 9 to 15 Not recommended for liquid exposure 200 F Will burn Softening 12 aq ft / gal - 1/8" thick RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS SHRINKAGE - HEAT LINEAR VOLUMETRIC SHRINKAGE - WET TO DRY VOLUMETRIC, ?. SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb Good Excellent 2*2 0.13 to 0.23 0.20 0.14 to 0.24 STRENGTH - COMPRESSIVE, pal STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, pet STRENGTH - TENSILE, pal TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC THERMAL CONDUCTIVITY, btu / (hr) (aq ft) (deg F / la.) -60 F Mm 700 lo 1350 F Max -60 F Min 700 lo 2000 F Max -60 F Mm 700 lo 1430 F Max 0.32 ffl 100 F 0.36 g 200 F 0. 46 g 400 F 0.5S g 600 F 0.60 g 700 F THERMAL DlFFUSrVITY, q ft / hour THEMAL SHOCK RESISTANCE 0.010 to 0.01? VIBRATION RESISTANCE Good WATER ABSORPTION , % by weight 400 WATER vapor transmission 150 Used as fireproofing ADVANTAGES 11 @ 5% deformation Atmos Atmos Atmos Min Mm Min 0.26 g 70 F 1600 to 2000 F Max 0.47 IS 400 F -20 F Min Q.65 180 to 200 F Max Used as fireproofing Used for condensation control. Can be sprayed or trowelled. LIMITATIONS Will burn. 50 GENERIC CLASS NUMBER INSULATION TRADE NAMES 151 Latex lnaulmat 3018. 152 Stafoam, Nopcofoam 153 Stafoam, Krko-Foam 25 and Foam F, Nopcofoam. BASIC MATERIAL GENERAL FORM ABRASION RESISTANCE let RUN % weight loea 2nd RUN ADHESION WET DRY ALKALINITY, pH CAPILLARITY, % bjr might COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS COVERAGE, board ft / 100 lb DENSITY, lb / eu ft HARDNESS, m zn penetration HYGROSCOPIC1TY, % by weight RESISTANCE TO ACIDS Latex reels and cork or mica Emulsion mastic 12 aq ft / gal - 1/8" thick Foamed polyurethane Sprayed, forme flexible open-cell Insulation. Foamed polyurethane Sprayed, ri^td, eloeed-oeU insulation. i 2 to 2 1/2 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, pel STRENGTH - FLEXURAL, pel STRENGTH - SHEAR, pel STRENGTH - TENSILE, pel TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC THERMAL CONDUCTIVITY, btu / (hr) (aq ft) (deg F / In.) i ------------------------------------------- j 1 -60 F Min 160 to 250 F Max To-200 F Min 160 to 275 Max THERMAL D1FFUSIVITY. aq ft / hour THEMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION , % by weight WATER VAPOR TRANSMISSION ADVANTAGES Used for condensation control. Can be sprayed, brushed or trowelled. ! 1 1 1 LIMITATIONS Requires pruned surface. Low maximum temperature limit. 52 GENERIC CLASS NUMBER INSULATION TRADE NAMES CRYOGENIC EVACUATED SYSTEMS AND MATERIALS 157 156 Linde SI-10. Linde SI-12. Linde SI-44 Linde SI-2. Linde SI-91. 159 Fiberglaa Cryogenic Insulation BASIC MATERIAL GENERAL FORM CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft EMISSIVITY - HEAT HYGROSCOP1CITY, % by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb SHRINKAGE Aluminum foil end fines fiber paper Aluminum, foil and glass mat system. eyatem. Aluminum foil and glass mat. Multilayer oonetraction under vacuum. Multilayer construction under vacuum. Sheet to be used in vacuum. 12 x 10-$ for aluminum 1100 T 1.2 to 4.7 5 to B 4 to 8 depending on number of septa 0.03 0.97 2.6 0.10 0.21 STRENGTH TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE (U) btu / hr, aq ft outer surface, deg F -459 -459 -459 F Min F Mia F Min Atmos Atmos Atmos Max Max Max 12 x 10'5 for SI -12, 10 x 10'5 for SI -10. 2.5 x 10's for SI -44 based oo one-foot thickness at 80 F and -320 F surface temperatures. -459 F Min -459 F Min -459 F Min Atmos Atmos Atmos Max Max Max 2.1 x 10'5 for SI-62. 1.6x10-* for SI-91 based on one-foot thictaiesa at B0 F and -320 F surface tempera tures. THERMAL CONDUCTIVITY, btu / (hr) (sq ft) (deg F / in.) THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE WATER ABSORPTION. % by weight WATER VAPOR TRANSMISSION ADVANTAGES Layers per inch: SI-10 10 to 20 SI-12 15 to 30 SI-44 35 to 70 Lower cost for better performance than opacifiedpowder system. Layers per inch: SI -62 50 to 100 SI-92 75 to 150 Lower cost for better performance than opacified powder system. -459 -459 -459 F Mm F Min F Min 1000 1000 1000 FMax FMax FMax 5 x 10*5 for one-foot thickness at -115 F mean temperature and 1 micron pressure. Excellent Excellent Lower cost for better performance than opacified powder systems. LIMITATIONS Stringent vacuum requirement. Stringent vacuum requirement. Stringent vacuum requirement. GENERIC CLASS NUMBER INSULATION TRADE NAMES CHARACTERISTICS CRYOGENIC EVACUATED SYSTEMS AND MATERIALS | Sentocel A 163 Linde CS-5 164 BASIC MATERIAL GENERAL FORM CAPILLARITY. % by weight COEFFICIENT OF EXPANSION COMBUSTIBILITY FLASH FLAME MELTING CORROSION - RUSTING CORROSION - STRESS DENSITY, lb / cu ft EMI SSIVITY - HEAT HYGROSCOPICITY. T. by weight RESISTANCE TO ACIDS RESISTANCE TO CAUSTICS RESISTANCE TO SOLVENTS REFLECTANCE - HEAT SPECIFIC GRAVITY REAL APPARENT SPECIFIC HEAT, btu / lb SHRINKAGE Silica aerogel Loose, to be used la vacuum. 1400 F Incombustible 6 2.2 0. 10 0.205 @ 147 F 1 STRENGTH Silica aerogel and copper flakes system. Opacified powder under vacuum. U| i 1 i1 1 i 1 1 TEMPERATURE LIMITS CONTINUOUS SHORT PERIOD CYCLIC TRANSMITTANCE (U) bru / hr, *q ft outer surface, deg F -457 -457 -457 F Min F Min F Min 1600 F Max 1600 F Max 1600 F Max -459 -459 -459 F Min F Min F Min Atmos Atmos Atmos Max Max Max 96 x 10-5 fj -177 F mean tempera - 1 22 x 10 -5 for one foot thickness and tur*. one foot thickness, and high absolute pressure of 50 microns. At vacuum. 60 F and -320 F surface temperatures THERMAL CONDUCTIVITY, bru / <hr| (sq ft) (deg F / in.) THERMAL SHOCK RESISTANCE VIBRATION RESISTANCE water absorption. To by weight WATER VAPOR TRANSMISSION 1 1 i j 1 i | t1 i ' Can be poured into irregular shapes. ! ADVANTAGES i ! LIMITATIONS ( Less efficient than other types of j cryogenic insulation. j Relatively expensive. Moderate vacuum requirements. I i ] MATERIALS Company Acme Steel Aero Adhesive Products Alabama Metal Alcoa Alumiseal Corporation American Bitumuls American Cellular Products American Gilsonite American Latex American Oil A. P. Green Arabol MANUFACTURERS Full Name and Address Acme Steel Products Division Acme Steel Company 135th Street and Perry Avenue Chicago 27, Illinois 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 Pittsburg 19, Pennsylvania Alumiseal Corporation 429 East 53rd Street New York 22, New York American Bitumuls & Asphalt Company 320 Market Street San Francisco 20, California American Cellular Products, Inc. Greater Wilmington Airport Box k9 New Castle, Delaware American Gilsonite Company Municipal Airport P. 0. Box 15 Salt Lake City, Utah American Latex Products Corporation 3341 West El Segundo Boulevard Hawthorne, California American Oil Company 910 South Michigan Avenue Chicago 80, Illinois A. P. Green Fire Brick Company Mexico, Missouri U.S.A. The Arabol Manufacturing Company 110 East l*2nd Street New York 17, New York II-l Carborundum Carey Ceilcote Chemax Chicopee Manufacturing Corporation Childers Columbia Acoustics Coopers Creek Cordo Dampney Detrick Dow Chemical Dow Corning Dyfoam Eagle-Picher The Carborundum Company P. 0. Box 337 Niagara Falls, New York The Philip Carey Manufacturing Company 320 South Wayne Avenue Cincinnati 15, Ohio The Ceilcote Company, Inc. 4832 Ridge Road Cleveland 9, Ohio Chemax Manufacturing Corporation New Castle, Delaware Lumite Division Chicopee Manufacturing Corporation Buford, Georgia Childers Manufacturing Company 3620 West 11th Street P. 0. Box 7467 Houston 8, Texas Columbia Acoustics & Fireproofing Company Subsidiary of U.S. Mineral Wool Company Stanhope, New Jersey Coopers Creek Chemical Corporation West Conshohocken, Pennsylvania Cordo Chemical Corporation 34 Smith Street Norwalk, Connecticut The Dampney Company Hyde Park Boston 36, Massachusetts M. H. Detrick Company 111 West Washington Street ' Chicago 2, Illinois The Dow Chemical Company Midland, Michigan Dow Corning Corporation Midland, Michigan Dyfoam Corporation New Castle, Pennsylvania The Eagle-Picher Company 900 American Building Cincinnati 1, Ohio II-3 Gustin-Bacon E. I. Thompson Holmes Foundry Insul-Constic Johns-Manville Johnston Foil Kaiser Keashey & Mattison Keystone Steel & Wire Koppers KSK Products Lexsuco Inc. Linde Lion Oil Gustin-Bacon Manufacturing Company 210 West Tenth Street Kansas City Missouri H. I. Thompson Fiber Glass Company 1733 Cordova Street Los Angeles 7, California Holmes Foundry Limited Sarniz, Ontario Canada Insul-Coustic Corporation 42'5^th Road Maspeth 78, New York Johns-Manville 22 East both Street New York 16, 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 Keasbey & Mattison Company Butler Avenue Ambler, Pennsylvania Keystone Steel 8e Wire Company Peoria J, 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 Tonavanda, New York Lion Oil Company A Division of Monsanto Chemicals Company Lion Oil Building El Dorado, Arkansas II-5 3 M. Company Miracle Adhesives Mirror Insulation Mohil 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 k2nd Street New York 17, New 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 Morningstar-Paisley, Inc. 1770 Canalport Avenue Chicago l6, 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, New York National Cork Company P. 0. Box 329 Englewood, New Jersey National Gypsum Company I65O Military Road Buffalo 17, New York Nelson Stud Welding Division Gregory Industries, Inc. Lorain, Ohio Newark Hair Felt Nicolet Ncpco Chemical North American Refractories O'Neal Floors Owens-Corning Pah co Pac-0-Power Pecora Pennsalt Pennsalt Permacel Peraa Glas-Mesh Pittsburgh Chemical Pittsburgh Corning Pittsburgh Plate Glass 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 l4, Ohio E. H. O'Neal Floors Company 2525 South 50th Avenue Cicero Illinois Owens-Corning Fiberglas Corporation 717 Fifth Avenue New York 22, New York Pabco Industrial Products Division FIbreboard Paper Products Corporation P. 0. Box 4331 Oakland 23, California Pac-O-Power Corporation Houston, Texas Pecora, Inc. 300 West Sedgley Avenue Philadelphia 40, Pennsylvania Pennsalt Chemicals Corporation Natrona, Pennsylvania Permacel New Brunswick, New Jersey Perma Glas-Mesh Corporation 180 West Broadway P. 0. Box 308 Dover, Ohio Pittsburgh Chemical Company Grant Building Pittsburgh 19, Pennsylvania Pittsburgh Corning Corporation One Gateway Center Pittsburgh 22, Pennsylvania Pittsburgh 22, Pennsylvania One Gateway Center Pittsburgh 22, Pennsylvania II-7 Pittsburgh Steel Polyken Porter Hayden Precision Insulation Preformed Metal Presstite Pure Asphalt Raybestos-Manhattan Reardon Reflectal Corporation Refractory & Insulation Reynolds Ric-Wil Rock Wool Manufacturing Rubatex Pittsburgh Steel Company Pittsburgh, Pennsylvania Polyken Sales Division The Kendall Company West Jackson Boulevard Chicago 6, Illinois Porter Hayden Conduit Company H. W. Porter & Company, Inc. Newark, New Jersey Precision Insulation Company P. 0. Box 14398 Houston 21, Texas Preformed Metal Products Company, Inc. 232- Simms Street Shreveport, Louisiana Presstite Division American-Marietta Company St. Louis 10, Missouri Pure Asphalt Company 3302 West 31st Street Chicago 23, Illinois Raybestos-Manhattan, Inc. Manheim, Pennsylvania The Reardon Company 7501 Page Avenue St. Louis 33, Missouri Reflectal Corporation A Subsidiary of Borg-Wamer 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 18, Virginia Ric-Wil, Inc. Barberton, Ohio Rock Wool Manufacturing Company Leeds, Alabama Rubatex Division of Great American Industries, Inc Bedford, Virginia II-8 Rubber and Asbestos Rubber Corporation of America Ruberoid Smith Products Spotnails Stanley St. Clair Rubber Stic-Klip Surface Coatings Techalloy Texaco Thermatonic Carbon Thermon Rubber and Asbestos Corporation 225 Belleville Avenue Bloomfield, New Jersey Rubber Corporation of America New South Road HIcksville, Long Island, New York The Ruberoid Company 733 Third Avenue New York 17, New York Smith Products, Inc. Novi, Michigan Spotnails, 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 40, 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 Rosine Street Houston 19, Texas II-9 Tufflite Plastics Tvinsburg-MiUer Union Asbestos United Cork U. S. Gypsum U. S. Mineral Wool 1 U. S. Rubber Company Vi mas co Virginia Chemicals Visking Company Witco Zonolite Tufflite Plastics, Inc. Sallston Spa New York Tvinsburgh-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, New Jersey United States Gypsum Company 1253 West DIversey Chicago, Illinois United States Mineral Wool Company Stanhope, New Jersey United States Rubber Conpany Ensolite Products Department Mishawaka, Indiana Vimasco Corporation Hitro, West Virginia Virginia Chemicals & Smelting Company West Norfolk, Virginia Visking Company 6733 West 65th Street Chicago 38, Illinois Witco Chemicals Company, Inc. 122 East l+2nd Street New York 17, New York Zonolite Company 135 South LaSalle Street Chicago 3, Illinois 11-10 1 appendix II EXPLANATION OF CHARACTERISTICS 1. ABRASION RESISTANCE - Tested per ASTM C 424. Consists of two 10 minute runs. Expressed as per cent loss of weight. 2. ADHESION - WET - Tested per ASTM C 383* Expressed as psi. DRY - Tested per ASTM 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 150 ml of neutral water using a reflux condenser and 50 ml of neutral water to wash down the condenser. 4. CAPILLARITY 3" x 3" * Ig-" specimen placed on a vet 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 but 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 end will continue to burn after flame is removed. MELTII3G 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 ASTM C l66. Expressed as board feet per 100 pounds. 10. CRACKING - HOT SIDE - Tested per ASTM C 4ll. 11. DENSITY - Tested per ASTM C 303, C 167, and C 302. Expressed as pounds per cubic foot. 1-1 12. DROP RESISTANCE - Tested using Handleability Machine, which shows the resistance to fracture by flexure of commercial sized units of insulation when subjected to repeated shock loading. 13. EMISSI7ITI, HEAT - Tested per ASIM 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 l/8" ball point under 1 kg load. Expressed as mm penetration. 15. HYGROSCOPICITI - 2" cubes oven dried at 220 F to constant weight, then exposed to atmosphere at JC F and 90 per cent relative humidity for l4 days. Expressed as per cent increase in weight. 16. REFLECTANCE, HEAT - Ratio of heat reflected to total available for reflection. IT. 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-1 C 35^. Expressed as per cent change. VOLUMETRIC - Per cent change in volume after exposure to maximum service temperature. 21. SHRINKAGE, WET TO DRY - Tested per ASH-1 C 166. 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 nor.-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 ASM C 165 and C 354. Expressed as psi. 27. STRENGTH, FLEXURAL - Tested per ASM C 203- Expressed as psi. 1-2 28. STRENGTH, SHEAR - Expressed as psi. 29. STRENGTH, TENSILE - Expressed as psi. 30. TEMPERATURE LIMITS - Recommendations, "based on test, as to the maximum and minimum temperatures at which the material can he 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 ASIM C ITT and C 335* Expressed as btu,inch/sq ft, hr, degrees F. 33. THERMAL DIFFUSIVITY - Calculated hy k/sp heat x density. Expressed as sq ft/hour. 34. THERMAL SHOCK RESISTANCE - Specimens are heated to maximum recommended temperature and held for two hours. One specimen is then cooled hy a stream of compressed air. Physical changes are then noted. 35- TRANSMITTANCE - Tested per ASIM C 236. Expressed as htu/sq ft, hr, degrees F. 36. VIBRATION RESISTANCE - Evaluation of the ability of' a material to withstand vibration under various frequencies and amplitudes. 3T. WARPAGE IN SERVICE - Warpage measured after specimen is heated to maximum recommended temperature on one face only. 38. WATER ABSORPTION - Specimen to he submerged in water for 2h hours and drained for 10 minutes before weighing, Expressed as per cent weight gain. 39 WATER VAPOR TRANSMISSION - Tested per ASIM C 355 and E 96. Expressed as perm inches. Pern inches are expressed as grain> inch/sq ft, hr, inch Eg. 1-3 APPENDIX I 0A3<C material general description manufacturers Alumina-Silica Fiber and Binder (Block) Alumina-silica fibers combined with inorganic binders. Chemically inert and resistant to thermal shock. Used in furDaces, etc. Skin can be surface hardened. Rigid. Carborundum Aiumina-SLlica Fiber and Binder (Board) Alumioa-sUica fibers combined with inorganic binders. llaed for heat shields, seals, baffles, etc. Rigid. Carborundum AlumLna-SUica Fiber and Binders (Tubes) Alumina-silica fiber paper combined with a small amount of inorganic binder to form tubes. Used as furnace liners, etc. Rigid. Carborundum Asbestos Fiber and Dutomaceous Silica (Pipe Covering* Amosile asbestos fibers combined with diatomaceous silicate and aprayed with a silicate binder. Low shrinkage. Good mechanical strength. Rigid. Holmes Foundry1 Pittsburgh Corning 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 slide on small lines. Flexible. Union Asbestos Asbestos Fiber (Sponge Felt* (Block and Pipe Covering) Built up of asbestos fiber felts laminated and cemented together to form a relatively spongy material. Resilient. Forty' layers per inch. Flexible. Carey Keasbey l Mattison Mundet Nicolet Asbestos Fiber (Block and Pipe Covering) Built up of alternating layers of plain and indented asbestos paper. Approximately 22 layers per inch. Semi-rigid. Carey Nicolet Asbestos Fiber (Air Cell* (Block. Board and Pipe Covering) ! Asbesios Fiber and Cement (Board) Built up of alternating layers of plain and corrugated asbesios paper cemented together. Semi-rigid. Carey Johns-Manville Johns-Manville Keasbey t Mattison Keasbey & Mattison Keasbey L Mattison Mundet Mundet Nicolet Nicolet Nicolet Nicolet Formed from asbesios and cement using high pressures. Hard smooth finish on one side. Weather resistant. Fireproof. I'sed as protective facing over insulation. Semi-rigid. Johns-Manville National Gypsum Rubcroid Asbestos Fiber and Cement (Boardt Asbesios and cement formed into board. Used as siding in places requiring incombustible boards. Rigid. Johns-Manville National Gypsum Asbestos Fiber and Binder (Board) Asbestos fibers and binder formed into board. Available in various grades and thicknesses. Rigid. Carey Detrick Johns- Mar.ville Johns-Manville Johns-Manville Johns-Manville N icolet Rube roid Calcium Silicate (Block and Pipe Covering) Hydrous calcium silicate reinforced with a small amount of asbestos fibers. Good compressive strength. Rigid. Armstrong B.E.H. Carev Eagle-Picher Johns-Manville Keasbev L Mattison Mundet Owens-Coming Pabco Rubcroid Union Asbestos Fiberfrax F-13 Block TEMP LIMITS MIN MAX Atmos 2000 density (JL *. L0/CU FT CL SUN 13 Fiberfrax XB Board Atmos 2000 25 Fiberfrix T-30 Tube* Atmos 2000 35 Capos ite Unibestos No. 1200 Uoarco Insutube Atmos 1200 Atmos 1200 14 16 Atmos 500 i Asbestos Sponge Felt Best Felt Asbestos Sponge Asbesios Sponge Felt Defentex "U" Dent Atmos Atmos Atmos Atmos 700 700 700 700 29 - 33 26 - 30 Atmos 550 Atmos 550 f i Air Cell 1/4" Corrugated Asbestocel 1/4" Corrugated Asbestoce! 1/6" Corrugated Air Cell 1/4" Corrugated Air Cell 1/6" Corrugated Air Cell 1/5" Corrugated Air Cell 1 M" Corrugated Air Cell 1 '6" Corrugated Air Cell 1/5" Corrugated Air Cell 1 /6" Corrugated Air Cell 1/4" Corrugated Air Cell 1/2" Corrugated Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 300 300 300 300 300 300 300 300 300 300 300 300 Asbestocite Pha-F-Lex Deluxe Stonewall Atmos -50 Atmos 600 600 600 9 11 13 16 95 105 95 t Transite Perma board Asbestos Millboard "C" Detroc Board Asbestos Millboard 106 Asbestos Millboard 102 Asbestos Millboard 219 Asbestos Millboard "C" Asbestos Millboard Asbestos Millboard L K. Thermastl Calcium Silicate Thermobestos "Kav-Therm Tri-Calite Kevlo Caltemp Calsihtc Calcium Silicate -50 | 600 -50 600 1 124 100 Atmos j 1200 Aonos 1 1000 Atmos 600 Atmos 1000 Atmos 1100 Atmos 1 1200 i Atmos j 1000 ; j 56 56 56 52 56 56 Atmos j Atmos Atmos ! Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos \Zw 1200 1350 1200 1200 1350 12 50 1200 1350 12 *' 0 ljoo ll n 12 12 11 12 12 12 12 12 12 i i 1' MATERIALS BLOCK, BOARD, AND PREFORMED PIPE COVERING BASIC MATERIAL MANUFACTURERS Calcium Silicate (High Temp.) (Block and Pipe Covering) Cork, Vegetable (Board and Pipe Covering) Hydrous calcium silicate with a small amount of asbestos fibers. Good compress ive strength. Useful as fire protectlon Insulillon. Rigid. Armstrong Owens-Coming Ruberold Grinules of vegetable cork compressed and baked in molds to form board and pipe covering. Good structural strength. Water nalatant. Not vapor reaistant. Rigid. Armstrong Armstrong Mundet National Cork United Cork Diatomaceous Silicate (Block and Pipe Covering) Calcined diatomaceous silicate blended with other Insulating materials and bonded with asbestos fiber. Rigid. B.E.H. Carey Johns-Manville Keasbey 1 Mattison Mundet Pabco Refractory* and Insulation Diatomaceous Silicate (Block and Pipe Covering) Similar to above except has lower thermal Johns-Manville conductivity and temperature limits. Mundet Rigid. Pabco Diatomaceous Silicate and Asbestos (Board) Diatomaceous silicate, asbestos fibers and an inorganic binder pressed into board. Will not burn or rot. Rigid. Johns-Manville Johns-Manville Johns-Manville Union Asbestos Glass. Cellular (Block and Pipe Cover) Inorganic, pure glass containing millions of seperated hermetically sealed cells. each filled w ith dead air. High resistance to moisture, vapor, and acid atoms. Incombustible. Good strength. Rigid. Pittsburgh Coming Glass. Cellular Same description as Item above. Rigid. Pittsburgh Coming (Board) LK-20 Kaylo-20 Calslllte HI LT Cork Corkboard Jointite Novoid Cork BB Corkboard Enduro Block Hi Temp No. 19 Block Superex Block Hy Temp Type 19 Block Prasco 19-C Block No. 19 Superex M Type M Prasco 15-C Marmite 23 Marinite 36 Mannite 65 Unarcoboard Foamglas Foamglas Roof Insulation TEMP LIMITS MIN MAX Atmos Atmos Ataio* 1800 1800 1800 density GENERIC LB/CU FT CLASS NUMBER 12 12 12 13 -2S0 -300 -250 200 200 200 200 200 7 7 7m 7 7 Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1900 1900 1900 1900 1900 1900 1900 24 23 24 24 23 23 15 Atmos Atmos Atmos 1600 1500 1500 21 22 22 16 A&nos Atmos Atmos Atmos 900 900 800 1200 -450 800 23 36 65 36 9 17 18 -450 800 9 19 Glass. Fibrous with Binder (Pipe Covering) Fine fibrous glass with phenolic resin binder. Density approximately 7 1/4 lbs. Available in a variety of canvas jackets. waterproof felt jackets, dual temperature jackets and fire retardant jackets. Armstrong Armstrong Eagle-Picher Owens-Coming Owens-Coming Pabco Armaglas P. F. Armaglas P. F. Dual Temp Superglas Fiberglas Heavy Density Sectional Fiberglas Heavy Density Section Dual Temp Pabco Heavy Density Sectional Atmos -320 -120 Atmos -320 -120 450 200 200 450 200 450 7 1/4 7 1/4 7 1/4 7 1/4 7 1/4 7 1/4 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 a variety of jackets. Semi rigid. Armstrong Eagle-Picher Owens-Coming Armaglas Low Pressure Superglas Low Pressure Fiberglas Low pressure Atmos Atmos Atmos 250 250 250 7 1/4 7 1/4 7 1/4 21 Glass, Fibrous with Binder (Pipe Covering) Fine glass fibers with phenolic resin binder molded into one piece pipe covering sections. Soft and resilient. ApproxImately 4 lb density*. Available with a variety of jackets. Semi-rigid. Armstrong B.E.H. Carey Eagle-Picher Johns-Manville Mundet Owens-Coming Pittsburgh Plate Glass Gustin-Bacon Armaglas One Piece Mono-Kover Thermoglas Superglas Micro- Lok Superglas Fiberglas One Piece Fiber Glass Pipe Insulation Snap-On -30 -30 -30 -30 -30 -30 -30 -30 - 30 400 350 350 350 370 350 400 370 350 4 4 3 1/2 3 1/2 4 3 22 Glass, Fibrous with Binder (Board) Fibrous glass and bunders. Used lor Armstrong boilers, ducts and other heated equipment. Owens-Coming Resilient. Semi-rigid. Glass, Fibrous (Board) r ibrous glass board for duct insulation. Available with several lacings. Semirigid. Armstrong Eagle -p,rher Owens-Coming Armaglas l.S. Board Fiberglas 1. $. Board -120 -120 700 700 3 3 23 Armaglas Duct Insulation Tvpe 1 Type II Superglas All Purpose Duct Insulation Type I Type II 250 1.6 250 3 250 24 250 1.6 230 3 RO BASIC material general description Glass, fibrous with Binder (Bosrd) Glass fibers with phenolic resin binder. Supplied in several densities. For use on equipment, ducts, and cold rooms. manufacturers Armstrong Eagle-Picher Johns-Menville Owens-Coming Pabco Glass, fibrous with Binder (Board! Glass fibers with phenolic resm binder. Completely sheathed in asphalt. Used in cold storage rooms. Rigid. Armstrong Owens-Cornuig Glass. Fibrous Impregnated Surface (Board! Glass fibers with phenolic resm binder. Top surface coated with asphalt to which craft paper is adhered and lapped around both ends. Armstrong Owens-Corning Hair and Wool Felts Layers of hair felt surrounded by layers of wool felt, with inner laver of wool felt. Main use is to retard freezing of water lines. Semi-rigid. Carey Johns-Manville Keasbey L Matuson Mundet Nicolet Magnesium CarboDate and Asbestos (Block and Pipe Covering) Mineral Wool w :th Binders (Blocki Composed of not less than S5ri by volume of hydrated magnesium carbonate and the balance of asbestos fibers. Relalively soft. Absorbani, will soften when wet. Rigid. 1 Armstrong B.E.H. Carey Eagle-Picber Johns-Manville Mundet Pabco Mineral wool fibers with inorganic binders. Surface will yield to irregularities without fracture of block. Low compressive strength. Requires protection from liquids. Rigid. A. P. Green Armstrong B.E.H. Bigelow- Liptak Detrick Fom -Eight General Refractories Holmes Johns-Manville Mundet North American Refrac. Union Asbestos Eagle-Picher Mineral Wool with Binder (Boardi Mineral wool combined with a waterresistant asphaltic binder. Rigid. Johns-Manville Armagla* PF-611 Armaglas PF-612 Armaglaa PF-611 Armaglas PF-614 Armaglas PF-615 Armaglas PF-616 Armaglas PF-617 Armaglas PF-618 EPF-611 EPF-612 EPF-613 EPF-614 EPF-615 EPF-616 EPF-617 EPF-618 J.M. Microlite Fiberglas PF-611 Fiberglas PF-612 Fiberglas PF-613 Fiberglas PF-616 Fiberglas PF-617 Fiberglas PF-616 PF-613 PF-615 PF-617 Fiberglas PF-614 Fiberglas PF-615 Armaglas AE Board Fiberglas AE-6 Board TEMP LIMITS MIN MAX - 50 - 50 - 50 - 50 -300 -300 -300 -300 - 50 - 50 - 50 - 50 -300 -300 -300 -300 - 50 - 50 - 50 - 50 -300 -300 -300 250 250 450 450 450 450 450 450 250 250 450 450 450 450 450 450 350 250 250 450 450 450 450 - 50 -300 250 250 450 450 density LB/CU FT C 41. 2 2 1/2 3 1/4 4 1/4 6 7 3/4 9 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 3/4 9 10 1/2 3 1/4 6 9 4 1/4 6 - 50 - 50 90 100 6 6 Armaglas Roof Insulation Fiberglas Roof Insulation Atmos Atmos 175 175 12 12 Protecto Zero Non Frost Built-up Hair Felt Frost-Proof 0 90 0 90 0 90 0 90 0 90 S5r? Magnesium Thermahte Super Light 55r< Magnesium 65rc Magensium Custom Molded Magnesium Prectsion Molded 65 Tt Magnesium Atmos Atmos Atmos Atmos Atmos Atmos Atmos 600 600 600 550 600 600 550 High Temp Block Insul. ArmatempM.W. Block Mono Block BL-19 Block Insul. Grip Tex Webers HT Block Grefco MX-17 Uniblock HT Banroc Type No. 17 Narco Block Insul. U'oarco Mineral Wool Insulation Block PY Super Temp 1 Atmos | 1700 Atmos 1 800 Atmos 1800 Atmos 1900 Atmos 1900 Atmos 1800 Atmos 1900 Atmos 1700 Atmos 1700 Atmos 1700 Atmos 1900 Atmos 19O0 Atmos 1900 Rock Cork Board -300 3 0 20 - 22 11 11 11 11 11 11 11 IS - 22 15 14 - H 16 20 1S - 22 14 - 17 16 - 20 IT 19 is ! 16 - 20 16 20 16 20 | 15 !i ll Mineral Wool with B cider (Board) Mineral wool with binder Used for low temperature applications mainly. Semirigid. Eagle-Picher Eagle-Picher Eagle-Picher LT-4 Felt LT-6 Felt LT-S Felt -300 -300 -300 450 4 50 450 4 6* 1 1 BLOCK. BOARD. AND PREFORMED PIPE COVERING BASIC MATERIAL GENERAL DESCRIPTION MANUFACTURERS Mineral Wool with Binder (Block and Board) Mineral Wool with Binder Mineral wool fibers bonded with resin binder. Resilient. Semi-rigid. Mineral wool fiber? bonded with retln binder. B.E.H. Derrick Eagle- Picher Johns-Manville Forty- Eight U.S. Mineral Wool (Block, Board ud Pipe Covering) i_________ Mineral Wool with Binder (Board) Fine mineral wool fibers bonded together with thermo-setting resin. Available plain or with vapor barrier facings. Semi-rigid. Armstrong B.E.H. Gustin Bacon Johns-Manville Mundet U. S. Mineral Wool TRADE NAMES Therma-K Templtte MT Board Banroc M H-700 lb Felt temp limits MIN 1 MAX DENSITY c ENERIC LB/CU FT DUMBER Atmo* Atraoa Atmo* Atmos TOO TOO 700 1000 10 9 > 8 33 -500 -300 TOO 000 0 9 3H Atmatemp Spun Wool Duct Duct Insulation Insulation Board Spintex Board Spun Wool Insulation Board USM Felt Atmo* Atmos Atmos Atmos Atmos Atmos 450 450 450 450 450 450 7 7 7 6. 8. 9 3-e 3-7 35 ' Perlite, i Asbestos Fibers and Binder Molded from expanded perlite, asbestos fibers, amosite asbestos fibers and hydraulic binder. Rigid. Refractory and Insulation No. 12 Insulation Block Atmos 1200 14 - 16 36 (Block) Polyethylene, Expanded. (Board) Closed cell expanded polyethylene. Low water absorption. Flexible. Tufflite Plastics Tufflite Expanded Polyethylene. -50 ISO 2 37 ; Polystyrene, ' Expanded (Bead) 1 j (Block Board and 1 Pipe Covering) ' Polystyrene, Expanded. (Board) Expanded beads of polystyrene molded into shape. Lightweight. Moisture resistant. Resilient. Available in standard or self-snuffing grades. Rigid. Expanded polystyrene. Higher density than items above. Has higher com pressive strength. Alumisea! Corporation Armstrong Dyfoam Corporation Johns-Manville Mundet U.S. Mineral Wool United Cork Tufflite Plastics Alum ifoam Armalite (Block and board only) Dyfoam J Foam (Block only) Expanded Polystyrene U.S. Cellofoam Uni-Crest -400 -400 -400 -400 -400 -400 Tufflite High Density Board -400 175 175 ITS 180 175 175 175 1 1 1 1 1 4 1/2 38 39 Polystyrene, E sanded. (Block, Board and Pipe Covering) Polystyrene exapnded into rigid insulation. Low water vapor transmission. Self-snuffing. Rigid. Dow Chemical Tufflite Plastics Tufflite Plastics Styrofoam -400 170 2 Tufflite -400 175 2 Tufflite Fitting Covers -400 175 2 HO Polyurethane, Expanded. (Block and Board) Foamed polyurethane. Closed-cel) structure. Will not rot or contaminate. Good vapor resistance. Rigid. American Latex National Gypsum Barrett Stayfoam Gold Bond Therms Thane Urethane Insulation -350 1.5 - 2 200 1.5 - 1.9 190 1.8-2 HI Polyurethane, Expanded. (Block, Board and Pipe Covering) Foamed polyurethane. Same as above except la self-extinguishing. Rigid. mencan Latex Johns-Manville National Gypsum Precision Insulation Pittsburgh Corning Tufflite Plastics Union Asbestos Stayfoam (Block and board only) M-Thane Gold Bond Tbenna Thane (Block and board only) One 7 Cel Foam thane Tufflite Urethane Unarco U-200 -280 -350 -330 -300 -400 1.5 - 2 250 2 200 1J5 - 1.9 175 1.6 - 2 250 2.2 200 2 - 3 H2 Polyurethane, Expanded. (Board) Foamed polyurethane sandwiched between two layers of roofing membrane. Closed cell. Used as roof insulation. Rigid. Barrett Urethane Roof Insulation Atmos 1.9 H3 Polyurethane, Expanded. (Board and Pipe Covering) Rubber, Expanded. (Pipe Covering) Foamed polyurethane. Comes in grades from soli to extra firm. Open-celled. Flexible. American Latex American Cellular Prod. Foamed synthetic rubber material. Closed cell. Self extinguishing. Used underground and under pipe hangers. Rigid. Armstrong Johns-Manville Stavfoam Therm ax Rigid Armaflex JM Rigid Aerotube -300 1.3 - 3.8 275 3-31/') HH -400 -400 220 220 8 8 H5 AO BLOC*. BOARD, AND PREFORMED PIPE COVERING BASIC material manufacturers Rubber, Expended. (Board) Foamed synthetic rubber. WU1 burn. Good structural strength. Rigid. Rubitcx Rubber. Expanded. (Board tod Pipe Covering) Silica, Expanded Fibers and Binder (Block and Pipe Covering) Foamed synthetic or natural rubber. Closed cells. Used also oo tubing. Flexible. Armstrong - Armstrong Carey Goodrich Gustin-Bacon johns-Manville Mundet Owens-Corning Owens-Coroing Presstite Rubatex Virginia Chemicals Expanded silica with a special binder and reinforced with inorganic fibers. Has low water absorption. Low shrinkage Acid resistance. Rigid. Carey Silica, Bonded, Inert. (Pipe Covering) Inert silica molded to form pipe covering. For use on hot water and low pressure steam lines. Will not disintegrate in water. Rigid. Johns-Manville Silica, Cellular. (Block) Pure celluUr silica. Rigid. Gl&srock Products Silica, Fused. (Block) Silica, Fused. (Block) Silica, Fused. (Board and Shapes) Wood Fibers, Roof Insulation. (Board) Fused silica block. Chemically inert. Rigid. Glasrock Products Foamed, fused silica block. Chemi cally inert. Excellent thermal shock resistance. Rigid. Foamed, fused silica material. Chemicallv inert. Excellent thermal shock resistance. Rigid. Shredded wood fibers hooded into rigid. moisture resistant insulating board. Rigid. Glasrock Products Glasrock Products Johns-Manville National Gypsum Wool Felt with Vapor Barrier (Pipe Covering) Wool felt sheets formed into pipe insulatioo. Saturated asbestos jacket to increase the insulation's resistance to moisture. For use on cold water lines. Semi-rigid. Carey Johns-Manville Kexsbey L Mamson Mundet Nicolet Wool Felt (Pipe Covering) W'ool felt sheets formed into pipe insulation. Low resistance to moisture. For use on cold and hot water hoes. Semi-rigid. Carey Johns-Manville Keasbey L Mattison Mundet Rubatex R-103-S TEMP LIMITS MIN MAX oenshy |ge LB/CU FT -100 140 4-5 Araillu 22 (Pipe covering) Sheet Arm* flex Flexible Tubing Insulation Cell-Tile Tubing Ultra Foam Aerotube Foamed Plastic Tubing O-C Flexible Sheet O-C Flexible Tubing Prest-O-Cel Rubatex Pipe Insulation Vascocel -400 -400 0 - 20 0 32 - 20 0 0 - 40 0 -300 ISO 180 200 200 220 200 ISO 220 220 220 220 220 Carey Temp Atmos 1600 7 6 0 6 - 12 7-11 7 7 7-8 1/2 7 - 11 6-n 9-10 JM Fibrocel Atmos 300 9 Quartz Foam 2000 10 - 50 Glasrock No. 25 Foam 1600 25 Glasrock No. 50 Foam Atmos 2000 50 Mas rock Atmos 2000 115 JM Roof insulation Gold Bond Fiberboard Roof Insulation lmpervo Anti-Sweat Non-Sweat Anti-Sweat Anti-Sweat Perfecto Pre-Shruak Duplex Wool Felt Atmos Atmos 15 - 18 Atmos Atmos 15 - 18 40 90 40 90 40 90 40 90 40 90 Atmos Atmos Atmos Atmos 225 225 212 212 23 18 - 20 MATERt ALS BLANKET. FELT. TAPE. AND ROPE BASIC MATERIAL GENERAL description Alumina-Silica Fiber (Blanket and Felt) Alumina-silica fibers combined with inorganic binders. Flexible. Alumina-Silica Fiber (Paper) Alumina-silica fiber paper. Available In several widths and thicknesses. Available with or without inorganic binder. manufacturers Babcock and Wilcox Carborundum Carborundum Carborundum Carborundum Carborundum Johns-Maaville Carborundum Alumina-Silica Fiber (Hope and Cord) Long staple fiber, three-atrand rope. Available In several diameters. Also available in cord and yarn. Alumina-Silica Fiber (Cloth and Tape) Woven cloth and tape. Reinforced with wire or glass filament to give more strength. Carborundum Carborundum Carborundum Asbestos, Woven. (Felt) Asbestos, Woven. (Felt) Asbestos, Wrap. (Tape) Asbestos Wrap (Tape) Asbestos Fiber In Envelope (Blanket) Asbestos Fiber Felted (Felt) Asbestos Fiber (Paper) Asbestos Fiber In Asbestos Jacket (Pipe Covering Blanket) Carbon (Felt) Class, Fibrous, Without Binder. (Blanket) Class, Fibrous, Without Binder, Metal Enclosed (Blanket) Lightweight, flexible blanket woven from Amosite Fibers and bound together by brass wire inserted asbestos yarn. Union Asbestos Identical to item above except that blanket is treated to repel water. For cold water. Can be enclosed in cottoQ muslin. Union Asbestos Long-fibered asbestos rovings enclosed within a tubular, woven asbestos jacket. Outer surface coated. For spiral wrapping of lines. Keasbev t Mattison Johns-Manville Union Asbestos Identical to item above except is wider and is wrapped and laced instead of being spirally wound. Johns-Manville Asbestos cloth in envelope form filled with asbestos fibers. Johns-Manville Union Asbestos Soft flexible asbestos felt. Johns-Manville Nlcolet Asbestos fiber and binder. Asbestos fibers enclosed in a neoprenecoated, water-proofed asbestos jacket. Has lacing hooks for fast installation. Johns-Manville Nicolet Ruberoid Union Asbestos Felt made from 0.0003" carbon fibers. Approximately &r< volatile material. Inert gas or vacuum required above 600 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 Owens-Cormog Pabco Armstrong Owens-Corning Pabco traoe names Kaowool Fiberfrax XV-Felt Flberfrax XSW Blanket Fiberlrax XLF Blanket Fiberfrax XLM Blanket Fiberfrax XSWF Faced Blanket Cerafelt Fiberfrax 970 Series Paper TEMP LIMITS MIN MAX density .ENERIC CLASS LB/CU FT 4UMBER Atmos Atmos Atmos Atmoe Atmoe 2000 2000 2000 2000 2000 4.3 - 6 5-8 58 Atmos 2000 Atmos 2000 5- B 3-24 Atmos 2000 25 59 Fiberfrax Rope Fiberfrax Cord and Yarn Atmos 2000 Atmos 2000 25 60 Fiberfrax Cloth and Tape Atmos 2000 61 Insubestos Felt Type A Atmos 750 10 62 Insubestos Felt Type B 40 90 Kay NM Tape Thermotape Unarco Insutape Thermowrap Atmos Atmos Atmos 400 400 500 Atmos 450 Asbestos Blanket Unarco Asbestos Blanket Atmos Atmos B50 750 10 63 64 65 9-12 66 Asbestos Roll Fire Felt Roll Felt Atmos 1000 Atmos 1000 67 J.M. Commencsl Paper Commercial Paper Commercial Paper Atmos Atmos Atmos 400 400 400 68 Unarco Wovenstone Atmos 750 10 69 Grade VDF Carbon Felt -455 4500 5.2 70 Armaglas TWL Armaglss TW-F Fibergl&s TWL Fiberglas TW-F Pabco TW-F -300 -300 -300 -3C0 1000 1000 1000 1000 Armaglas TWL Metal Mesh Atmos Armaglas TW-F Metal Mes 1 Atmos Fiberglas TWL Metal Mesh Atmos Fiberglas TW- F Metal Mesh Atmos Pabco Mela) Mesh 1 I 1000 1000 1000 1000 1000 4 1/2 4 1/2 4 1/2 4 1/2 4 1/2 4 1/2 4 1/4 4 1/4 4 1 /4 7! 72 C"> OLANAtl, NELT, TAPE, AND ROPE BASIC MATERIAL general description manufacturers Class, Fibrous, Needled Fell. (Blanket) Class, Fibrous. (Fell) Class, Fibrous, Textile Type. (Blanket) Glass, Fibrous. (Blanket) Needled glass fiber felt made into blanket Union Asbestos Prefabricated. Woven glass rovings frequently enclot with stainless or inconel wire mesh. Union Asbestos Long textile-type glass fibers and phenolic binder. Very resilient. Available in a variety of densities and facings. Gustin-Bacon Long textile-type glass fibers with extremely fine glass fibers added, and phenolic binder. Available to a variety of densities and facings. Johns-Manville Mundet Pittsburgh Plate Glass Glass, Fibrous. (Blanket) Glass, Fibrous (Blanket) Glass. Fibrous. ! (Blanket) Made from extremely fine glass fibers and bonded with a phenolic binder. Available in variety of densities and facings. Armstrong B.E.H. Carey Gustin-Bacon Johns-Manville Mundet Owens-Corntng Owens-Coming Pabco Pittsburgh Plate Glass Fibrous glass blanket consisting of 1 lb density core and a >4 lb density skin. Used as a duct liner. Johns-Manville Pittsburgn Plate Glass Fibrous glass blanket with a glass mat surface. Used as a duct liner. Armstrong Owens-Cornmg ' Class, Fibrous. 1 ' (Blanket) i j Graphite j ; (Fein 1 | Hair Felt ! (Std Wtj I j (Felti Hair Felt (Heavy Density) (Felt; | Fibrous glass building insulation. Foilj Kraft laminated to fine fibrous glass. 1 Comes ;n rolls or bans and with or withj out vapor barrier. Owens-Corning 1 Felt made from 0.003" carbon fibers. No ! volatile . Inert gas or vacuum required | above 600 F. 1 -i' thick. Reinforced I grades available. National Carbon Select, clean cattle hair processed into felt. Soft. Compresses approximately 30" when secured m place with twine wrapping. No: vapor resistant. Johns-Manville Newark Hair Felt Same as above but approximately twice the density. Will not compress greatly on application. Johns-Manville Newark Hair Fell Unimst Glass Blanket TEMP limits MIN MAX OENSlTY SENE LB/Cll FT CLA 4UMt Atmos 1200 8 12 Unarco Woven Glass Felt Atmos 1200 8 7H Ultralite Atmos 375 1/2, 3/4, 75 Microtex Supertex Textrafine Armaglas Flexible Duct Fine Fvber Thermoglas Ulirafine Microlite Superfine Fiberglas Aercore (PF 300 Series) Fiberglas Flexible Duct (GL-310 Senes) Pabco Flexible Duct (PF-300 Series) Superfine Micro-Bar Superface Atmos 350 3/4, l. 1 1/2. 2, 2 l n and 3. Atmos 350 3/4. 1, 76 1 1/2 and: Atmos 330 1 '2. 3/4. 1. 1 1/2. 2 and 3. 370 1/2 - 1 370 1/2-3 370 1/2 - 3 370 1/2-3 370 1/2-3 370 1/2 - 3 77 370 1/2 - 20 370 1/2 - 1 370 1 '2 - 1 370 1 /2 - 3 200 200 78 Armaglas Mat-Faced Duct Liner Fiberglas Mat-Faced Duct Liner i -300 -300 1 160 {1.5 2.5 160 I \. 5 - 2 5 Fiberglas Foil-Faced Building Insulation Atmos 150 3U yy 80 Grade WDF Graphite Felt -455 4500 j 4.5 Hair Felt Hair Felt | H D. Hair Fell H.D. Hair Felt i -150 -150 ! 'n-v 1 200 1 1 fi i -1 30 i 20V S -150 : 2-.-0 1 14 01 82 tl r*l i c. It I A l. 0 BLANKET, FELT, TAPE, AND ROPE BASIC MATERIAL GENERAL DESCRIPTION manufacturers Mineral Wool Blanket. Metal Backing. (Blanket) Felted miaeral wool eecured between various types of metal fabrics. Furntahed as desired with metal mesh. metal lath, atucco lath or rib lath. Compressible. Flexible. A.P. Green Armstrong B.E.H. Bigelow-Liptak Carey Detrick Eagle-Picher Forty-Eight General Refractories Holmes Johns-ManvtUe Mundet Refractory and Insulation Rock Wool Manufacturing Mineral Wool and Binders (Felt) Mineral wool fibers felted and bonded together. Soft, resilient. Low compressive strength. I'sed for duct insulalion. Comes with various enclosures. Armstrong B.E.H. Eagle-Picber Forty-Eight Holmes Johns-Manville National Gypsum U.S. Mineral Wool Detrick TEMP LIMITS MIN MAX oensity >NRIC LB/CU FT CLASS HUMBER Blanket Insulation Armstemp Spun Wool Blanket Metal Mesb Blanket BN-12 Industrial Mineral Wool Blanket Spun Wool Blanket EP Blanket Copr-Flbre Grefco Mineral Wool Blanket Metal Mesh Blanket Banroc Blanket Mineral Wool Blanket Mineral Fiber Blanket Della Maid Blanket -300 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1000 1200 1200 10 10 10 t B 10 10 10 8 8 9 8 8 B4 Annatemp Spun Wool Blanket BEH Spun Felt Mineral Wool Felt Copr Fibre LT Felt H.F. Felts Spintex Gold Bond Handi-Batta USM 3 lb Felt -150 -150 -150 -150 Spun Wool Felt 450 450 450 450 450 450 1500 600 450 3-8 3-8 2 1/2-4 3-8 3- 9 2-4 3-7 3-8 85 Mineral Wool, Binders and Metal Backing (Blanket) Mineral Wool with Metal Fabric (Blanket Pipe Covering! Quartz Fibers (Felt) Silica, Fibrous. (Felt and Blanket! Mineral wool fibers felted and bonded together aod enclosed by metal fabric. Eagle-Picher Mineral wool fibers secured between expanded metal lath or wire mesh. Precut for pipe size. Installed by wrapping around pipe and lacing or hooking. Armstrong B.E.H. De trick Eagle -Picher Forty-Eight Mundet Fme quartz fibers felted. Fiber size approximately 0.75 microns. Johns-Manville Long fiber, organic free, flexible. corrosion resistant. Lightweight. Also available in tape, fabric, sleeving, yarn, cordage and rope. H.l. Thompson H. 1. Thompson Bonded Blanket Atmos 450 6- 8 86 Armstemp 100 and 101 Atmos No. 100 and 101 Atmos Mineral Wool Atmos Tab-Lok Copr Fibre No. 48, Lace-On Atmos Type 1200 Atmos 1200 1200 1200 1200 1200 1200 6-10 6-10 9-12 9 6-10 M ic ro-Quartz Atmos 2500 3. 3 1/2 and 6 87 88 Refrasil A-100 Refrasil B-100 -320 -320 2000 2000 4 1/2-6 4 1/2-6 89 i | s ! 64 M A I tKI AlS CEUENT BASIC material general description manufacturers Alumina-Silica Fiber (Cement) Alumina-silica fibers bonded with inorganic air setting binder. Available in paste or liquid. Limited shelf life. Carborundum Alumina-Silica Fiber (Hydrmullc Setting Fireproofing Cement) Hydraulic setting, semi-refractory cement. Water mixed. Can be troweled or gunned. Babcock and Wilcox Babcock aad Wilcox Johns-M anville Alumina-Silica and Asbestos Fiber* Asbestos fibers and alumina-silica materials. Water mixed. Carey EagJe-Picher (Semi-refractory Hydraulic Setting Cement) Alumina-Silica and Asbestos Fibers (Insulating Cement) Alumma-silica fibers, asbestos and high temperature bonding materials. Detrick Asbestos Fiber (Mine-run Finishing Cement) Made from mine-run asbestos fibers. Can be used straight or with Portland Cement to get harder, whiter surface. Water-mixed. Carey Eagle - Picher Mundet National Gypsum Nicolet Ruberoid Asbestos Fiber (General Utility Finishing Cement} | May also be used as an insulating cement. Finish mediusrhard to hard. Composed of asbestos fibers and bonding clays. Water-mixed. Carey B. E.H. Eagle-Picher Johns-Manville Keasbey L Mattison Mundet Ruberoid U\S. Mineral Wool I Asbestos Fiber. Long. (High Grade Finishing Cement) Long fiber asbestos and binder made into s high-grade cement. Makes a mediumhard finish. A. P. Green Bigelow-Liptak Carey Eagle -Picher Johns-Manville Ruberoid Asbestos Fiber <Hard Finish Cement) Asbestos fibers and bonding clay. Makes a smooth, hard finish. Carey Detrick Forty -Eight 1 Asbestos Fiber ! 1 (Insulating Cement) Used chiefly as an asbestos msulating cement. Carey Keasbey t Mattison* Asbestos Fiber (Careytemp Finishing Cement) Made for use over Caretemp insulation. Dries to a smooth hard white finish. Carev j Calcium Silicate Cement Composed of same material as calcium silicate block insulation. Not recom mended for hard finishes. Pmbco Diatomaceous Silica (Insulating Cement) Diatomaceous silica in powdered form and binders. Soft when dried. Little strength Not moisture resistant. Used where cement is exposed to extreme high temperatures Carev Johns-Manville Keasbey t Mattison Pabco Fiberfrax Costing Cement TEMP limits MIN MAX DENSITY GENERIC LB/CU FT CLASS YUM8c Atmos 2000 120 91 Kaolite 20 Kioifte 22 L.W. BUxecme Atmos Atmos Atmos 2000 2200 2000 48 52 70 92 Vltrlcel No. 106 Atmos 1900 Atmos 2000 55 93 Hi Therm Atmos 2300 20 94 7M Short No. 20 7M Short Fiber 7M Short 7M Short 7M Short Fiber Atmos 1000 Atmos Atmos Atmos Atmos 1000 1000 1000 1000 No. 303 No. 200 No. 99 No. 352 No. 132 7M No. US Cominco Finishing Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1000 1000 iooo 1000 1000 1000 1000 1000 40 - 70 50 - 60 57 - 63 SS-U C-10 LF-20 No. -*3 No. 302 No. 214 Atmos Atmos Atmos Atmos Atmos Atmos 1000 1000 1000 1000 1000 1000 42 - 45 42 - 45 35 - 60 42 - 45 46 No. 100 MHD Finish Hi Glos Atmos Atmos Atmos 1000 1000 1000 50 - 60 42 - 45 55 No. 707 Amblerex No. 2 Atmos 750 Atmos 1000 i1 Careytemp Asbestos Cement Atmos 1000 | SO - 60 j 4 ? - 52 !i 50 - 60 95 96 97 98 99 100 Caltemp Cemeot i Atmos 1200 | 19 -22 101 Hv Temp No 19 Superex Cement H\ Temp Cement Pasco H. T. Cement Atmos Atmos Atmos Atmos 1900 1900 1900 1900 i 1 1 23 - 32 2? - 31 102 uccni BASIC MATERIAL GENERAL description manufacturers Magneala and Aabestoa (lnsulsting Cement) Magnealuo carbonate and aabeetoe flbera. To be mixed with water. Soft. Little mechanical strength. Mot water realatant. B.E.H. Johns-Manvilla Mundet Pabco TRADE NAMES Thermallte 85% Magneatum Cement Magneaium Cement 85% Magnesium Cement TEMP LIMITS MIN MAX DENSITY GENERIC CLASS LB/CU FT DUMBER Atmoa 600 Atmos 600 Atmoa 600 Atmos 550 18 - 20 103 Mineral Wool (loculatlng Cement) Mineral wool with clay binders. Relalively low k values. Good sdheslon. Good sdheslon to hot and cold surfaces. A. P. Green Armstrong B.E.H. Bigelow-Llpuk Carey Detrick Eagle -Picher Fiberglas Engineering Forty-Eight General Refractories Holmes Johns-Minville Mundet North American Refrac- tones Owens-Corning Refractory' And Insulation Rockwool Manufacturing Ruberoid Union Asbestos U.S. Mineral Wool Inanlatlng Cement Atmos Annatemp No. 1M Atmos BEH No. 1 Plua Atmoa C-1S Atmoa MW-SO Atmoa Super 711 Atmoa Super 66 Atmos Fenco Mineral Wool Cement Atmos Webers Super 48 Atmos Grefco Insulating Cement Atmos No. 1 Atmos No. 450 Atmos A-l Atmos ltoo 1600 2100 1800 1600 1800 1600 1800 1900 1B00 1700 1800 1800 22-24 24 22-24 24 22-24 22 - 24 2S 22 24 30 24 - 27 1Mst 1 M Narco Star-On OC-66Q Stic-Tite High Temp-Master No. 313 Unarco No. 330 Cominco No. 2 Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1800 1600 1800 1600 1800 1800 1800 24 - 26 22 - 24 ilmifti Mmerai Wool (Hydraulic Setting Cement) ' I 1 1 i i i Mineral wool with binders and hydraulic setting cement. Little shrinkage. Fair adhesion to insulation. Poor adhesion to hot surfaces. Will not go back to plastic condition when wetted after com* plete setting. Limited shelf life. A. P. Greeo Armstrong B.E.H. Bigelow-Liptak Carey Detrick Detrick Eagle -Picher Fiberglas Engineering Forty-Eight Forty-Eight General Refractories Holmes Johns-Manville Mundet Owens-Coming Pabco Refractory and Insulation Rockwool Manufacturing Ruberoid Union Asbestos U.S. Mineral Wool SS-10 Armatemp No. 10 Superpowerhouse FC-11 MlV-One Utility Thermal Finish Hilile One Coat Fenco AU-Purpose White Quick-Set Quick-Set Fitting Grefco Insul-Fimshing Cement Superpowerhouse No. 301 NE Plus Ultra OC-UO Hydraulic Setting Super Finish Stic-Tite One Shot No. 412 Single Cote Unarco No. 10 Cominco No. 4 Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1000 1000 1200 1000 1000 1200 1400 1000 1000 1400 1800 30 - 34 30 - 33 34 - 38 30 - 34 32 - 44 36 - 40 27 - 29 30 - 34 30 - 34 35 40 Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1000 1200 1400 1200 1000 1200 1700 1000 1200 1000 1800 30 - 34 34 - 36 32 - 3B 34 30 - 34 27 - 35 30 - 35 35 - 40 34 - 38 30 - 33 30 - 40 i nc ! Mmerai Wool and j Aebestos ! (Hydraulic Setting ! Fireproofing Cement) Mineral wool, asbestos fibers and a hydraulic binder. Provides lightweight. fire-retardent protection for structural steel. To be mixed with water. Detrick Eagle -Picher Pyro-Scat Fireproofing Cement Atmos 2000 Atmos 2000 53 - 55 38 - 42 106 j Silica, Fused. i | (Facing Cement) i Vermiculne (Insulating Cement) Facing and hooding cement having excellent thermal shock resistance and dimensional Lability, Glasrock Products Expanded vermiculite and binders. To be mixed with water. Good coverage. Higher k values than mineral wool iosulating cement. Lightweight. Soft. Little mechanical strength. Eagle -Picher Johns-Manville U. S. Mineral Wool Zonolue Glasrock Cement No. 33 No. 500 Cominco No. 3 High Temp Insulating Cement Atmos 2000 115 Atmos Atmos Atmos 1600 1800 1600 Atmoa 1600 IS 1/2 107 108 66 l-i A 1 U ft i ft L. *> 8AS*C MATERIAL GENERAL DESCRIPTION MANUFACTURERS Alumina-Silica Fiber (Loose Fibers) Fibrous alumina-silica designed for flU applications. Used for packing in furnace joints, etc. Babcock and Wilcox Carborundum Joh&s-Manvllle Alumina Silicate (Loom AgTg>te) Lightweight aluminum silicate aggregate used for fills. Babcock and Wilcox Johns-ManvUIe Asbestos Fibers Loose asbestos fibers. Comes in various grades and densities. Carey Johns-ManvUIe National Gypsum Nicolet Pabco Ruberoid Union Asbestos U.S. Mineral Wool Bituminous Fill type bituminous insulation for pouring in trench to Insulate underground pipes. Must be heat cured. Witco Chemicals Witco Chemicals Witco Chemicals Carbon MT Carbon Black. Thermatomic Carbon (Loose Powder) Cork, Vegetable Granulated. Vegetable Cork, granulated (raw) or regranulated (baked). Available in numerous grades. Armstrong Mundet National Calcium Silicate Synthetic calcium silicate. Good handling properties. Must be fully encloaed for low temperature service. Johns-Manville Diatomaceous Silica, Pure mineral diatomaeous silica milled Coarse. to a coarse powder. Eagle-Picher Johns-Manville Dlatomaceous Silica, Pure mineral diatomaceous silica milled F me. to fine powder. Eagle-Picher Johns-Manville Diatomaceous Silica, Calcined. Calcined diatomaceous silica to withstand htgber temperatures. Used as fill. Can be mixed with cement to form insulating concrete. Eagle-Picher Johns-Manvtlle GUsonite Granules Specially selected, sued, and blended gilsomtes mined from the ground. Must be heat cured to obtain maximum efficieocy. Uaed for underground lines. American GUsonite American GUsonite American GUsonite American Gilsonue GLlsomte Granules Similar to above. Does not need curing. American GUsonite Glass. Fibrous, Shredded. Fibrous glass with mineral oil lubricant. Low"k" value. Armstrong Owens-Corning Glasa, Flbroua. Glasa, Flbroua. Glass, Flbroua. Glaas, Cellular Pellets. Gypsum, Cellular. Unbonded, unlubricated fibrous glass. Can be uaed for cryogenic service. Can be uaed in liquid oxygen service. Owens-Coming Fibrous glasa wool for pouring ana blowing into cavity space. Owens-Coming Owens-Coming Boro silicate-type glaas of various diameters available. Good electrical properties. Johns-ManvUIe Foamed glass pellets. Used for pouring. Each pellet foamed with hermetically sealed cells. Pittsburgh Coming Gypsum in cellular form to be poured in cavity spaces. Noi moisture resist ant. Relatively high "k'* value even when dry'- National Gypsum TRAUt NAMES TEMP limits MIN MAX GDENSITY ENR CLAS. LB/CU FT f, UM8E B and W Kaowool Fiberfmx Bulk Short Staple Fibers JM Ceraflbe.- Atmos Atmo> Atmos 2500 2300 4 as shipped 2000 109 Kaollte L.W. Fill JM 2400 L.W. Aggregate JM Zelle L.W. Aggregate Atmos Atmos Atmo, 2000 2400 2400 50 31 no Aabeatoa Fibers Asbestos Fibers Gold Bond Asbestos Fibers Asbestos Fibers Asbestos Fibers Asbestos Fibers Carded Crysotile USM Asbestos Fibers Atmos Atmos Atmos Atmos Atmos Atmos Atmos Atmos 1200 1000 900 1200 1200 1200 1200 1200 20 - 50 in Witcolite Grade A Witco)ile Grade B-l Witcolite Grade B-2 40 212 213 300 300 360 112 Therm ax -455 5000 30 112 Granulated Cork Granulated Cork Novoid Granulated Micro Cel T-4 -200 -200 -200 -459 200 200 200 1200 15 5-6 114 115 Ceiatom MN-83 Sil-O-Cel Coarse Ceiatom MN-35 Sil-O-Cel Fine Ceiatom MP-S7 Sil-O-Cel C-3 Atmos 1600 25 - 27 Atmos 1600 19 - 22 Atmos 1600 10 - 13 Atmos 1600 10 - 17 Atmos 2000 26 Atmos 2000 26 - 31 HE 117 116 GiUuiate Type A Gilsulate Type B Gilsulate Type C Gilsulate Type Special B 220 300 300 365 420 520 365 _0 Gil6o-Gsrd Atmos 260 Armaglas TWL and TW-F Shredded Fiberglas TWL and TW-F Shredded -300 -300 1000 1000 Sub Zero Insulation Wool -300 1000 44 44 44 44 SO 2-12 2 - 12 2-12 Fiberglas Pouring Wool Fiberglas Blowing Wool Vltron Micro Fiber -300 -300 250 | 250 1 Atmos 1500 l 1 Foamglas Pellets Gypsum -300 800 j Atmos ! 900 1 IE 12C 121 122 12u 125 12E t BASIC MATERIAL GENERAL DESCRIPTION . manufacturers . Miner*] Wool. Granulated, Mineral wool fiber* in granulated form for filling cavity space*. Soft. Low "k" vmhie. Armstrong B.E.H. Eagle-Plcber Forty-Eight Holmes Foundry Johns-Msnville Mundet Nstlooal Gypsum Refractory sad Insulation U.S. Gypsum U.S. Miners! Wool Mineral Wool, Loose. Mineral wool fibers in loose form. For filling cavity (paces. Soft. Low "k" value. A. P. Green Armstrong B.E.H. Bigelow-Llptak Csrey Esgle-Picher Eagle -Picher Forty-Eight General Refractories Holmes Foundy Johna-M Seville Mundet National Gypsum National Gypsum Refractory and Insulation U.S. Gypsum U.S. Mineral Wool Perlite Expanded perlite. Johns-Manville Zonohte Perlite and Asphalt Beads of perlite sealed with an asphalt coating and mixed with a granular high (Granular Underground softening point asphaltic resin. Pipes Fill) must be coated with asphaltic primer before application Armstrong Miracle Adhesives Quartz, Fine Fibers. Quartz fibers, more than 96fc pure silica. Available in several fiber diameters. Johns-Manville Silica, Fibrous. | Silica Aerogel Long silica fibers, free of organic material. Corrosion resistant. Soft. Various fiber lengths. Small hollow spheres of silica. Must be well contained as a will flow through a small opening. H.l. Thompson Monsanto Vermicuhte, Expand- Expanded vermicuhte ore. (magnesium ed. aluminum silicate) Flaked aggregate graded into various sizes as required. Zonohte Trade names TEMP LIMITS DENSITY >ENERIC CLASS MIN MAX LB/CU ET DUMBER Armatemp Granulated Spun Wool Granulated Wool Type 7B Copr Fibre Granulated Granulated Wool Banroc Granulated Granulated Wool Gold Bond Pouring Wool Pikinsul Tbermaflber Pouring Wool USM Granulated Wool -350 -350 -300 -300 -350 -300 1200 1200 1Z00 1200 1200 1000 1200 1500 1000 1500 1500 3-10 3-10 3-20 7-12 127 Loose Wool Armatemp Loose Spun Wool Loose Wool W-12 Loose Mineral Wool Type H-2 Type H-4 Copr Fibre Loose Grefco Loose Mineral Wool Loose Wool Banroc Loose Loose Wool Loose Wool Blowing Wool Loose Wool Thermafiber Blowing Wool U.S.M. Loose Wool -300 -350 -350 -300 -300 -300 -300 -300 -300 100 1200 1200 1200 1200 1000 1200 1200 1200 1200 1200 1000 1200 1500 1500 1000 1500 1200 7-10 6-8 3-20 B - 12 3-20 128 Perlox Perlite -400 -400 1400 1400 3 3 129 Armafil Insul-fil 90 450 90 450 28 26 130 Micro Quartz Fiber Refrasil F-100 Santocel Zooohte Atmos 2500 131 -300 2500 3-9 132 -457 1300 4 - 5.5 133 -350 2000 4-10 134 i M A I tKI AL5 REFLECTIVE i BASIC material GENERAL description Aluminum (Foil) Reflective aluminum foil. Various thicknesses. Some folia reinforced by attachment to membrane materials. MANUFACTURERS Alcoa Gustio- Bacon Johnston Foil Kaiser Reynolds U.S. Mineral Wool Alcoa Foil Aluminum Foil Aluminum Foil Insul Foil Metallation Aluminum FoU TEMP UMITS OENSITt 6Nf- min MAX - | LB/CU FT cla: ums Atmos Atmos Atmos Atmos Atmos Atmos GOO 600 600 600 600 600 13E Aluminum FoU (Blanket) Reflective folia fabricated Into rolla or folded atrlpa. Deatgoed for building Insulation. ReOectal Corporation Alfol Atmos 200 13' Aluminum (Sheet or Roll) Aluminum and Asbestos (Blanket) Reflective sheets of various thlctaeases. In roils or sheets. Alcoa Alumieeal Corporation Kaiser Reynold* Aluminum foil bonded to fist or corrugated asbestos paper. Nicolet Reflects! Corporation Reflecial Corporation Reflecta) Corporation Alcoa Alumiseal 1100 1100 1100 noo Foil Laminates Alfol No. 101 (Corrugated) Alfol No. 102 (Flat) Atmos Atmos Alfol No. 103 (Flat) Atmos 600 600 12 - H lbs per 100 sq ft 600 9 - ;o lbs per 100 sq ft 13E 13c Aluminum (Preformed) Preformed aluminum reflective pipe and equipment insulation. Easy to remove and install. No fibers to absorb liquid. Johns-Manviile Mirror Insulation Mirror Insulation Mirror Insulation Mirror Insulation 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 me Stainless Steel Jacketed Aluminum Reflective Preformed stainless steel jacketed aluminum reflective pipe and equipment insulation. Easy to remove and install. (Pre formed) Johns-Manville Mirror Insulation Mirror Insulation Mirror Insulation Mirror Insulation J.M. Metal K SC Mirror SC Mirror AS SC Mirror R SC Mirror DT Atmos 32 -100 -100 600 iooo Atmos Atmos 1000 14' Stainless Steel (Preformed Reflective Insulation) Preformed stainless steel jacket and reflective pipe and equipment insulation. Johns-Manville Mirror Insulation Mirror Insulation Mirror Insulation Mirror Insulation J.M. Metal K SS Mirror HT SS Mirror AS SS Mirror R SS Mirror DT Atmos 32 -100 -100 1S00 1500 Atmos Atmos iooo i i i i I ! 1 1 i| ! 1 II ij i 1 SKATED, FOAMED, AND FORMED IN PUCE BASIC MATERIAL GENERAL DESCRIPTION MANUFACTURERS Asbestos (Sprayed) Asbestos fibers applied by spraying to form a continuous, seamless blanket on any surface contour. Columbia Acoustics Armstrong Armstrong Kaaabey t Mattlaon Kaaabey It Mattlaon Asbestos and Mineral Fibers (Sprayed) Asbestos fibers and small pellet mineral fibers with Inorganic binders. Latextype water emulsion bonding adhesive. Columbia Acoustics Columbia Aoouatica Asphalt and Cork or Emulsion asphaltic compounds filled Mica with granulated cork or mica. Used for condensation control. Available in brush. (Sprayed and Fortned- trowel, or spray conalatencies. in-Place) Coopers Creek Mortell Asphalt and Cork or Mica (Sprayed and Formedin-Place) Solvent asphaltic compound filled with granulated cork or mica. Used for condensation control. Coopers Creek Eagle-Picher Earl Paint Foster Johns-Manville Lion Oil Mortell Pittsburgh Chemicals Witco Chemicals Bituminous and Cork Fillers Bituminous solvent type filled coating. Will disintegrate but will not support combustion after curing time. Selfextinguishing. Coopers Creek Earl Paint Foster Pittsburgh Chemicals Cork and Rubber (Sheet - Formed-mPlace) Moldable granulated cork and rubber. Used to hand-mold over fittings on cold lines. Armstrong National Cork Latex Resin and Cork Water emulsion latex base with cork or or Mica mics. (Sprayed and Formedin-Place) Mortal Polyurethane, Foamed. (Sprayed, FleBble) Polyurethane, Foamed. (Sprayed, Rigid) Polyurethane sprayed and allowed to foam in place to s flexible, open-cell insulaUoa. American Latex Nopco Chemical Polyurethane apra\ed and allowed to foam in place to s rigid closed-cell tnsulatioo. Carbon dioxide blown or freon blown. American Latex Earl Psint Earl Paint Nopco Chemical Polyurethane. Foamed. (Poured. Flexible) Polyurethane poured and foamed in previously prepared mold or cavity'. Makes s flexible open-cell insulation. Americao Latex Nopco Chemical Polyurethane, Foamed. (Poured. Rtglr Polyurethane poured and foamed In previously prepared mold or cavity. Makes a rigid closed-cell insulation. American Latex Armstrong Earl Pairu Nopco Chemical Vinyl and Cor. Mica Vinyl base filled with cork or mica. WiU res.t fire. Vimasco (Sprayed and Fore. In-Place) TRADE NAMES Calco-Aabeatoa Sprayed "Limpet" Asbestos LW-25 Sprayed "Limpet" Asbestos LB-8 Sprayed "Limpet" Aabeatoa LW-25 Sprayed "Limpet" Aabeatoa LB-S Calco - Heat Shield Cafco - Blaze Shield TEMP UMITS MIN MAX density GENERIC LB/CU FT CLASS NUMBER Atmoe 1350 6-14 -40 700 -60 1550 8-14 8-14 145 -60 700 8-14 go 1350 8-14 Atmos 1600 Atmos 2000 9-12 11 - 15 146 C-4 Emulsion Compound -20 200 No Drip -20 180 147 C-4 Solvent Mastic Sweatcheck Ekote 3X 60 - 24 Insulkote SGC Nokorode K Kote lnsulmat 2077 553 Type D Pioneer 620 C-4 Bituminous Erkote 3-FR-X 60 - 31 553 FR Plasticork Rubbercork Latex lnsulmat 3018 -40 Atmos -40 -20 -40 -50 -50 -50 -20 -20 -20 250 150 300 180 250 275 300 300 200 200 200 -300 200 17 200 148 149 150 151 5tafoam Nopcofoam Stafoam Erko-Foam 25 Erko-Foam F Nopcofoam Stafoam Nopcofoam Stafoam Expandofoam Erko-Foam 2 P Nopcofoam WC-l Type C -60 160 152 -60 X60 -200 275 2 1/2 -200 210 2 -60 160 2 153 154 -60 -50 -200 -20 160 160 275 2 1/2 - 20 250 2. 6 and 7r< 155 160 156 TO CKIU^CNiL CVAl.UA i CU i 1 i l C*5 AAU AA.TER1AL5 1 0AS'C MATERIAL ..GENERAL DESCRIPTION manufacturers Aluminum Foil and Glass Mat Under Vacuum (System) Multilayers of aluminum reflective loll spaced by glass mat In a high vacuum pace. Linde Company Linde Company Linde Company Aluminum Foil and Glut Fiber Paper Under Vacuum Multilayers of aluminum reflective foil paced by glasa fiber paper in a high vacuum apace. Linde Company Linde Company (System) Alum inurn Foil and Glass Mat (Sheets) Multilayers of aluminum reflective foil spaced by glass fiber mat to be used in s vacuum application. Owens-Corning Calcium Silicate (Loose) Synthetic calcium silicate. Good handling properties. Johns-Manville Glass Fiber (Sheets) Very fine diameter glass fiber, beat felled to specified thickness and density without organic binders. Available with and without interleaving aluminum foils. For use in high vacuum. H.l. Thompson Owens-Coromg Perlite (Loose) Expanded perlite. Used under high vacuum. Johns-Manville Zonolite Silica Aerogel (Loose) Small hollow spheres of silica. Used under high vacuum. Monsanto Silica Aerogel and Copper Flakes Under Vacuum (System) Equal parts by weight of copper flakes and silica aerogel powder under absolute pressure of SO microns of mercury in the insulating space. Linde Company trade names Linde Sl-10 Linde SI-12 Linde Si-44 Unde SI-62 Unde SI-91 TEMP L MlTS MiN MAX oeusity g EN IB/CU FT ,, :l u -4S9 -459 -4 59 Atmos Atmos Atmos i -459 -459 Atxnoa Atmos ] Fiberglas Cryogenic Insulation -459 1000 i Micro-Cel T-4 Heat Felted Fiber Glass <HF) Heat Felted AA -459 1200 5-6 -459 -459 1000 1000 4-16 4-16 i Perlox Perlit* Santocel A -400 -400 1400 1400 -457 1300 3 3 6 Linde CS-5 -459 Atmos 11 j i 1 j 1 i i i i i i i i i i i ii I I I * -.ft-'r't*' v*** - " i i ACCESSORIES GENERAL DESCRIPTION ASBESTOS PAPER (Commerciil Gride) MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Carey Asbestos Paper Johna-ManvUle Commercial Grade Keesbey It Mattlson K i M 101 Ruberold Commercial Grade ASBESTOS PAPER (Long Fiber) MIN MAX j 0 600 0 600 Johns-Maovtlle Special J-M Long Fiber Ruberold E-sn 0 600 ASBESTOS PAPER (Special Long Fiber! MIN | MAX j Johns-Manvllle 0 1000 Special Long.Fiber Keasbey 1 Mattlson 0 1000 K A M 201 Ruberold E-515 0 600 1 1 MIN . MAX | l 0 1300 0 1200 0 1200 j j BASIC MATERIALS AND AVAILABLE FORMS USES APPLICATION 1 1 OTHER DATA ADVANTAGES i i LIMITATIONS Short fiber paper with high fiber content (95^ minimum). .Maximum of 5^* binder content. Weighs from 4 pounds to 32 pounds /l 00 square feel. Thicknesses varj from .012 in. to .062 in. Widths of rolls range from 16 in. to 72 in. Made with high grade long asbestos fiber. Minimum fiber content of Mr and maximum binder content of ST.. Thicknesses from .006 in. to .06S in., 36 in. roll widths. High quality paper uniform throughout. Minimum fiber content of 35*1 and maximum binder content of 5r. Thicknesses from .006 in. to .065 in., 36 in. roll widths. Fire protection and saiety coverings for heating ducts. Fire protection, gasketing and base sheet j for saturating. i 1 Diaphragm material in electrolytic cells in the manufacture of chlorine and caustic eoda. 1! |i i i i i l i Fire retardant, acid and alkali resistant. V uinue recommended continuous ex- i posure temperature usually 400 F. j I i Fire retardant, acid and alkali resistant. ; Fire retardant, acid and alkali resistant Maximum recommended continuous exposure temperature usually .00 F. i Maximum recommended continuous exposure temperature usuallv 400 F. 1 i Fast and eas\ us apply, sale to handle, strong enough lor most uses ana is j Not subject to rapid deterioration. 1 i1 High dielectric streng'.r.. |i 1 Very little insulating value. i ! 1 1! i i GENERAL DESCRIPTION ASBESTOS PAPER (Welder's Grade) Johns-Manvllle Welding Paper Keaabcy L MinUo> K A M 104 manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSORIES MISCELLANEOUS ASBESTOS PROOUCTS ASBESTOS PAPER (Reinforced With Glass Thread) ASBESTOS PAPER TAPE MIN MAX UIH MAX Johna-MaavUle 0 1000 Type GT Carey 0 iooo Johns-Manvllle 0 1000 Ksaabey A Mattlaoa Ruberold MIN MAX 0 600 0 600 0 600 0 600 BASIC MATERIALS AND j AVAILABLE FORMS i USES Lone fiber asbestos with binder. 32 pounds per cubic foot Asbestos paper reinforced with glass threads. Almost 100% inorganic. Maximum asbestos fiber content of 64?* with 5?o maximum FezO) content. Asbestos paper tape. Approximate weight 13 pounds/100 square feet. Cut from commercial grade paper. 2 in . and 3 in. wide rolls approximately 95 in In length. Protecting adjacent parts from heat, smoke and sparks during welding. Wherever strong beat resistant sheet Is needed. Sealing joints in sir cell coverings when applied to furnaces, pipes, ducts and flues. APPLICATION Applied with cold water paste or silicate of sods cement. i ! I OTNER DATA l ! i i ; I advantages 1 i i i. i | LIMITATIONS i Fire retardant. Maximum recommended continuous exposure temperature limit usually 400 F. 1 Fire retardant. Maximum recommended Fire retardant. Maximum recommended continuous exposure temperature limit continuous exposure temperature limit usually 400 F. usually 400 F. i <uocjig; rMAiUWli GENERAL DESCRIPTION ASBESTOS ROLL BOARD MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Cirey Roll Boird Johns-Manville Roll Board Keaabey It Mattlaoo K 4 M 103 Ruberold Roll Boird ASBESTOS MILL BOARD (Commercial Grade) MIN MAX Cirey 0 600 Johns-Man vllle J-M 106 0 600 Keaabey t Maftlaon K L M 601 0 600 Ruberold Mill Board 0 600 ASBESTOS MILL BOARD (Gaaket Grade) MIN j MAX 0 1000 Johns-Manvllle J-M "C" Gride 0 1000 Keaabey & Mattlson K L M 801 0 1000 Ruberold Gukei Quality 0 1000 MIN | HA> 0 100' 0 100' 0 100 BASIC MATERIALS AND AVAILABLE FORMS 1 Asbestos fibers with a small quantity of strong binding materials. Two thicknesses onh . 3 '32 in. and 1/e in. Rolls 15 in. and 36 in. wide. Asbestos fibers mixed with inorganic binding materials formed under pressure Into dense hard sheets. Sheets from 1/32 in. to 1/2 in. thick, 42 in x 46 in. Extra long asbestos fibers mixed wuh a strong binding material and formed under pressure. 42 in. x 45 in. sheets, and thiclmesses of 3/32 in., 1/9 m . , 3/16 m and 1/4 In. USES Gaskets. Fire retardant material for use between walls and wrapping exhaust minifolds. Board for protection against fire, heat and acid fumes. i Gasket material for hot oil. gas and as | lines. Also for clutch and brake linings. APPLICATION OTHER DATA AOva^TaGHS t r LIMITATIONS i i i Fire retardant. Maximum recommended 1 continuous erpcsure temperature is usually >J00 F. i i i Fire retardant. Maximum recommended 1 Fire retardant. continuous exposure temperature is usuallv 400 F. ! i i Flexible, tough. strong, durable sheet 'J-.ii is eaav to appK to curved surfaces. j Will not disintegrate or separate wnen j exposed to moisture. i i ' HighU fire resistant. Will not cold j deciv or dis integrate. Water and vermin I proof. Will oot shrink I ACCESSORIES MISCELLANEOUS ASBESTOS PRODUCTS GENERAL DESCRIPTION ASBESTOS MILL BOARD (Welder's Grade) Carey No. 1 Hard Johna-Manvllla Grade "C" Ketsbey A Mattlaoa No. 801 MIN MAX ASBESTOS MILL BOARD (Heavy Density) Johns-Manvllle 0 1000 No. 219 Xsaabey A Mattlaoa 0 1200 No. 701 0 1200 ASBESTOS YARN MIN I MAX Johna-Manrllle 0 1500 Keaabey A Mattlaoa 0 1500 Raybestoa-Manhattan Union Aabaatoa Unarco MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS Extra losg asbestos fibers mixed with a special bidder and formed under pressure. Sheets are 42 In. x 45 in. with thicknesses of 3/16 m. and 1/4 in. Long asbestos fibers usually mixed with a ponland cement binder. Sheets are 36 in. x 48 in, 42 in. x 48 in. and 42 in. x 96 in. with thicknesses ranging from 1/S In. to 7/8 In. Made from long fiber asbestos rovings mechanically twisted. Grades are available that are reinforced with wire or with fibers. Grades, cuts and plya furnished aa specified. USES By welders and glass sign manufacturers. In kilns, ovens, air-cooled boiler walls and Laboratory table tope. Components in all asbestos textiles. APPLICATION Can be nailed, drilled and cawed. OTHER DATA fire reurdani. ! FLre retardant. 1 Fire reurdant. i ADVANTAGES retain ua atreogth at high temperacures, will not smoke, char or give off fumes. Extra strong with exceptional lire residence. i i 1 LIMITATIONS I 1 CEnE Ral DESCRIPTION ASBESTOS ROPE De trick Johna-Manvtlle Keasbev l Matt is on Raybeatoa-Manhattan Union Asbestos Uoarco Brand MANUFACTURERS AND TRADE names KITH TEMPERATURE LIMITS, *F MISCELLANEOUS ASBESTOS PRODUCTS ASBESTOS CLOTH MIN i MAX | Johna-Maimlle Keaabey L Mattiaon Rsybestos-M anhattan Union Asbestos I'narco Brand ASBESTOS CLOTH (Clad In Aluminum foil) Keaabey L Mattiaon KamkUd I MIN MAX I i i i i BASIC MATERIALS AND available forms USES Long fiber asbestos yam, twisted or braided to obtain rope Grade, size and plys as specified for desired application. 1 Long fiber asbestos roving yarn, woven ! into asbestos cloth. Furnished in grade, j weight and weave as specified. J Combination of hign heat reflective | aluminum foil and fire resistant asbestos cloth welded together by a special process 1 i i Seals between furnace doors and brick work, expansion joints id boiler settings, caulking ar.d gaskets, and seals around manhole covers. Asbestos curtains, fire smothering I Fire entry suits, fire curtains, blankets blankets, fire f.gr.ting suits and insulation | and partitions. Jacketing material where jacketing material. \ heat and flame resistance is necessarv. APPLICATION Fabricate cloth to meet desired needs. l I OTHER DATA ormallv furnished ir, commercial grades . Manufactured according to ASTM Standards Will pass U.S. Air Force Clo Bar Test rut other grades can be supplied. at 2500 F. Low sapor p*Tneatnlir\ ADVANTAGES Will not deteriorate. aeca\. or heal. . Will oot crack or peel *hi!e being stuened or sewed I limitations GENERAL DESCRIPTION ASBESTOS FELT Johns-Manville Fire-Felt Raybeaux-Manhattan Pyrotsx MANUFACTURERS ANO TRADE NAMES WITH TEMPERATURE LIMITS. *F succoouai CO MISCELLANEOUS ASBESTOS PRODUCTS I ASBESTOS FELT (Asphalt Saturated) MIN MAX 1000 Carey Johns-Manville Weatherproofing Felt Double-Coated Fleastone Pabco ASBESTOS FELT (Heavy Asphalt Felt and Asbestos Paper) MIN I MAX MIN MAX Carey Flreclad Johns-Manville Flretard Jacket BASIC MATERIALS ANO AVAILABLE FORMS Soft flexible asbestos felt in roll form. USES Wrapping for pipe in furnace expansion joints. Also in the laminating field. Asphalt saturated asbestos felt. Laminate of heavy asphalt saturated felt and plain asbestos paper. Weatherproofing outdoor pipe insulation. Weatherproofing pipe insulation where resistance to the spread of lire Is impor tant. APPLICATION Wired or banded in place. Wired or banded in place. OTHER DATA ADVANTAGES LIMITATIONS A heavy duty insulationjacketing mater| ill. Highh weather-resistant. Long | service life. ! ; I'nsaturated felt ourward provides (ire ' retardantsurface. 1 i 77 ACCESSORIES MISCELLANEOUS ASBESTOS PRODUCTS GENERAL DESCRIPTION ASBESTOS FELT (Reinforced With Aebestos Cloth) ASBESTOS TAPE Johns-Manvtlle J-M Ceillnite 1000 Johns-Manville Styles 119. 120, 121 ud 122 Keasbey (i Mattlaon Raybestos-Manhattan Unioo Asbestos Unsrco MANUFACTURERS AND TRADE NAMES PITH TEMPERATURE LIMITS, *F ASBESTOS TVB1NG OR SLEEVING Keasbey L Mattison Raybes tos - Manhattan Union Asbestos Unarco BASIC MATERIALS AND AVAILABLE FORMS Soft, flexible asbestos felt reinforced on one side with asbestos cloth. USES Interlining steel cars, fireproofing elec trical apparatus, etc. I Woven asbestos fibers, low In iron con tent. furnished plain or coaled with oil and water resistant compound. A wireinserted type can be furnished for addi tional strength. Thicknesses 0.010 in. to 5/16 m. Asbestos fibers braided and woven into tubing of a variety of sizes and wall thicknesses. Wrapping of electrical cables, safety protection on hot ptp.ng where abrasive conditions exist. Also used for general gasketing service. Heat protective and insulating sleeving over electrical wiring, piping, and laboratory equipment. Also as protection against shock and abrasion. APPLICATION OTHER DATA ADVANTAGES LIMITATIONS ALLtbhUKI t h ADHESIVES GENERAL DESCRIPTION ASPHALT, HOT MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F American Oil Csrey Hydro-Gard 80 Cull Lira Oil Mobil Oil Pure Asphalt Texaco No. 30 No. 35 No. 10 Witeo No. 190 and No. 3126 No. 3230 Hot Asphslt (FR) ASPHALT EMULSION ASPHALT CUT-BACK MIN MAX MIN MAX MIN MAX -100 -100 -100 -100 -100 -100 -100 0 0 0 -100 - 25 - 50 ISO 150 150 150 150 150 150 200 200 200 150 200 175 American Bltumula Laykold lnsul Adhesive -20 Bltucote Products Lap Cement -20 Insulation Mantle -20 Emulsion No. 114 -20 Carey, Ebontex -30 Coopera Croak, C-4 -20 Fllntkote N-13-HPC -20 Emulsion Type No. 2 -20 Forty-EIgbt, Sticlrfut -30 Insul-Coustic l-C 330, 1-C 331 -20 Johns-Manville Laplite -40 S.A. Adhesive -20 Mornings tar-Paisley 66-764 -60 Pittsburgh Chemlcsl lnaul-Mastic 507 SF -50 Pitts burgh-Corning PC Emulsion -25 Pure Aaphalt No. 20 and No. 21 -20 Ruberoid Lap Cement -40 Texaco Emulsified No. 24 and No. 30 0 Wltco Pioneer W-35 -20 100 200 200 200 150 150 200 100 12S 200 ISO 180 200 175 100 150 150 150 150 Armstrong Cold Erection Plastic Carey Insulation Seal Cooper* Creek C-4 FUntkota GC 101 GC 102 C 19 Trowel Maatic Foster 60-25 81-02 Inaul-Coustic Vspo-Sure IC-320 1C-321 Johns-Manville Lapttte Lion Oil Nokorode Sealcote Mornings tar-Paisley Vapor-Speed No. 43 - 785 National Cork CBH Cement Pabco Pittsburgh-Coming Pittcote 300 Witeo Pioneer No. 31 land No. 211 -25 150 -40 200 -40 250 -50 125 -20 200 -20 225 -20 22S -20 200 -10 100 -40 300 -40 300 -40 250 -40 325 -20 200 150 -20 150 -50 300 -40 200 BASIC MATf RlAi, ^ available forms USES Blended Irom a variety o( basic asphalts having different melting and hardening characteristics. Supplied In solid cake form and must be melted and applied hot. A chlorinated type can be supplied for added fire retardant qualities. Good low cost, general purpose adhesive for light materials. Will bond to all construction surfaces. Refined asphalts emulsified in water. usual* ly with clay or similar materials as emulsi< tying agents. These compounds differ mostly in the degree of hardness of the basic asphalts. Asbestos fibrated emulsions are also available. Blend of different basic asphalts with vanous degrees of hardness. Can contain inert mineral fillers. The solvent Is usually a hydrocarbon base that is beat suited for use and grade dealred. Soluble for bonding rigid type porous. insulation materials, provided the water vehicle can eacape from the film. Can also be used ss s spot or gob sdhesive dependIng on the classification and grade oi material. Lap and joint adhesive and sealer. Vapor barrier or sealer on the edges of cellular glass type Insulation materials. APPLICATION Melted and applied by brush. mop or dip. Working temperature range from 330 to 450 F. Surface should be primed first. Trowel, brush or spray. Do not apply at temperature lesa than 40 F or outside during ram. Trowel or spray. Drying time is 12 to 24 hours at 60 F. OTHER DATA Vermin proof. Will oot mold or mildew. Resisuru io acids, alkalies and water but oot to most solvents. Cannot be treated to protect from (reeling while being ahipped or atored. Resistant tc acids, alkalies and water but oot to roost solve ots.' Resistant to acids, alkalies and water but not to most solvents. ADVANTAGES LIMITATIONS Contains oo flammable or toxic solveois. Odorless except when being melted I May be used on'dry or damp surfsces. Odorless sod non-toxic. Applied without being heated. Wider temperature range than the asphalt emulsions. r Thermoplastic material which loses its adhesive strength at high temperatures and become. briuJe 11 lo tempers turea. Not recommended for surfaces which do not permit evaporation of water such aa plastics, laminated vinyls and metals. Must be used with adequate ventilation to eliminate fire haiarda and prolonged breathing of toxic vapors. 79 ACCESSORIES ADHESIVES GENERAL DESCRIPTION ASPHALT, RUBBER FILLED (Emulsion) ASPHALT, RUBBER FILLED (Solvent Type) ASPHALT, SILICATE AND ASBESTOS FILLED Armstrong Armstrong 536 Fllntkote No, 746 Foster 82 x 08 Pure Asphalt 200 1*101 Adhesive St. Clslr Rubber 180 SC-15-220 -50 170 -20 ISO Pittsburgh Chemical Pitt Chem X-201 H)-Temp Mastic -20 190 -50 manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F l i BASIC MATERIALS AND AVAILABLE FORnS Heavy-bodied, short, water-dispersed rubber asphalt adhesive, containing oc solvent. USES On flexible duct insulatioo and other applications where a vapor aeal lb required. Asphalt, rubber fillers and proper solvents. Special blend of soft asphalts, asbesto silicas, fire retardant resins and pigr No volatile solvents. Erectioo adhesive for cork, glass fibers, foamglas, and concrete walls. For chimney, stack and boiler areas where temperatures up to 400 F are encountered. APPLICATION Brush | Spot or gob, trowel I i Trowel. Warm from 100 to 150 F tec erature range for ease of application. other DATA ADVANTAGES Some resistance to solveots. Ftir alJuli resistance. Some fire rear dance. Not fire retardant. Resistant to acids and Resistant to alkalies Some solvent alkalies. Not resistant to solvents. | resistance. Fire retardant. Resilieot. Good strength and aging properties. I Quick setting, strong adhesive, Suitable for higher surface tenperarur than most asphalt Pase materials LIMITATIONS Poor resistance to otl tod grease. Must be used with sdeouste ventilation to eliminate fire hazards and prolonged breathing of toxic vapors. GENERAL description COALTAR(llot Pitch) Barrett Coopers Creek C-4 Adhesive Koppers Pittsburgh Chemlcsl manufacturers AND TRADE names WITH TEMPERATURE LIMITS, *F ADHESIVES COALTAR (Steep Pitch) MIN MAX | -as 120 Barrett -25 120 Pittsburgh Chemical -25 120 -25 120 COAL TAR (Emulsion) MIN MAX -25 150 Coopers Creek Pttchmtstlc No. 61 -25 150 Koppers Bltuplistlc No. 44 min ; MAX -20 200 -20 200 BASIC MATERIALS AND AVAILABLE FORMS Black coal tar, hot melt. Softening tempperature range from ISO F to 200 F. Black coal tsr with mineral fillers added. Softening temperature range from 180 to 200 F. Polymer modified coal tar emulsion usually containing clays or mineral fillers. USES Bondutg cellular glass to maso&ry surfaces Adhesive for tarred glass cloths sod cellular glass pipe insulation. Also for steep roofs where higher temperatures are encountered. Durable hooding materia! for adhering cellular glass Insulation to steel tanks and piping. | APPLICATION | I Brush, spray or trowel at temperatures above 40 F. Requires heating to liquify. Masonry, metal sad wood should first be primed. ! Brush, spray or trowel at temperatures above 40 F. Requires heating to liquify. i Trowel, brush or spray at temperatures above 40 F in dry weather. AH surfaces must be clean and dry. Does not have to be heated to apply. OTHER OATA l i [ 1 ADVANTAGES 1 I ) \1_______________ ._______________ i LIMITATIONS Commonly referred to ss "Narrow Range Enamel". Poor solvent resistance. Will burn wnen dry. Commonly referred to as "Wide Range | Serves a* a moisture barrier and galvanic Enamel". Poor solvent resistance Will insulator id cracks between ends of msula- burn when dry. | tlon. Poor solvent resistance Resistant to dilute acids sad alkalies. More rtjiium to water than asphalt. I l Will withstand higher temperatures than hot pilch snd can b used on steep or vertical surfaces. ! Forms s tough elastic bond to both steel snd insulstioo. Low water absorption rate. 1 Becomes brittle in moderate cold sod tendj to creep or sag when warm. Must not be used in cold rooms. Poor melting technique in the field can increase the soltentTig point or produce a brittle film. i ~F-------------------------------------------------------Must be applied tt temperatures above 40 F. 1 1 ir i !' r o G c c [ [ [ [ c [ [ L [ [ r r GENERAL DESCRIPTION COAL TAR (Cut Back) Coopen Cnek Black No, 750 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ADHESIVES MIN MAX -20 160 SODIUM SILICATE (With Fibrous Aebeatos) Arsbol M-6B Csrey Detrick Exgle-Ptchrr lniulnUc Foeter 81-27 end 81-93 lneul-CoueUc Temp-Sure I-C 250 Johns-M invllle Kessbeyt Msttleon North American Refractories Narco Block-Stick Pabco Refractory l Insulation Block Stick Rubero Id SODIUM SILICATE (With Clay and wter) MIN j MAX Forty-Eight 40 200 Blockstlk 60 800 60 800 60 500 50 800 60 600 60 500 60 800 60 500 60 800 60 800 60 500 MIN | 32 BASIC MATERIALS AND AVAILABLE FORMS Black coal tar pitch dissolved m organic advents. Contain mineral tillers. Sodium silicate with fibrous asbestos fillers. USES Bonding cellular glass and glass cloth to steel tanks aod piping. Cementing lamination* of magnesia or aabestos products. Sodium silicate, clay and water. Hi-temperature adhesive for all insulations. APPLICATION Trowel, brush or spray. Can be applied cold. Spot or gob. trowel or brush. Brush or dab. OTHER DATA Good galvanic insulator. Some lire retardance a/ter curing. Not to be used oo glass or mineral wool insulations. Good fire retardance. Good fire retardance. advantages LIMITATIONS Resistant to moat acids and alkalies. Not aa waver absorbent aa moat coal tar emulIIOQJ . High temperature limit*. | Excellent resistance to acid*, good to I advent* and fair to caustics. i Not solvent resistant. Muat be used with adrqua le vem ilatioo lo eliminate fire hazards and prolonged breathing of toxic vapors. Dry film U soluble in witer. Will checkcrack after extended exposure to high temperature. Drv film la soluble \n water cbt* crack after extended exposure to h.gn temperature. i ADHESIVES GENERAL DESCRIPTION SODIUM SILICATE (With Fibrous Asbestos) Carey Careytemp Adhesive manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN i MAX RESIN EMULSION (LAGGING ADHESIVE) Arabol No. 60-89-05, E-T10-B V-700 Series E-1658-B FUntkota F-101 F-102 Lagging Adhesive Types I and 11 Footer 81-59, 81-92W, 81-42W Iosul-Coustic I-C 140 1-C 130 Mors ingsur-Paisley Lag-Spred No. 72-778 Pittsburgh- Corning CS White Paint St. Clair Rubber Claircoat Fuller Fuller's No. 1562 Surface Coatings CS Paint Vim as co Vimasco-Lag 705 Vitnasco-Lag 704 (FR) MIN MAX RESIN BASE (ACOUSTICAL ADHESIVE) | MIN | MAX 0 200 40 100 0 200 0 ISO 0 180 -50 175 -50 180 Armstrong Acoustic Cement 340 Cement Flintkote Acoustic (B) No. 75 3 M Company EC 461 Vimajco Lag 704 -25 100 -25 150 -25 100 0 140 -25 100 -50 180 -20 180 -20 180 -50 160 -25 125 -50 180 -20 200 -25 125 -50 180 -50 150 BASIC MATERIALS AND AVAILABLE FORMS Sodium silicate with fibrous asbestos. Five gallon and one gallon containers. Resin emulsion. Resin is usually a poly* vinyl acetate. Solvent type, resin base, smooth spread ing adhesive. USES Cementing together of highly moisture resistant Careytemp Insulation and other insulations. Bonding canvas, asbestos or glass lagging cloths to all types insulation. Also as a laminating bond for polyvinyl film aluminum foil to glass, asbestos, wood and other fibrous materials. Economical adhesive, for installing ther mal and acoustical insulations of medium density on iron, 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 45 F. Spread with a *'V" notched trowel on one aurface. Press insulation in place w ith eliding motion anv time within twenty minutes of application. OTHER DATA Color can be added by using latex type tube colors. Used as finish coat over fabric. 1 Setting time la 45 hours under warm conditions. ADVANTAGES LIMITATIONS Forms fire retardant (or slow burning) Good water resistance. coating. Resistant to water. mild acids, aUulies and solvents. Vermin and fungi 1 proof, 1 1 I : Will freete in containers at temperatures j below 22 F. Some arc flame resistant, others are not. -- Contains flammable volatile soUents Keep awas from heal sr.d open flame. with adequate ventilation. i Use 1 83 ACCESSORIES ADHESIVES GENERAL DESCRIPTION RESIN BASED (Vinyl Adhesive) MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Adhesive Products VtnylgTip Foster 82-16 3 M Company EC 776 Rubber sad Asbestos Boodmaster G 4X4-22 St. Clair Rubber SC-3321 (Non-tsln) SC-3907 U.S. Rubber Company M 6310 MIN MAX -20 250 0 200 -45 2S0 -40 2S0 -40 190 -40 300 SYNTHETIC RUBBER (Emulsion) Fllntkote T-322 Miracle Adhesive PF 232 Moore Tuif-Bond Fabricating Adhesive Bt. Clair Rubber SC-3146 -40 250 MIN -20 -20 -10 -40 MAX 190 250 250 320 SYNTHETIC RUBBER (Solvent Type) mjn ; k Aluaieeal Corporation No. 101 Arabol, H-B, L-3-B.L-4-B rUntkote, F-201 and F-202 Foster, No. 716 Fuller. No. 908 and No. 911 Insul-Cousdc 1-C 201 1-C 210 3 M Company EC-105, EC-833 Miracle Adhesive PF 78 Moore Tulf-Bond No. 21-C Tuff-Bond No. 21-W MoralngsUr-Paisiey Tac-Spread 72-780 Tac-Spread 72-781 Tac-Spread 72-782 Permace!, PA 300 Pittaburgh-Corning PC Plttseal 222 Rubber it Asbestos Boodmaater K218 St. Clair Rubber SC-4815 Clear SC-4851 White U.S. Rubber Company M-6318 Vlmaaco Lax-Seal -30 -20 -20 -20 -20 -30 -30 -20 -30 -20 -20 -20 -30 -20 -20 -30 -20 -20 -20 -20 -20 : 2 ' l 1 : : i 3 3 2 2 BASIC MATERIALS AND AVAILABLE forms Nitrile rubber (Buna N) Resin with aliphatic solvents, Is an oil resistant elastomer. Synthetic rubber-water base. Synthetic rubber and petroleum solvent. USES Especially good for bonding vinyl and nitrile rubber. Very versatile and will adhere to nearly any surface. Booding rough textured fabrics, wool bstts, glass liber sod sheet cork. Bondlag insulation to backing. Adhering low density insulation materia and laps of vapor barrier foils and facia. APPLICATION Brush, pressure gun, or squeeze bottle. Bond mg time five to six minutes. Apply adhesive to Doth surfaces with brush, roller or spray. Press together and allow (l) to (2) hours booding time. Brush, sprav or roller, applied to less porous surface. When tacky press sur faces together. OTHER DATA Forms a transparent film that varies from clear to amber color. Bonding surface must be clean, do*, and free of dust, dirt and grease. Formu lation varied bv different manufacturers to obtain desired qualities. Formulation Is varied bv different manu facturers to obtain desired cnaneierisi ADVANTAGES Forms a vapor barrier, shock resistant film. Oil and beat resistant. Easy to apply, quick setting, good bond ing strength, waterproof and will remain flexible. Will not freeze. Water resistant. LIMITATIONS Generally more costly than oil solvent adhesives. Must be protected from freezing while Ln container. Material Is flammable and should be applied in well ventilated area. ACCESSORIES ADHESIVES GENERAL DESCRIPTION MANUFACTURERS AND TpApF fcJALiP<. WITH TEMPERATURE LIMITS, *F SYNTHETIC RUBBER (Fir* Retardant * Solvent Type) SYNTHETIC RUBBER (Resin-Solvent Type) Arabol, L-5-B rimtAott No. 718 Foatcr Ssletee Duct-F 81-99 fauul-CouslIc 1-C 225 and 215 3 M Company, EC-890 Moore Tuff-Bond No. 7 Tulf-Boad No. 8 Morningst, r-Pauley Tac-Spread 72-7S3 (FR) 66-538 Pituburgh-Cormnc P.C. Piltseal 22-' (FR| Rubber 1 Asbestos Bondmaster 2743 St. Clair Rubber SC-1847 SC-2542 (Non-burning solvent) L . S. Rubber Company M 6139 Vimssco Lax-Seal F MN MAX -20 250 -20 200 -20 200 -30 250 -20 250 -20 300 -20 250 -20 225 -20 225 -30 250 -40 225 Armstrong No. 520 Carbolioe FI Fllotlcotc Company F-203 No. 974 lnsul-Coustlc I-C 230 Morningstar-Patsley 66-798 National Cork WOC Cetnent Sl. Clair Rubber SC-4570 (Tanl SC-45007 (While) U.S. Rubber Company M 6463 -20 300 -20 300 -20 200 i -20 200 SYNTHETIC RUBBER (Rosm-Solvent Type) uin j I4AXI -40 200 -30 250 St. Clair Rubber SC-4815 (Clear) SC-4547 (Cream) SC-4651 (WblU) -20 200 250 -50 300 -30 300 160 -40 325 -40 325 -40 200 | MIN MAX -20 300 -20 300 -20 300 BASIC MATERIALS AND AVAILABLE FORMS t i Svmhetie rubber with a non-riammable solvent or chlorinated rubber with a fast evaporating solvent. : Oil resistant synthetic rubber res m ) reinforced and aromatic hydrocarbon or j ketone solvents. i i Synthetic rubber, natural rosins and naphtha solvent. USE 5 l 1 i 1 1 1 1 APPLICATION I 1 [ i 1 j OTHER DATA i 1 1 i | ADVANTAGES 1 ! ! LIMITATIONS ! i Adhering low density insulations and laps i of vapor barrier foils and facings on meul ducts, id hazardous areas. ! ! ' 1 Lap seam adhesive for pipe and duct usulation materials, vapor barrier papers. films, foil and fabric. Also for adhering polyurethane and rubber foams to themselves and to wood or meul. Quick grab, long tack adhesive for tnsuUtion and flexible materials to be bonded to meul or other surfaces. Brush or spra> liberal coat on base surlace. Press insuLatioo securely to place. i Brush. spra\ or roller, on both surfaces. , Mineral spirits mav be used for clean up. Thinning is not recommended. Paint roller or brush. Forxsulatioo is varied b\ different maoufacrurers to obtain desired characterstics. i i i | Formulation is varied bv different manufacturers to obtain desired characteristics ' t such as fire reurdance and temperature - ; limitations. i Adhesives based on natural rosins and j oils are usually somewhat limited in use. I Fire furard is decreased bv having a fire retardani dry him. j Contains thermosetting resins which , allows heat curing which improves boad 1 strength and heat resistance. i i 1 Provides a water resistant flexible film. i i Solvent i6 usually flammable and should lx- u*td only in well vrnulau d areas. i J Storage life limited lor some materials. i i j Poor resistance to solvent and oils j : 1 65 l. J ADHESIVES p .. GENERAL DESCRIPTION RECLAIMED RUBBER (Water Dispersed! MIN MAX RECLAIMED RUBBER (Solvent Type) ! RECLAIMED RUBBER-RESIN 1 (Solvent Type) MIN | MAX MIN Flintkote AJuaolaeal Corporation Fllntkote No. 749 lasul-Couatic 300 No. 102 Insul-Coustic -120 110 No. 717 Miracle Adhesive -2( Sure Stick l-C 220 Otf) 1 200 l-C 240 20 175 MF 22 -3r Johos-Maaville 3 M Company PF 42 -3t &A Adhesive -30 200 EC 104 - 20 ISO PF 52 -3c ' 3 M Company EC-194 - 10 140 PS 82 -3f 1 l EC 321 Moore -35 300 EC-226 EC-232 - 20 175 - 20 175 PF 122 No. 5144 -3C -4f Tull-Bond No. 3-A -30 300 EC 896 - 20 160 Moore 1 Perm&cel PA 310 l MANUFACTURERS AND 11 TRADE NAMES [ WITH TEMPERATURE -30 250 Moore Tuff-Bood - Gen. Purpose Tuif-Bond No. 9A Tull-Bond No. 9 Morn ingstar-Paisley 66-781 St. Clair Rubber SC-15-160A - 30 185 - 30 160 - 30 160 - 20 212 Tull-Bond M-102-H Rubber A Asbestos Bondmasier K 361 Bondmaster K 455 St. Clair Rubber SC-15-160A SC-15-277 -2C -2f -21 -2( -2l LIMITS, *F i SC-1504 U.S. Rubber Company - 20 250 \ MG218 I- 10 150 M5038 - 10 150 ! 1 j V! r i1 BASIC Reclaimed rubber, water. Reclaimed rubber and petroleum naptha solvent. Reclaimed rubber and resins with a hydrocarbon solvent. MATERIALS i AND available forms II (i Bonding sound deadener pads. flexible General purpose adhesive for rigid block 1 Bonding rigid board type insulation ' insulating materials, rubber and linoleum and board type insulations to metal. wood : meui and concrete. to metal, concrete and wood. Also used and concrete. 4 USES with high and low deosity glass fibers. \ ! t Brush, spray or flow. Can tolerate some ! Trowel, brush or sprav. oil on metal surlace without impairing i 1 APPLICATION adhesion. I\ ii 1 ! l 1 1 I Trowel, brush or sprav with med:u~ coat on less porous surface 3onds 1 be made almost immediately. ! I Formulation varied by different manu- i Formulation varied by different manu- ' Formulation varied bv different mat fj laci-rers to obtain desired characteristics , lecturers to obtain desired characteristics (acturers to obtain desired charac'.c >1 such as increased fire reurdance and such as consistency, temperature limits. such as consistent, temocrarjre 1 i OTH E R DAl A temperature limitations. Non -flammable. and bonding strength. ( and hooding strength. ii i i i Has good water resistance and dries to a 1 Good water resistance. Dries to a tough Has high strength characteristics. tough flexible film. | flexible film. i ADVANTAGES ii 1 f i i i [ Thermoplastic adhesive. Strength 1 Will not withstand oil. gasoline or other 1 Mom keep material wa\ from spar- decreases as temperature increases. | solvents. ( provide adequate- ventilation w hilt a LIMITATIONS i 1 ana during dn me period ii i i J_ ___... ... _ ACCESSOR! E S ADHESIVES GENERAL DESCRIPTION RECLAIMED RUBBER-ROSIN (Solvent Type) NEOPRENE (Water Dispersed) Morn lngatar- Pala ley 66-791 Si. CUlr Rubber SC-1S-148 MIN MAX -JO 200 Fuller 14K2 630 2706 Bt. CUlr Rubber 8C-2552 SC-2544 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN i MAX -50 150 -50 ISO -30 250 -40 250 -30 200 NEOPRENE (Solvent Type) Adhesive Products Gripweld Carboltne No. r-i Fltntkote No. 974 Inaul-Coustic Quick-Dry I-C 207 Moore Tutf-Bond Quik-Set Pennaslt Neocoat Stic-Klip Type "S" U.S. Rubber Company M-6124 MIN ! MAX -40 300 -30 250 -20 250 -30 250 -30 2S0 -40 225 -50 250 -40 350 BASIC MATERIALS AND AVAILABLE forms Reclaimed rubber, wood-rosin and naptha solvent. Synthetic rubber and water. Synthetic rubber with toluol solvent or petroleum naptha blend. USES APPLICATION Bonding rigid board and flexible sheet insulation to wood, meutl or concrete. Brush, spray or roller oo clean, oilfree surface. Bonding and laminating asbestos, glass wool, wood aod other fibrous insulations to vinyl film or paper. t Spray, brush or roller. Bonding all types insulation materials to steel, aluminum, masonry, wood and paimed or unpamted surfaces. Also for bonding "Stic-Khp" Type iqsulation 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 manu facturers to obtain desired characteristics such as consistency, temperature limits, and bonding strength. Resists the corrosive action of chemicals better than most of the synthetics. Maximum storage life from {61 to (12) months at temperature below F. j J ADVANTAGES Quick bond strength. Highly water resistant. LIMITATIONS Poor resistance to gasolioe aod oil. Good heat resistant qualities Also resistant to oil and gasoline. | Long tack, quick grab adhesive with | resistance to heat, water, oil and gasoline. Poor resistance to aromatic solvents, which cause swelling action. Will freere in containers below J2 F. ____________________________ I | Non-vulcanizing adhesivethat is volatile and flammable. Healthandlire prolection should be noted during Morale and appl * cat ion. iJ 1 1 OM GENERAL DESCRIPTION SILICONE RUBBER Dow Corning Silastic RTV 731 Armstrong No. 520 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSORIES ADHESIVES MAX 500 CATALYST TYPE (Chemical Set) Carbollne Carbo Fix S Moore Tuff-Bond No. 500 MODIFIED EPOXY MIN MAX 0 22S -80 300 Carbollne XA 2EA XA 4EP Surface Coatings Surco 2501 MIN -20 -75 BASIC MATERIALS AND AVAILABLE FORMS Silicone rubber. USES High-<emperature, bigh-slrength bond for adhering glass to metal, metal to metal and rubber to metal. Especially formulated paste or powder and liquid for mixing when ready for use. Epoxy resin, solvent dispersed. Producing high strength bonds between porous and non-porous materials, securing metal and nylon insulation bangers and fasteners to concrete and mason rv. Adhering any type insulation material to anv surface. Expecially recommenc for polvuraihene. APPLICATION Brush, roller or trowel for No. 520. Caulking gun. collapsible gun or trowel lor RTV 731. Mu as directed and apply immediately. rI tt Brush or trowel. OTHER DATA Possesses low temperature flexibility as - Approximately 46 hours drying time, low as -i:& F. ! No open time, apph at room tempera ture. ADVANTAGES Outstanding high temperature range. Good immediate bond. Good vapor barrier No water absorp tion Ver. high strength aoJ high temperature limit* LIMITATIONS High cost. Sensitive to aliphatic and aromatic fuels. Do not allow to treere durtnp slorape or drving time. A (actcr\ repre^entatiw shoulc be con sulted in eUctir.g the part.oular form,, latum best suited f..r .y* . al *pp'i,oa110 rv-. GENERAL DESCRIPTION PURE EPOXY Foster 82-01 ACCESSORIES ADHESIVES MIN MAX 0 2S0 MIN MAX manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS Pure epoxy resin. 100% total solids. USES APPLICATION OTHER DATA ADVANTAGES LIMITATIONS A strong bonding rasterul suiuble for atuc&ing dissimilar material*, auch a* plague to metal. 1 t 11 1 11 -- _i .. . ... . ... 89 I ACCESSORIES FABRICATION CEMENTS ( 1p GENERAL RUBBER LATEX MORTAR DESCRIPTION (Two-Prt) RESIN CEMENT (Two-Part) KEENE'S CEMENT WH { MAX MIN MAX MIH j Kl Camp Company Latex Mortar -40 Carboline Hardtop No. 3 -40 FHnticote Latex Concrete Patch Foster 92-10 Flexlaa -100 Miracle Adheaive RT 1000 -40 Rubber Corporation of America Latex BN-57 -40 200 200 200 200 250 200 Cellcote Ream Cement B6400 U-S. Gypsum 0 2 SO Keene's Cement -25 l: manufacturers AND 1 TRADE NAMES 1 1 WITH TEMPERATURE LIMITS. *F 1 j Ii 1 l Coagulated rubber latex, water and powder--j Polyester resin, silica or carbon filler White cement with plaster additives. BASIC ed cement type aggregate. ! and special solvent. t MATERIALS | r AND j i available forms I ii t Bonding cellular and porous type insulations Miscellaneous cementing. 1 Cementing cellular glass together whe .i to themselves, metal, and masonry*. Also ' I to back-plaster uneven walls. 1 USES I fj i i used at high temperatures. Can be us as anti-abrasive coating on cellular 1 glass (or high temperatures. \j t! j Must be mixed and applied at temperatures above 40 F. Apply with trowel , Mix according to directions. Pot-life Mix and applv with trcwel s*. tempera- ' approximateh 45 minutes at 7 o r. Apply | tures above freezing. J APPLICATION Bonoing '..me approximately 4e hours 1 with trowel. l ! i ii Shelf -life cf liquid latex approximate *y 6 to Shelf life of liquid is approximate!;. 3> Low initial bond strength. 9 months. Must be protected from free*- I months and ih year for the po wder. i mg. t OTHER DATA j ! i i i t t Waterproof, odorless, fire-resistant and j Bond strength exceeds strength of brick. Fsst setttng Hi draulic set: me U;| non-toxic. not fracture cellular glass oc cn mg j ADVANTAGES , i1 i | t Il 1*01 Lie from <0 45. minutes. Materia] mixed longer cannot be remixed. I Surfaces must be at room temperature 1 Will not resist prolonged rnoisture j before applving. Not resistant to caustics. , exposure. LIMITATIONS ACCESSORIES FABRICATION CEMENTS GENERAL DESCRIPTION manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F REFRACTORY CEMENT SODIUM SlUCATE STARCH France Franset North American Refractories Naxcoset Pensalt Penchlor FCC Refractory L Insulation Super 3000 9000 Cement MIN | MAX 100 2300 100 3000 so 2100 100 3000 100 2500 Local Suppliers Sodium Silicate Starch MIN MAX SODIUM SILICATE (With Fibrous Asbestos) MIN MAX Carey 60 soo Fibrous Adhesive Detrick 60 BOO Fibrous Adhesive Eagle- PI cher 60 800 Inaulatlc 60 soo To* ter 81-27 and 81-93 Insul-Coustlc 60 BOO 50 800 Temp-Sure No. 250 60 800 Johna-Manvllle Fibrous Adhesive 60 500 Keasbey L Mattisoa Fibrous Adhesive 60 800 North American Refractories Narco Bloc-Stik 60 500 Pabco Fibrous Adhesive 60 800 Refractor)* L Insulation Block Slick 60 600 Rubberoid Fibrous Adhesive 60 500 BASIC MATERIALS AND AVAILABLE FORMS Wet, air-setting, refractory type cement. Powered sodium silicate mixed with sodium silicate solution. USES Bonding calcium silicate and aroosite fiber insulation to themselves. Used to prefabricate high temperature valve and fitting covers. Bonding calcium silicate and amosite fiber insulation. Sodium silicate with fibrous asbestos fillers. Cementing laminations of magnesia, mineral wool and asbestos products in high temperature usage. APPLICATION Trowel or brush. Trowel or brush. Spot or gob, trowel or brush. OTHER DATA Chemical hardening, quick-settmg. Can be mixed to various consistencies j as required. Should not be used on alkaline sensitive glass fiber. ADVANTAGES High strength at high temperature. Low expansion or contraction ith tempera ture changes. Forms a strong heat-resistant tx>nd between porous or dust\ insulation surfaces. High temperature limits. LIMITATIONS Soluble in water at high temperatures. Dry film is partialh soluble in water. Will check-crack alter extended exposure to high temperature. Dn film is partiallv soluble in water. WiU check-crack alter extended exposure to high temperature. 91 ACCESSORIES JOINT SEALERS general DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ASPHALT (Solvent Type> MIN MAX Lion Oil Nokorode Scam and Backing Cement Kokorode Seal Kote (FR) Nokorode Low Temp Texaco 1405 Plastic Material 140? Plastic Material H Witco Pioneer 311 and 301 - so - 40 -100 0 0 - 50 300 325 200 1 90 180 150 FIBRATED ASPHALT asphalt with waxes MIN | MAX Arco Hi-Heat 76-147 Coopera Creek C-4 C-4 Heavy Detrick Duraseal Flintkote C-33 LT Trowel Mastic Foster 60-25 60-46 Johns-Manulle Zeroseal Lion Oil Seal Kote Seam and Backing Cement Lou- Temp Pittsburgh Chemical 507 507 sr X-201 Hi Temp 50 350 Pittsburgh-Coming Mastic 100 -40 250 -50 ISO -50 350 -SO 125 -20 250 oo -20 -10 350 0 250 -40 325 -50 300 1 -100 200 -50 -50 : -50 200 175 400 1 I min UA, -50 12: i ! i BASIC MATERIALS AND AVAILABLE forms i 1 ! USES 1 i i i j APPLICATION 1 i 1 OTHER DATA i 1 1 ADVANTAGES i Heavy consistency asphaltic sealer, sol vent type. i Asphalt-solvent type with asbestos fibers aod inorganic fillers. Asphalts and special waxes. Cold applied caulking, joint sealing and bedding compound. Classification and grade of material vanes when used as a surface sealer. Caulking and sealing insulation joints, Lou* temperature insulation joint sealer corners and junction points. Closes pores in sealing membranes. i i i T rowel Trowel or caulking gun. Lse mineral ! spirits for clean up. Trowel and caulking gun. | I i 1 i Check manufacturer's specifications for variation in fire resistant properties. ! Check manufacturer's specifications for Non-setting type sealer, suitable for ' variation in temperature limits. i slip joints. i ! i Lou co&i versatile material that can be used as a coating, adhesive or sealer, I Stays flexible unoemetth and is oenI shrinking, depending on the classification and grade ! of material. j Good resistant to acids. al*ai;3r mater and solvents. I LIMITATIONS Fohent fumes are usualh flammable and toxic during application Must be sealed before painting. j Maximum temperature limit is onlv 12 GENERAL description VINYL-ASPHALT Vlmesco Vlcarlon No. 49 manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSORIES JOINT SEALERS MIN MAX NON-ASPHALT1C (Fir* Resistive) - 20 180 Foster 80-30 (FR) 95-10 (FR) Inaul-CouaUc 1-C 233 I-C 405 MINERAL OIL BASE MIN | MAX - 20 200 - 10 350 - 50 500 -100 300 Foe ter 30 - 45 (Cartridges) Johni-ManvlU* Unleeel Standard Nodraeal Navaeeal Type H Nodraeal Type T Pecore Caulking MIN MAX -100 300 - 35 - 35 - 35 - 35 250 250 220 250 - 35 250 j BASIC MATERIALS AND AVAILABLE FORMS Vinyl asphalt. Resin base with solvents that vary accord* Mineral oil vehicle with fillers. ing to manufacturers' specifications. ! USES Vapor sealing of cellular glass insulation joisu. Heat resistant sealing and caulking compound. General purpose sealer and caulking compound to prevent the passage of air. dust or moisture. 1 APPLICATION Trowel or brush. j Trowel or caulking gua. [ i Furnished u> beads, ribbons and pugs and applied by hand. Can also be applied by gun. OTHER DATA Excellent for low temperature applies* tioos. i Refer to manufacturers' specifications for vsriatioo in temperature limits. i 1 ' ADVANTAGES 1 limitations Good scid and alkali resiatance. Fire retardant wbeo dry. Low rate of water vapor reigratioo. 1 Good resistance to acids and alkalies, i Pcrmaneotl) plastic. i i 1 Should not be used oo Inner layera of j cellular glass where temperature la lower; than -iO F. ; Very little resistance to most solvents, ii 1 93 AtltiiUKIt5 JOINT SEALERS GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F SYNTHETIC RESIN BASE Adhesive Product! Insul-Seal Flintkote Sealing Compound C-222 Foater 60-30N laaul-Couatlc Sure Joint I-C 405 Johns-Manvllle Albaseal Miracle Adhesive FD 400 Plusburgh-Comtng Piltseal 01 Presstite STS. 2 Permagum Vimasco "J" Seal 702 SYNTHETIC RUBBER MJN MAX . 80 250 - 50 200 - 20 200 - 40 300 - 35 250 - 50 350 -100 300 Carbollne 1303-23 losuI-Coustic Armor-Cote 1-C 401 Johna-M Seville Volsesl Type HF Navsseal Moore Tuff-Bond No. 12 Permacel EZ-4719 Pitta burgh* Cora i ng Pittses) 222 (FR) Pittses] 222 - 30 400 0 200 MIN MAX - 30 200 -100 300 - 35 250 - 35 220 - 30 200 . 30 250 - 30 250 - 30 250 SYNTHETIC RUBBER (Polybutene Tape) Pecors Extru-Sesl Tape St. Clair Rubber SC-3395 ; | MIN MAX ; -30 300 -20 190 \ f i i BASIC MATERIALS AND AVAILABLE FORMS Synthetic resin with inert fillers. Synthetic rubber with fillers and solvents. Polybuiene and butyl rubber base non- ! drying synthetic resin. with inert fillers. Volatile solvent i 1 USES Seam filler for cellular insulation. Also as a bedding compound. Joint and seam filler for metal ducts and insulation. Effective weather-tight seal between most surfaces held together under pressure. i i APPLICATION OTHER DATA | j advantages LIMITATIONS Trowel, caulking gun or by hand. Good resistance to water and water vapor. Surface must be clean and free of grease and oil. Apply by hand or with extruding gun. I ! i Unroll tape and tap it gentlv in place. Formulations are varied by manufacturers to furnish different grades and classificanons. 11 Dries to hardness of 24 Durometer auvs pliable. ! i i 1 U ill stay pliable under extreme temperalure changes. Will not shrink. Tough, permanently flexible sealer that absorbs movement and shock. Can withstand iniermitunt temperature extremes from -65 to 450 F Must be stored in cool place I 1 i 1 Little resistance to some sohecis i 1 ! t S GENERAL DESCRIPTION SILICONE RUBBER Dow Corning Silastic RTV 731 ACCESSORIES JOINT SEALERS S1UCONE (Heat Kesiatant Sealer) MAX -100 500 Foster 30-43 MIN 20 MAX POLYVINYL ACETATE (Caulking Compound) Vlmuco No. 702 MIN I MAX MANUFACTURERS AND TRAOE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS SilicoDe rubber. Polvvinvl Acetate with asbestos libers. I . USES High and low temperature insulation )oint Flashing compound and gasket adhesive, sealer. I Caulking compound. Fillets on inside corners of outer surface of insulation. APPLICATION Trowel, caulking gun or collapsible tube. Trowel or putty knife. Trowel or putty knife. OTHER DATA Room temperature curing. 10 to 15 sq ft per gal. ADVANTAGES Excellent high and low temperature stability . LIMITATIONS High cost. t ACCESSORIES JOINT SEALERS I V GENERAL POLYSULF1DE RUBBER l DESCRIPTION EPOXY BASE MIN MAX FITTING PUTTY MIN j MAX MiN MAX Better Finishes Adhesive Products Foster l Flexible Sealant No. 44169 -60 250 lsopox - 80 250 95-15 CArboline Better FtnUhe, Musdel Caulking Compound No. 44-188 - 20 158 Brine Putty 702 -60 225 Cirboline [ 703 -60 225 225 - 20 200 706 -60 225 Foster Fuller 60-37 - 30 200 Resiweld Sealant * 400 -63 250 Fuller l Pecori Synihacallt GC-2, GC-5 -65 225 600 Series Pennsalt Flexjomt MANUFACTURERS -104 250 - 20 150 AND I TRADE NAMES WITH TEMPERATURE I LIMITS, *F -50 150 -50 150 1 11 I j iI 1 PolvsuUide liquid polymer rubber base. These sealers have a wide variety of | Non-drying, noo-shrmkiog compound. BASIC Can be furnished to a variety of colors. formulations to meet specific applications f Soft and permanently plastic. 1 MATERIALS AND and conditions. 1 J AVAILABLE FORMS l i 1i Sealing rigid and semi-ngid joints of On all types of surfaces. For best results! Filler in cavities of low temperature meul, wood, plastic, glass and masonry. j consult manufacturer for recommends- insulation fittings. tioos. I USES i i; 1 Pressure caulking gun. spatula or [ Brush, knife or caulking gun Paim and knife. trowel. APPLICATION I i i i i Provides a touch flexible permanent : ,,al OTHER DATA r i ii i i ADVANTAGES Provides a permanent water- tight seal under extreme temperature changes and vibration conditions. Resists severe ravages of weather. Resistant to fuel oil gasoline and | kerosene. ; j Not afieciefl b\ low temperature or age LIMITATIONS i Some formulation.*! of this material mav impart a Alight pink slam when use i in joints- of 1 't et.lored materials i Due to manv uprs and formula.ions of t 1 epoxies, care must L*- taken to sel ct the ' t*'St SvlUvU. Was formulated to use with cork. ACCESSORIES primers and surface sealers GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES TEMPERATURE LIMITS. *F ASPHALT EMULSION American Bitumuls Bonding Primer Bitucolc, Primer Fllntkote, C-13-HPC Finer, 10-16 Insul-Couatlc IC 330 ud 331 Johns-Manville lnsulkote Primer EOS Lion Oil Nokorode Brush Cement Mornings tar-Piisley 66-76S Hi Spred National Cork Plain Emulsion Pittsburgh Coming PC Asphalt Emulsion Pure Asphalt No. 20 Protective Coating Texaco No. 20 No. 23 No. 2 No. 30 No. 1044 WllCO Piooeer W-35 ASPHALT CL'T-BACX COAL TAB IAIN MAX MIN MAX Armstrong -20 150 No. 3 Aaphalt Paint -20 160 Bliucote -30 ISO Black Aaphalt Paint 0 200 Cooper* Creek Primer (Black) -20 200 C-4 Primer C-4 Primer (FR) -20 2S0 Primer No. 33 -so ISO Flintkole Asphalt Primer Aaphalt Primer C-ll -60 200 Gilsonite Primer C*12 No. 267 -- Foster 51-03 -25 100 Insul-Coustic Primer 1C 390 -20 150 Lton Oil Nokorode S.P. Asphalt 0 ISO Nokorode Brush Cement 0 150 | Pittsburgh Chemical 0 ISO | Insul-Mastic 4132 Primer 0 150 | Pittsburgh-Coming 0 1 ISO | 1j -20 ISO , Primer Sealer 3A Pure Asphalt, No. 7 Primer Texaco, No. 1405 j Pipe Primer | No. 1044 j Witco | Pioneer No. 630 0 ISO - 50 ISO - 50 0 0 - 40 ISO 200 200 2S0 - 40 - 20 - 40 - 20 150 200 150 160 0 200 - 50 250 - 50 150 - so 150 - 40 250 - 50 - 50 | 0i 01 0 150 150 180 180 180 - 50 150 American Bitumuls Colflx Jet Seal Bitucote Tarcote Pure Aaphalt L70 Seal kota MIN MAX -30 200 -20 200 -20 200 BASIC MATERIALS AND AVAILABLE FORMS Liquid asphalt emulsion, light consisten cies. i i Asphalts and petroleum solvents. I I Coal tar, water dispersed, especially formulated to be used with asphalts since coal tars and asphalts are normally noocompatible. USES Prtraer and surface sealer for metal, wood, masonry and insulation especially on damp surfaces. Increases bonding of subsequent asphalt mastics. Primer and surface sealer for metal, I masonry, wood and porous insulation i surfaces before application of asphalt coatings and adhesives. Sealer on asphalt surfaces preventing damage caused by petroleum solvents. APPLICATION Brush or spray. Brush or spray on clean and dry surfaces j Brush or spray, free from rust, oil. grease and dm. } OTHER DATA i ADVANTAGES Also serves as a non-corrosive coating. I Lae mineral spirits for clean up. Good weather and corrosion resistant characteristics. , i Good resistance to acids, alkalies and water. Can be used to rehabilitate old asphalt weather coatings. j Can be applied cold without toxic iurrr or i i fire hazard. j \ 1 LIMITATIONS I I I Must be protected from freezing while in liquid vtatc and during application. Most brands are usually toxic and flammable aod must be used in well ventilated areas. j , j i Musi be applied at temperatures in excess of 40 F. 9? GENERAL DESCRIPTION SYNTHETIC RESIN (Solvent Type) Footer 51-12 (FR) Inaul-Couatic Sure-Kote No. 110 Morainestax-Pm Is ley 66-858 Pltuburgh Chemical Inaul-Mastic 5H02P MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F AlU^UKI L 5 PRIMERS AMD SURFACE SEALERS MIN MAX ASPHALT SEALER (Asti-Bleed) -20 200 -20 200 -50 180 lnsul-Cousllc Ho. 526 (Alcohol-Resin Base) Rubber Corporation of America E-7729 (Rubber Baae) -HO 250 MIN | MAX FRICTION TAPE SEALER (Asphalt Cutback) -20 250 Johna-Manville Zerofloas MIN j MAX -25 250 -50 125 BASIC MATERIALS AND AVAILABLE FORMS Synthetic rests and solvent. USES Primer or sealer for porous snd dusty* type insulations. Provides increased adhesion for application of mastic type coatings. Synthetic resto and solvent. Anti-bleed sealed to be used over uphallic aurfacea aa a baae for oil painu. 1 Smooth bodied solvent type asphalt compound. Black protective finish and sealer for insulation and friction tape over low temperature Insulations. APPLICATION OTHER DATA Brush or spray. Specific information concerning basic materials has not beeo furnished by manufacturers. ' Brush or spray. | s1 i | Brush. i i 1 1 i i Basic characteristics of these products 1 Primarily designed as a fabric tape differ, however, they have the same end 1 sealer used over fibrous insulation, use. { i ADVANTAGES Foster product is fire resistant. Provides sdditiooal solvent resistance to I Moisture resistant, asphalt surfaces. ! LIMITATIONS Musi be applied in well ventilated areas Musi be applied in well ventilated areas, i Musi be applied in well ventilated areas GENERAL DESCRIPTION COAL TAR PITCH (F.mulston) American Bltumula CoUix Jet Seal Bitueote Tarcotc FUntkote Oil Realataat Sealer Pure Asphalt L TO SetUtote manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F ACCESSOR!ES FINISH COATINGS ASPHALT BASE (Aluminum Paint) MIN MAX -300 200 20 200 20 200 20 200 Amatroog Alum. Cold Storage Paint Bltucotc, Alum. Paint Coopara Creek Asphalt Aluminum Paint Earl Paint Erkote Gllaonlta FUntkote Asphalt Alum. Paint Asphalt Alum. Paint C-1T Foster 50-08 Insul-Couatlc 1-C 516 Lion Oil Nokorde Vehicle National Cork Aluminum Paint Pabco, Coolite Pittsburgh Chemical Inaul Mastic 4604E Pure Asphalt No. 62 ASPHALT EMULSION (Cold Room Finish) MIN MAX -25 200 -28 1T5 -30 200 -30 200 -50 200 -20 175 0 400 -20 250 -40 180 --20 200 American Bltumula Westhercoat Mastic Undercoat Armstrong Cork SP Emulsion Plastic Emulaioo Bitueote Black Plaster Finish No. 12A-14 Coopers Creek Asphalt Emulsion FUntkote Sanded Premix C-13A National Cork Fibre Emulsion Pure Asphalt Inaul Mastic -40 300 -20 200 MTN MAX -10 200 -10 200 -25 200 -25 200 -10 100 -10 100 -10 100 -20 150 -20 150 -25 200 -20 200 BASIC MATERIALS AND AVAILABLE FORMS Coal tar pitch emulsion. Selected asphalts and aluminum powder blended with proper solvents. Asphalt with asbestos fibers. can also contain clay and silica sand. USES Fbiish coatings over asphaltic surfaces . for oil tad solvent resistance. Also a protective coating for insulations masonry and metal. On all types of surfaces including asphalt mastic as a protective light reflective finish coating for both exterior and interlor use. Interior finish coating over insulation m coolers and cold storage rooms. APPLICATION Brush or sprsy. Brush or spray. Brush spray or trowel. OTHER DATA Meets Federal Specification R -P-003S5. Can be used u ami-corrosioo protective coatiog on steel. Free from odor beanog solvents. Can be used without danger of contamination to foods or furs. ADVANTAGES Good acid ud alkali refinance Resistant to moat acida and alkahea. Excellent abrasive resistance. Finished I surface has moisture resistant properties! LIMITATIONS Manufacturers' specifications should be checked since some coal tars are not com patible with asphalts. Poor resistance to most solvents. Must be protected from {reeling during hipping, storing, and application. I ACCESSORIES FINISH COATINGS GENERAL DESCRIPTION VINYL EMULSION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F Armstrong laaulcolor Earl Pilot Erkote 1330 Foater Laglone Fuller Iosco losul-Couatic Sure-Kote No. 110 Sure-Kote No. 110 (FR) Perm Sure No. 102 (FR) Morningstar- Paisley Lag Spread No. 72-716 Pittsburgh-Coro mg CS White Paint (LT) Surface Coatings CS Pamt Vimuco Vixoasco-Lag 704 (FR) VINYL SOLVENT MIN MAX 0 160 -25 125 -50 1B0 -20 200 -50 150 Arabol L-2-B Armstrong Armaflex Ftntab Carboltne Polyclad 933-3 Foater Vltect Vinyl Insul-Couatic 1C 520 1C 503 (FR) U.S. Rubber Cold Vinyl Dtp 4900 -25 125 -25 125 -50 180 ACRYLIC EMULSION MIN MAX -20 ISO -20 160 FUntkote Deco rail Pittaburgh Chemical Colorcoat 261 -20 160 -20 ISO -50 100 -20 225 -40 160 MIN MAX -20 150 -40 250 BASIC MATERIALS AND AVAILABLE FORMS Vinvl rests emulsion. t) Vinyl resms with special solvents. USES Finish coating for fabric jacketing. Heavy bodied mixtures can be applied directly over insulation or asphalt weathercoau. Can be tinted u> a variety* of colors. Over insulations to provide a tough, weather-resistant film. Acrylic resin latex, pigments and fillers. Coaling fresh and old concrete and asphaltic mastics. Gives protection against oil and normal chemicala. APPLICATION I'sed to adhere jacket to insulation. Final coating is iheo applied on the exterior surface of the fabric for finish. Brush, trowel or spray. Brush or spray. Should oot be applied ! st temperatures below 60 F. OTHER DATA Letters 1FR1 afier trade names indicate products with fire-retardani properties. Letters (LT) indicate those formulated for low temperature application. Lou MVT Good low temperature flexibility ADVANTAGES Neat cashable coating, resistant to oil, dirt, water and abrasion. Dried film will not support combustion. Good resistance to dilute acids and alka lies. Decorative weather-resistant coating. limitations Must be protected from temperatures under 4n F during shipping, storing and application, borne are flame-resistant, others are not. Must be applied in well ventilated area as protection against toxic and flammable fumes. Nonflammable when wet. bums slculv when drx giving oh toxic fumes ACCtSSUKI tb FINISH COATINGS GENERAL DESCRIPTION LATEX AND CEMENT (Plaster Flniah) manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS. *F Armstrong Monoplaal Carbolme 3340 Camp Company Buremaatlc FUntkote White Iniulmtion Coating Pennaall Penntrowel Latex (Fine) Pittsburgh-Coming P.C. Type 5 Surface Coating! PC Type "S" FIBRATED PLASTER (Scratch Coat) fcUN MAX i -80 ZOO -50 200 -50 150 -50 ZOO National Gypsum Gold Bond Fiber Pabco Flbered U.S. Gypaum Boodcrete Red Top Fibrated -50 150 -75 150 -75 150 MIN j MAX PERLITE PLASTER (Scratch Coat) 0 100 0 100 National Gypsum Gypaolite U. S. Gypaum Stmcvolite 0 100 0 100 MIN | MAX 0 100 0 100 BASIC MATERIALS AND AVAILABLE FORMS Synthetic resin latex and dry cement. USES Plaster finish for coolers and cold storage rooms. Also as.finish coating ob cellular glass, styrofoam tod board type insulatioo materials. As standard plaster bsse coal. APPLICATION Trowel oo in coats not exceeding 1/8 in. thick per coat. j Trowel OTHER DATA Non-loxic and odorless. ADVANTAGES Anti-abrasive, breathing type coating. LIMITATIONS Not vapor resistant. As plaster base coat. Trowel Lower thermal conductivity than standard ( plaster. Not vapor resistant. GENERAL DESCRIPTION GYPSUM PLASTER (Finish Cosl) National Gypsum Trowel Finish Plaster Pabco Trowel Finish Plaster U. S. Gypsum Trowel Finish Plaster ACCESSORIES FINISH COATINGS MAX ISO 100 100 MIN MANUFACTURERS AND TRAOE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS USES As plaster imish coat. APPLICATION Trowel OTHER DATA ADVANTAGES LIMITATIONS L Not vapor resistant. MIN MAX 10 2 ALV.LOOUKI C. d WEATHER BARRIER COATINGS GENERAL DESCRIPTION COAL TAR. EMI' LSIONS Americui Bltuixiula Colfis Jet Seal Bltucote Tarcote Koppera Bituplaatle No. 28 Pittaburgh-Cbemical Tansastic 105 Pure Asphalt L 10 Sealkote MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F COAL TAR CUTBACK MIN | MAX -20 200 -20 200 -50 200 Cooper* Creek Black No. 750 Koppera Bltumastlc SO Pittaburgh Chemical Tarmaalic 101 Pitta burgh- Corning Plttcole 50 -20 200 ASPHALT-CLAY EMULSION MIN | MAX 160 160 -20 160 MIN I MAX American Bitumula Laykold Clay Emulalon Bltucote -20 100 lnaulatlon Mantle Fllnlkote -20 160 N-13-HPC -20 200 C-13-HPC -30 150 Waterproofing WAE Type 1 -20 125 Inaul-Couatlc 1C-330 -20 200 1C-331 Pure Aaphalt -20 200 No. 20 F Emulaioo -20 200 BASIC MATERIALS AND AVAILABLE FORMS Coal tar base, water dispersion. | Tar base pitch blended with selected ' solve du . _L Asphalt base clay emulsion containing no fillers or fibers. Has a semi-paste consistency. USES Protection of insulation surfaces exposed to weather, gasoline, chemical fumes, heal, cold and abrasion. Over most aboveground insulations, except those containing asphalts. Especially recommended in area* subject to acid smokes and acid fumes. Provides a tough, resilient 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 tune approximately (2i hours. Brush, trowel or heavy duty spray. Brush spray or trowel. OTHER DATA Not a vapor barrier. Basically an underground pipe line pro tective coating. Stable, non-toxic and nonflammable coating. ADVANTAGES Torms a tough weather-barrier film that will not crack or sag between tempera ture limits of -20 to 200 F. Highly resisunt to dilute acids and alkalies. Breathing type coaling. LIMITATIONS Manufacturer should be consulted belore using as an asphalt coating. Some coal tars are nol compatible with asphalts. Drying time from 21 to 4S hours. Cannot , Must be protected from freezing during be used over asphalt coalings or primers. shipping, storage and application. 103 ACCESSOR!ES WEATHER BARRIER COATINGS GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS ANO AVAILABLE FORMS | USES ASPHALT EMULSION (Fibrated) ASPHALT EMULSION MASTIC (Used with Glass Mesh) ASPHALT CUTBACK MIN MAX | MIN MAX KIN MAX American Bltumula Laykold Mastic -20 Armstrong. Insulznaatlc -20 Baldwin-Ehret-Hill, Flbercoat -20 iNO Bltucote, Protektlte Coopers Creek Emulsified Asphalt -30 Emulsified Asphalt (PR) -20 Detrick, Tbermalcost 0 Eagle-Picber, losulsesl -20 FUntkote, C-13-A, -20 Tbermslkote -20 Type 7 -20 Forty-Eight, Weberteal -32 Foster, 90-07 H.I. Maatlc 0 Insul-Coustic Weather-Sure 301 -20 Emulsion 330. Emulsion 331 -20 Johns-Manville Insulkote ET and EG -20 Morningstar - Paisley Hi-Spred No. 43-784 -60 National Cork Weather Mastic (HT) - North American Refractories Narco Surfa-Seal -20 Pittsburgh Chemical Asphalt Emulsion -20 Pitisburgh-Cormng P. C. Pmcote 600 B -20 Pure Asphalt, InsuL Mastic -10 Ref. t lnsul., Weather Note -10 200 200 200 200 125 230 450 450 200 200 300 400 200 300 200 250 200 - 4S0 200 273 250 250 Bltucote No. 12 Carey No. SI Emulsion Ebontex Coopera Creek Black Asphalt Emulalon Foster 60-99 HUaatlc Pure Asphalt No. 20 -20 ISO -20 100 -30 150 -20 ISO -20 250 -20 150 Baldwin- Ehrcl- Hill Asphalt Cutback Coopers Creek Weather Barrier Weather Barrier (FR) Detrick, Duriaeal Eagle-PIcher Stalaattc Stamastic Earl Paint Erkote 6X Foster 60-25 Trowel 60-26 Spray Lion Oil Nokorode Seal Perm Nokorode Seal Perm (FR) Morningstar- Paialey 66-755 Pabco Pittsburgh-Corning Pittcot* 300 Pure Asphalt 911 Weatherproof Coating -40 400 -40 250 -40 250 -50 350 0 250 0 250 -40 250 -20 200 -20 200 -20 275 -20 275 -20 200 -20 250 ! i -50 300 -20 200 i i I l Asphalt base clay emulsion and asbestos libers. Filler content is varied to get desired temperature limits. Asphalt liquid emulsion with approximately* 5STo solids. 1i Basic asphalt and petroleum solvent. Some of these products contain asbestos fibers and mineral fillers. i 1 | I Provides weather proofing for insulations on hot surfaces. Weatherproofing high temperature insulations. Weather-barrier coating used on high temperature thermal insulation. i j APPLICATION OTHER DATA i Trowel or spray. Galvanized mesh rein- Brush, spray and trowel grades are | Brush, spray, trowel or bv palming. forcemeat is applied whea used on sphen- available. Used with glass fabric mem- cal and cylindrical vessels. I brane reinforcing. 1 j i Breather-type insulation coating. Also uaed as a surface primer and adhesive oo porous surfaces. j Products marked (FRi have fire retardar.: j properties. i ADVANTAGES LIMITATIONS Forms a flexible coating that * ill protect insulation and equipment during expan- Durable under extreme temperature and i weather conditions. 1 Do not apply belo* 40 F. Must be kept from freezing. (Winter grades are available). I Do not apply below 40 F, Must be kept from freezing. j i Precautions must br Laker. &-ring ippii| cation to avoid toxic and flammaole j vapors. 1 !CU ACCESSOR)ES WEATHER BARRIER COATINGS GENERAL DESCRIPTION MANUFACTURERS AND TRACE NAMES WITH TEMPERATURE LIMITS, *F asphalt emulsion (Chemical Dispersion Type) Detrick Permiaeal Eagle-Plcber MIN | MAX 400 -20 250 VINYL EMULSION (Film Coating) | MIN j MAX Fllntkote (FR) F-100 Foster Laglone (FR) laaul-Couatie Sure-Kote 110 (FR) Bure-Kote 111 (FR) Ferm-Kotc 102 (FR) Morntagstar-Paisley Lag-Seal No. 72-779 (FR) 66-858 Pituburgh Chemical Tsrmaatic 105 -30 180 -50 180 -20 200 -20 200 -20 220 0 180 -50 180 VINYL EMULSION (Heavy Bodied) Foster SeaUas Mastic Inaul-Coustlc VI AC Mastic 551 Ptttaburgb-Conlng Plttcota 400 Vimas co Vlmasco WC-1 MIN MAX 0 180 -40 220 20 180 20 180 BASIC MATERIALS AND AVAILABLE FORMS Emulsified asphalt, asbestos fibers, fillers and water with chemical dispersion system. Synthetic resin emulsion. Usually basic material is polyvinyl acetate. Can be furnished in a variety of colors. Synthetic resin emulsion, heavy bodied. Usually the basic material is polyvinyl acetate. Available la a wide selection of colors, homogeneous through the entire thickness of the dried film. 1 USES With glass mesh or galvanized netting to provide weatherproofing for insulation on hot surfaces. Weather-resistive coating for insulation where a tough, white abrasive-resistant finish is required. Over preformed high or low tempera ture insulation, interior or exterior. APPLICATION Brush, spray or trowel. Brush, spray or roller Applied by palm, spray or hand trowel. Thickness of dry film ranges from 1/16 In. to 1 /8 in. depending on amount of protection needed. OTHER DATA ADVANTAGES i 1 LIMITATIONS Breather type of coating when first applied ! Products marked (FR) have (ire retardant and approaches low vapor transmission | properties. properties of cutbacks wheo dry*. i Nonflammable solvents. Inhibits rusting. Free lrom fire hazard during and af:er application. Will not melt or drip when exposed to fire. Soluble in water until dry. i 1 Must be protected from from freezing during shipping, storage and application. Must be protected from freezing during shipping, storing, and application. 1 105 GENERAL DESCRIPTION VINYL WEBBING Carbollne PolycUd Web Sprmy Vtxs&sco Vinyl Webbing ACCESSORIES WEATHER BARRIER COATINGS ACRYLIC EMULSION MIN MAX -20 160 FUntkote Decoralt -40 160 SILICONE RESIN -30 200 Carbollne 2109 Dow-Corning 770 Pecora Water Repellent P-31, 46 MtN MAX - 50 200 -too 500 -100 500 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS High molecular weight vinyl resins and special solvents. Heavy bodied acrvhc resin emulsion pigmented and reinforced with mineral fillers and asbestos fibers. Available in a wide color range. Silicone resin water thin liquid. USES Weather coating (or glass fiber insulation, masonry and equipment pans. Web type him will bridge up to 20 u. Colored weather coatings lor use over asphalt coated surfaces such as insulated vessels and lines. Also as s color finish on asphaltic and concrete pavements. Water repellent coating (or heavy density insulations and coatings. APPLICATION Spray Spray or brush over dampened surfaces. Supplied as a soft paste. To be thinned with half volume of water. Brush or sprsy. Two coats are recommended, flooded on surface. OTHER DATA Forms a wed base for vioyl film coating. Causes exterior moisture to run off without penetration, while interior moisture can pass to trie outside wibout harm to the film. ADVANTAGES Dried coating is water repellent and abrasion resistant. Resistant to cracking and peeling sod is not damaged b> oil. grease or water Will withstand extreme temperature variations. LIMITATIONS Not recommended for areas exposed to leropenturea over 1 bG or having solvent spillage. Do not apply at temperatures less thao SO F or over surfaces with (ree stand ing water. Protect (rom (reeling in comainera. Should dot be exposed to rain for 2A to 4* hours after application. iCE ca inert oAJtrticrt uuahnu^ GENERAL DESCRIPTION LATEX MASTIC (Two-Prt) FllutAote Mutle White (I.M.W.) While Ineuletioo Coating SIN MAX -30 130 -30 150 SUM MAX M1H MAX manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS Stabilized rubber-latex and special cementitious powder. USES Over cellular glass, foamed polystyrene and cork. Forms a hard durable white finish. For refrigerated areas. APPLICATION MU on job and trowel on two coats. Recommeoded to embed a layer of glass mesb la first coat to minimize cracking. OTHER DATA Breather type weather coating. advantages Excellent resistance to spalling under freeze and thaw conditions. LIMITATIONS Liquid must be protected sgsinst freezing lo containers. Preferred working temperatures sre 60 F to &0 F. i 107 GENERAL DESCRIPTION ACCESSOR*ES VAPOR BARRIERS COAL TAR EMULSION (Coetmg) Cooper* Creek Pitchumaatic No. 61 Koppers Bituplastlc 26 Bltuplotic 33 HOT MELT ASPHALT (Coetlng) MiN MAX -20 200 -50 200 -20 400 Mobil Oil Hot Melt Pabco Hot Melt MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F ASPHALT CUTBACK-F1BRATED (Boiler Wall Coating) Btldwfn-Ehret-Htll 150 Trowel and Spray Grde Carey ISO BTU Cement Derrick Durlaetl - Hi Temp Dunaeal - Regular Penniaeal Eagle- Picher Stalastic Johna-ManvtUe lnsulkote ST MIN MAi -40 400 -_ -32 -20 -20 700 400 400 0 400 0 250 BASIC MATERIALS AND AVAILABLE forms USES Polymer modified coal tar pitch emul sion. Hot melt asphalt. Aboveground vapor barrier for cellular glass type insulation and plaster. Brush applied vapor seal for covering insulation. Basic use is for built-up roof application, not primarily a vapor barrier. Asphalt, asbestos and solvents Vapor barrier for high temperature boiler wall coating. APPLICATION Brush, roller or sprav at temperatures m excess of 40 F and in dry weather. Hot mopping or hot dip at temperatures from 350 F - 400 F. Trowel, aprav or brush. OTHER DATA Resistant to dilute acids and strong salts, naptha and gasoline. Resistant to diluted alkalies and acids. Solvent resistance is poor. Nonbreatbiog type mastic. ADVANTAGES Excellent adhesive and flexibility properties. Also used as a protective coating ' Slavs flexible and pliable when used as ! recommended. Limitations I Sot recommended for contact with potable utter. Not fire resistant in et or dn state. Must be applied in well ventilated area as protection from uvic and flammable fumes GENERAL DESCRIPTION ACCESSOR]ES VAPOR BARRIERS ASPHALT CUTBACK (Refrigerant Type Coating) Fllntkote No. C-1S Lion Oil Kokorode Sen) Kota Nokorode Seal Kote (FR) MIN MAX -20 250 -SO 325 -40 325 SYNTHETIC LATEX (Coating) Foster SeaUns 30-36 Mornlngstar- Pala ley Lag-Seal No. 72-770 MIN | MAX 0 180 0 180 ALUMINUM TOIL (Pressure Sensitive) Alum local Zero Perm Cordo Cordoglaa (FR) 3 M Company No. 425 (0.003 In.) No. 426 (0.0055 In.) M1H MAX -78 302 0 250 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORDS USES Blend of special asphalts, asbestos fibers, pigments and mineral spirits. Synthetic latex (water emulsion). Aluminum foil clad pressure sensitive tape with special cloth or film backing. Insulation coating when surface tempera ture* are below ambient. Vapor coatmg over air conditioning ducts and ebilled water piping. Vapor barrier on air conditioning ducts and as seam sealer for panel type construction. APPLICATION Brush, trowel or *pray. Brush, spray or roller st temperatures above 40 F. Wrap or preia la place. OTHER DATA Tire retardant qualities when dry. Also used aa lag-type adheaive. Products van* in the type becking, mastic and thictaess of aluxnmum foil used. ADVANTAGES LIMITATIONS Tough flexible coating that will withstand hock, vibration and thermal expansion. Has white finish that is resistant to dirt and grease and can be washed. | High strength material that can be used on most any type auriace. Toxic and flammable. Adequate venti lation during application must be pro vided. 1 Must be applied at temperature above 40 F and material must be protected from freezing. i ] 109 GENERAL DESCRIPTION VAPOR BARRIERS MODIFIED EPOXY COATING POLYETHYLENE FILM Carboline Epoxy 194 Surface Coatings Surco No. 2501 MIN MAX -30 200 -75 200 Vtaking Company Via Queen Film MYLAR AND ALUMINUM FILM MIN MAX -70 ISO Ahimlaenl Zero Perm MIN MAX 1 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F 1 BASIC MATERIALS AND AVAILABLE FORMS USES Modified epoxy resin. Adhesive which also serves as a vapor barrier. Virgin polyethylene film. Available in thicknesses of 2. 4 sod $ mils. Vapor seat ui building walls and floors sod uoder foundations. One mil thickness of aluminum between two one-half mil thictaesses of Mylar. Permanent vapor barrier. 1 i 1 APPLICATION OTHER DATA ADVANTAGES LIMITATIONS Brush or trowel. Apply at room tempers * Stapled, glued or laid in place. ture. No open tune. Jointa are eealed with Zero Perm tape. j Especially recommended for polystyrene i polyurethane sad cellular glass. 1 Used in construction of reflective cold storage rooms. 1 j Resistant to acids sod caustics. Water absorption is ail. Easy to haadle. low cost vapor seal. j Strong. Excelled vapor barrier. I When this material is used for its vapor sealing qualities it should be coasidered aa adhesive rather than a coating. i Low strength, will tear or puncture under excess weight or abrasive action. i i I iO GENERAL DESCRIPTION ACCESSORIES VAPOR BARRIERS POLYVINYL CHLORIDE FILM Carey Flre-Chex Vapor Barrier Sheet MIN MAX MIN MAX MANUFACTURERS AND TRADE NAMES KITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Polyvinyl chloride film. 32 inches wide a 403 feet lone in roll weighing 33 pounds. Vapor barrier in built-up roof. APPLICATION Laid with Fire-Chen Adhesive No. 400. OTHER DATA Weight per square - 3.3 pounds. ADVANTAGES Will not burn. LIMITATIONS MAX ACCESSORIES WEATHER VAPOR BARRIERS GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F (Flbraled Mastic) (Continued) MIN MAX ASPHALT CUTBACK (Fibrated Maatlc) Lion Oil Nokorode Seal Kote Nokorode Seal Kote (FR) Nokorode Seal Kote (No Flaah) (FR) National Cork Weather Maatlc (LT) Pittsburgh Chemical Xnsul-Mastic 4010 (FR) Inaul-Maatic 4010 Pure Asphalt No. 811 No. 811 (FR) Witco Pioneer 1008 -40 325 -40 325 -40 325 "- 0 250 -40 250 -20 200 -20 200 -50 300 Armstrong Weatherproof Plastic Baldwln-Ehret-Hlll Trowel Spray Grade Bltucote No. 3 Coopera Creek Regular Fire Retardant Eagle-Picher Stalastic Stamaattc Fltntkoie Trowel Mastic C-29 C-19 Forty-Eight Weatherproof Foster 50-25 Cl Mastic 60-26 a Mastic lnsul-Coustic Vapo-Sure 320 and 321 Johns-Manvtlle Insulkote ST and SG MIN MAX -20 250 -- -40 200 -40 250 -20 400 -- -- -20 250 -20 200 -20 225 32 300 -20 200 -20 200 -40 300 -20 250 ASPHALT CUTBACK (Fibrated Maatlc) (Continued) MIN MAX Lion Oil No Flash Nokorode Regular Nokorode Nokorode Seal Kote Nokorode Seal Kote (FR) Nokorode Sea] Kote (No Flash) (FH) National Cork Weather Maatlc (LT) Pittsburgh Chemical Inaul-Maatic 4010 (FR) lnsul-Masttc 4010 Pure Asphalt No. 811 No. 811 (FR) Witco Pioneer 1008 -40 325 -40 325 -40 325 -40 325 -40 325 0 250 -40 250 -20 200 -20 200 -50 300 Continued in next column BASIC MATERIALS AND AVAILABLE FORMS USES Asphalt and mineral spirits (high solids content). Special asphalts, asbestos fibers, inert fillers and mineral spirit solvents. Outdoor weather-vapor coaung over most thermal insulation materials. Exterior weather-vapor coating to protect all types of thermal insulations. APPLICATION Brush, spray or trowel with reinforcing glass fiber membrane embedded. Brush, spray or trowel with reinforcing glass fiber membrane embedded. OTHER DATA Fire retardant wheo dry. Also used as a lap joint adhesive and an ami-corrosiv * coating over meul. Requires approximately 10 gallons per 100 square feet of coverage. ADVANTAGES LIMITATIONS Economical, low MVT, cold applied coating. Flammable when wet. Adequate ventilation must be provided during appliestion. Flexible and cold applied. High heal resistant properties. i i 1 Flammable when wet. Adequate ventilation must be provided during appliestion . (Except for No Flash i i l GENERAL DESCRIPTION ASPHALT CUTBACK (Pigmented) MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F Fllntlcote C-335 Foeter eo-42 60-32 laaul-Couatic No. 360. 361 Pittsburgh Chemical 4010 R 4010 AL Wltco Pioneer No. SOT ACCESSORIES WEATHER VAPOR BARRIERS RESIN BASE MIN MAX -20 175 -20 200 -20 200 -40 175 0 250 Foster 60-65 Aluminum 60-30 60-60N 60-60 Insul-Cousttc No. 603 -50 250 Polyvinyl Acetate MIN ( MAX -20 200 -20 200 -20 200 -20 200 -20 225 Better Finishes No. 65-24 Insul-Cousttc No. 520 No. 521 No. 551 (Modified) Pittsburgh-Corning PC Pltteote 400 MIN MAX -40 180 -50 180 -50 180 -20 220 -50 180 BASIC MATERIALS AND AVAILABLE FORMS USES Asphalts, pigments and mineral spirits. High solids content. Resin base with solvent and pigment*. Colors available are gray, white, alumi num and dark brown. Polyvinyl scetste resin emulsion. Furnished in a variety of colors. Outdoor weather-vapor coating applied over insulation where color Is desired. Also as a protective costing over metal surfaces. Weather-vapor barrier lor Insulation when extra flexiblity sod chemical resistant is needed. Weather-vapor barrier finish cost. APPLICATION Brush, spray or trowel. Can be rein forced with embedded glasa fiber membrane. Spray, brush or trowel. Brush or spray. OTHER DATA Longer drying tune u required at low temperature or high humidities. Also used a* an anti-corrosion costing. ADVANTAGES LIMITATIONS Flexible, cold spplied, decorstive neither-vspor coaling. Better chemical resistance and flexibility than asphalt mastics. Flexible, fire retardant and decorative. Contains flammable advent*. Protect from heal and open flame during applica tion. Poor resistance to most solvent*. 1 Must be protected from freezing while in container or during application. II3 GENERAL DESCRIPTION ACCESSORIES WEATHER VAPOR BARRIERS CHLORINATED RESINS (Solvent Type) Armstrong LT Setter CC Nsvy Sealer National Cork Navy Sealer RUBBER BASE SUN MAX -20 200 -20 200 CarboUne Neoprene W Penns alt Neocoat Moore Tuff-Bood Coating MIN MAX -30 200 -40 225 -30 185 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS USES Chlorinated resins, drying oils, fillers and solvent. Synthetic rubber resin and solvent. Wherever a white, weather-vapor seal, fire retardant finish la required. Weather-vapor barrier and anti-corrosive coating for steel, concrete, wood, canvas and insulation. APPLICATION Trowel or brush oo a two-coat applica tion. When used outdoors reinforce first coat with glass mesh membrane. Spray or brush, two coats required. Allow (2) hours drying time. OTHER DATA Meets special MIL P-676 A (2) Do not uae synthetic enamels or lacquers over finished surface. advantages Good flexibility sod abrasion resistance. Also used as an tnsulaiioo against electro 1 lytic action. LIMITATIONS Adequate ventilation should be provided during application. If exposed lo strong sunlight protect surface from ultra-violet ray* with a finish coat of ordinary paint. IIu GENERAL DESCRIPTION MINERAL CEMENT O'Neal Floor* Fire-Baa No. 40 ACCESSORIES HEAT RESISTANT COATINGS MAX 100 350 ASPHALT CUTBACK (Fibrated Mastic) Pittsburgh Chemical X-201 Hl-Temp Maatlc INTUMESCENT TYPE MIN MAX -50 400 Vlmaaco F.R.P. 52-5 Footer 00x41 MM MAX -20 200 -20 200 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS USES High temperature cement with aillca aggregates. Finish coat over all types insulation both hot and cold. Special blend of soft asphalts, asbestos, silica, fire retardant resins and pigments No volatile solvents. Butylated melamine formaldehyde lntumescing agents and Inert fillers. For chimney, stack and boiler areas where temperatures up to 400 F are encountered. To retard heat Input and flame spread on combustible and nooeombuslible surfaces. Used on equipment and structural steel to Increase their resistance to fire. APPLICATION Trowel. Trowel. Should be warmed to between 100 F to 150 F for ease of application. Brush or spray. OTHER DATA Listed by Underwriters' Laboratory. Inc. Also used as high temperature Joint sealer and as anil-corrosive coating over metals. Intumescent action begins at 425 F. lntumescent action lorms efficient cel lular insulation. ADVANTAGES Highly resistant to fire and solvents. Stays flexible and waterproof through a wide range of temperature changes. Protects Insulation coatings, metal, and wood from fire and thermal ahock. LIMITATIONS Only fair resistance to acids and alkalies. Must have solvent free use area. After fire exposure resultant foam must be washed off and coating renewed. ACCESSORIES REINFORCING MEMBRANES GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F GLASS FIBER FABRIC (Uncoated) Chicopee Manufacturing Co. Johns-Manvlile Duramesh Twtnsburg-Miller Glasfab Brand C178R GLASS FIBER FABRIC (Asphalt Coated) min MAX 1000 Johns-Manville Duramesh (Asphalt Coated) Permaglaa-Meah Type 201 20 x 20 Type 202 20 x 10 Type 208 24 x 24 Type 210 10 x 10 Twinsburgh-MUler Glasfab Brand Style 2020 Style 1020 Style 1010 GLASS FIBER FABRIC (Coal Tar Coated) MIN MAX MIN MAX Johns-Manville Duramesh (Coal Tar Coated) Permaglaa-Meah Type 203 20 x 20 Type 204 20 x 10 Twinaburgh-Milie r Glasfab Brand Style 2020 T Style 1020 T Style 1010 T i BASIC MATERIALS AND AVAILABLE FORMS Glass fiber open weave fabric. Can be furnished in either rolled sheet or tape form. 2 in to 45 in. widths. Glass fiber open weave fabric coated with special asphalts. Can be furnished in either rolled sheet or tape form. Basic widths 44 in. to 48 in. Cut widths from 2 in. thru basic widths. Available m a variety* of mesh sizes. Glass fiber open weave fabric coated with ! coal tar. Can be furnished in either rolled sheet or tape form. Basic widths 44 in. to 46 in. Cut widths from 2 in. thru basic widths. ! i | i USES Cold wrapping of pipe line insulation. Wrapped around or embedded in mastic coating. Embedded in mastic insulation coatings as reinforcing membrane. Embedded in mastic insulation coating by wrapping or pulling over coated surface. APPLICATION Wrapped under tension so as to force mastic through membrane. Apply second coat of mastic or sealer. Embedded In mastic by wrapping under tension or pulling over coated surface. Wrapped under tension to force mastic through membrane. OTHER DATA Also used as reinforcement in commer cial roofing and insulated walls and floors. Federal Specification HHC-00466A. | Also used as reinforcing membrane id commercial roofs. alls and floors. : Federal Specification HHC-OmdoA. ADVANTAGES Serves as good reinlorcemeni against mechanical damage. Serves as reinforcement against mechaai- Serves as reinforcement against cal damage. mechanical damage. LIMITATIONS Additional coat of mastic or sealer is required after fabric is embedded. Additional coat of mastic or sealer is required after fabric is embedded. Additional con of mastic or sealer is required after fabric ia embedded. IIe GENERAL DESCRIPTION GLASS FIBER FABRIC (Surch Co*led) Foeter Open Weave Glaaa-Meeh manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS. *F ACCESSORIES REINFORCING MEMBRANES GLASS FIBER FABRIC (Reds Coated) GLASS FIBER FABRIC (Aluminum Treated) Chicopee Manufacturing Co. Type 1 (10x8) meah Type 2 (8 x 8) meah Type 3 (18x14) meah Type 4 (20 x 20) meah Type S (24 x 24) meah Flintkote Yellow Jacket Foeter H Hastic Matt Sealfas No. 10 Sealias No. 20 3 M Company No. 360 No. 361 Permaglas-Mesh Type 212 (Base Sheet) Type 205-20 x 20 Meah Type 206 - 20 x 10 Mesh Type 209-10 x 10 Mesh Twmsburgh-MiUer Clasfab Brand White Weave (1020 mesh) Vlmasco Vi Cloth No. 10 (10 x 10) VI Cloth No. 20 |20 x 20) -20 350 -SO 400 -50 400 Pennaflas-Mesh Type 207 20 x 20 mesh Twineburgh-Miller Gleefab Brand Style 2020 AL Style 1020 AL MIN BASIC MATERIALS AND AVAILABLE FORMS Glass fiber fabric, starch coated. Open weave. Glass fiber fabric, resin coated. Avail able either In mat form or open weave fabric, in roll or tape form. Basic width 45 In. Cut widths from 2 in. thru 45 in. Glass fiber membrane, open weave, aluminum treated. Available in either rolled sheet or tape form. Basic width from 45 In. to 48 in. Cut widths from 2 in. thru basic width. USES Reinforcing membrane for mastic type insulation coatings. Reinforcing membrane or protective cover for mastic type insulation coatings. Reinforcing membrane or protective cover over aluminum pigmented mastics. APPLICATION Embedded in mastic bv wTappiag or pulling over coaled surface. Embedded in mastic by wrapping or pulling Embedded In mastic bv wrapping or over coated surface. i [xilling over coated surface. OTHER DATA Lied with resin mastics which are not compatible with the asphalt or tar coated fabrics. Can be used with nooasphaltic mastics requiring fire resistive materials. Minimum breaking strength is 75 lbs/ 1 in. w ide strip. ADVANTAGES Easy to handle, high heal resistance. Lightweight, strong material. Will not rot and has no wicking action. Serves as reialorcement against mechanical damage. LIMITATIONS Additional coat ol mastic or sealer is uaually required alter labric is embedded. Additional coal of mastic or sealer is required alter fabric is embedded. ACCESSORIES REINFORCING MEMBRANES GENERAL DESCRIPTION GLASS FIBER MAT Johna-ManviUe Duramat Owens-Cornlng Flberglaa Rclnforclnc Mat COTTON FIBER FABRIC (Aaphalt Coated) MIN MAX 1000 Pennaglaa-Meah Type 213 Type 214 Type 215 Type 218 MIN MAX COTTON FIBER FABRIC (Tar Coated) Permaglaa-Meab Type 214 Type 218 MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS Noowoven glass fiber mat with fibers bonded with resinous binders, stitching or needling. Various forms available. Cotton fabric membrane, open weave, saturated with tar. Available in either rolled sheet or tape form. USES Reinforcement of materials. Reinforce insulatioo oo pipe Lines and equipment. Cotton fiber fabric membrane, open weave, saturated with coal tar. Avail* able in either rolled sheet or tape form. To reinforce insulatioo on pipe lines, equipment and roofing. APPLICATION Embedded m mastic. Wrapped over or embedded in mastic type coatings. Wrapped or embedded in mtstic coatings. OTHER DATA ADVANTAGES LIMITATIONS Meets Government Spec dicat ioq ASTM D 173-44. Meets Government Specification ASTM 1 D 173-44. i i 1 Economical, easy to handle and is com* { Ecooomlcal and easy to handle. patible with all waterproofing treatments. i Does not have the strength or permanency equal lo glass fibers fabric. Should oot be used with isphalls since certain coal tars and asphalts are non* compatible. 1 l i ie GENERAL DESCRIPTION ACCESSORIES REINFORCING MEMBRANES HEX WIRE NETTING (Galvanized) Gilbert b Bennett Keyetone Steel b Wire Local Suppliers HEX WIRE NETTING (Stalnlesz Steel) MIN MAX A. J. Gerrard Gilbert b Bennett Keystone Steel b Wire Techslloy Local Supplier* MIN MAX HEX WIRE NETTING (Monel) A. J. Gerrard Gilbert b Bennett Techalloy Local Suppliers MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Gauge and openings can be furnished as specified. Is available in either poultry or heavy grades. Standard roll is ISO linear feet. Standard openings are 1 in., 1 1/2 in. and 2 in. Multiple width rolls vary from 24 m. to 72 In. Gauge and openings as specified. Standard openings are 11/2 in. and 2 in. bex with three-twist 0.047 diameter wire. Stand ard rolls are 24 in. wide by 300 linear feet. Available io stainless steel Types 304. 316, and 321. Gauge end openings ss specified. Standsrd opening size is 1 in. with .025 die- i meter, three-twist wire. Standard stock width is 48 in., but 24 in. is available on special order. Base for insulation and reinforcement for cement, emulsion asphalts or back* up blankets. High strength, anti-corrosive, and best resistant netting. Base for attaching insulation and as a reinforcement for insulation cement, emulsion asphalt and back-up blanket. APPLICATION Fastened to special clips, studs or wires. By special clips, studs or wire. Tie wire or banding of either monel or stainless steel can be used. OTHER DATA Economical, lightweight, and flexible backing and reinforcing netting. Has approximately 2 1/2 to 4 times longer life than galvanized netting. ADVANTAGES LIMITATIONS Mooel netting is tough but pliable. Rust less with resistance to atmospheric salt and industrial fumes. Higher cost can be justified by using onlv in corrosive areas. ACCESSOR)ES REINFORCING MEMBRANES GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F WELDED STEEL WIRE FABRIC EXPANDED METAL LATH CLOTH ADHESIVE TAPE Kevstooc Steel L Wire Pittsburgh-Steel Local Suppliers MIN MAX Alabama Metal (With vapor-barrier backing) Pittsburgh Steel Local Supplier* * MIN | MAX Amo CS07 J ohna-MasvUle No. 355 No. 360 Permaoel No. S72 Polyken No. 200 No. 133 MIN MAX -40 200 0 160 BASIC MATERIALS AND AVAILABLE FORMS Available ta cold drawn steel wire io diameters from 0000 to 16 gauge. Square openings vary from 1 in. x 1 in. to 12 in. x 12 in. Expanded metal lath, diamond meih. Available in a variety of openings and tbiclmesaes aa specified. Can be furnished with felt, aluminum foil, or kraft paper backing. Fabricated from galvanised, black primed or aluminum metal. Cotton fabric, impregnated tape, with pressure sensitive adhesive. USES Base support and to reinforce insulation, where it must bridge across ribs. Reinforcement of insulating cement or as base for attaching thermal insulation. Wrapping fibrous insulation. APPLICATION Lay id place or fasten with clips, wire, or studs. Can also be spot-welded to stee surfaces. Nail, staple, wire or weld. Spiral T*p oo pipe directly from roll. OTHER DATA ADVANTAGES LIMITATIONS Various sues and grades are known as stucco mesh, floor mesh and road mesh. | Known to the trade as "General Insulators Tape". 1 i! Can be spot-welded to steel surfaces, eliminating special fasteners. -------------------------------------------------------------------------------------- ;----------------------------------------------------- ---- ----------- 1 Serves as a strong fire resistant backing ! ln**P*osive and easy to apply, and lath for insulation and insulating cement. I ! ! i Does not have enough flexibility to be used on spherical insulated surfaces or certain other sharply curved surfaces. Not vapor seal. 12 0 ACCESSORIES REINFORCING MEMBRANES GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F WATERPROOF fabric tape POLYETHYLENE FILM TAPE VINYL COATED CLOTH TAPE Arno C SOS Johns-Manville No. 3S3 No. 354 3 M Company No. 390 Pennacel No. 691 Poly ken No. 214 No. 215 MIN MAX Amo C-350 (10 mil) C-355 (16 mil) Johna-Manvtll* Trent** E-12 3 M Company No. 940 No. 822 -10 160 MIN MAX 180 180 140 176 Amo No. C-504 No. C-511 No. C-506 (FR) Permaoel P-676 Polyken No. 210 No. 216 -40 200 -40 200 -40 225 -10 160 -10 160 BASIC MATERIALS AN0 AVAILABLE FORMS USES Cotton cloth, waterproof coating on one aide with pressure sensitive adhesive on reverse side. Polyethylene film with rubber base pres sure sensitive adhesive. Vinyl treated cloth with rubber base, pressure sensitive adhesive. Available In a variety of colors. Sealing joints of weather barrier jackets. Sealing pipe and insulation above and below ground from moisture, scids, alkalies, weathering, and abrasion. General weather resistant tape for sealing Joints of weather barrier jackets and sheet metal duct. APPLICATION Spirsl wrap by band or machine. Spiral wrap by hand or machine, with 1/4 m. to 1/2 in. overlap. Spiral wrap. OTHER DATA 40 lb to SO lb tensile strength per inch of width. High dielectric strength. ADVANTAGES Inexpensive and easy to apply. Excellent flexible moisture barrier. Strong, waterproof tape with fire retardant properties. LIMITATIONS Lacks resistance to aome solvents. Basically an anti-corrosive barrier. Applications to thermal insulations are limited. Poor resistance to ketone type solvents. GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F VINYL FILM TAPE ALUMINUM FOIL TAPE Arno No. C-300 (Elec) No. C-320 Johns-MasvUle Trantcx V-10 Tnntex V-20 Vinyl Color Tape No. 128 3 M Company No. 21 No. 22 No. 30 No. SO No. SI No. 472 No. 473 No. 474 Mystic No. 640S No. 6407 No. 6410 No. 6420 Permacel P 32 (4.S mil) Polykeu No. 652 (0.007 In.) No. 872 (0.010 la.) MIN MAX -20 200 32 175 32 175 Alumlseal Zero Perm Johna-ManvUle No. 330 3 M Company No. 425 (0.003 In.) No. 428 (0.0055 In.) Permacel P-112 0 176 0 176 LEAD FOIL TAPE MIN MAX -76 175 3 M Company No. 420 Permacel P-141 MIN | MAX BASIC MATERIALS AND AVAILABLE FORMS USES APPLICATION Vinyl plastic tape with transparent, pressure sensitive, synthetic rubber adhesive. Available in a variety of colors. Aluminum foil with special plaatic back ing and pressure sensitive synthetic rubber adhesive. (No. 425 and No. 428 do not have plastic backing) Lead foil with plastic liner and synthetic rubber base adhesive. Vapor seal on both rigid tod flexible insulation materials 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. Wrap directly from roll. Should be smoothed over applied surface and pressed down firmly. Not recom mended for spiral wrapping. Moisture and radiation barrier for joints in aluminum sheets installed as insula tion of cold rooms. Tape must be removed from liner with out breakage or slivering. Edges should be "feathered" by rubbing with a rounded surface such as a door knob. OTHER DATA Some tapes have fire resistant properties, Good beat resistance and waterproofing check manufacturers' specifications. qualities. Used in electroplating operations. ADVANTAGES Dead stretch properties ire ideal (or wrapping irregular suriaces. Economi cal. easy to apply, and low MVT vapor barrier. Good aging properties both indoors and outdoors. Will expand and contract readi ly with changes id temperature. Good conformabihrv, excellent weather ing and good thermal resistance. LIMITATIONS Poor resistance to ketone type solvents. Will not withstand concentrations of acid or caustic solutions. Darken, wuh agt-. GENERAL DESCRIPTION ACCESSORIES REINFORCING MEMBRANES POLYETHYLENE COATED CLOTH TAPE Amo C-520 SUN MAX -50 180 KNITTED TAPE Poster Scalfu t Tape MJN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS USES Polyethylene film over cloth base with rubber baaed pressure sensitive adhe sive. General weather resistant upe for sealing joints of weather barrier Jackets and sheet metal duct. APPLICATION Spiral wrap. OTHER DATA ADVANTAGES Low MVT vapor barrier. LIMITATIONS - GENERAL DESCRIPTION CANVAS SHEETING ASBESTOS FELT (Asphalt Saturated) MIN I MAX Fabric Distributing Company Foster Carey Johne-Manville No. SO Double Coated Flexstone Flretard Jacket (FR) Pabco FIBER GLASS MAT (Asphalt Coated) MIN MAX Pabco Ptbcoglas Perma Glaa-Mesh Roofing Mat Type 211 | j {MIN MAX | ! MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F i BASIC MATERIALS AND AVAILABLE FORMS USES Woven cotton cloth. Grade and weave as specified. Available in s variety of colors. Lagging cloth jacket over rigid type insulation. Asphalt saturated, asbestos felt, coated with mineral filled asphalt. Glass fiber mat, asphalt coated. Weatherproofing pipe insulation. Roofing and pipe msulatioo wrap. APPLICATION Cloth is sewed over Insulation coated with lagging coating. Alter drying, canvas is given a second coat. Wire or band in place over insulation. Wire or band in place over insulation OTHER DATA 1 i i i t 1 ADVANTAGES Coating used ts a PVA emulsion. Clean, decorative weather barrier jacket. Some brands have fire-retardant properties. j Basically a roofing material, ! | Inexpensive, easy to apply weather proofing. Inexpensive, easy lo apply weatherproofiog. LIMITATIONS Not a vapor barrier. 1 Lo6& abrasion resistance than most other type jackets. Little resistance to most soKeots. GENERAL DESCRIPTION FIBER CLASS FABRIC (Tr Coaled) Pern* Glas-Mesh Perms Fins Jacket Al.Lti.lUKI t 5 JACKETS POLYVINYL CHLORIDE FILM POLYESTER FILM Miracle Adhesive Proteklaaul MIN MAX Dupont Mylar MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS Close weave glass fiber with an applica tion of 20 to 70 mils thickness of tar. Prefabricated polyvinyl chloride film outer jacket. USES Wrapping 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 oecessary adhesion. Furnished to specified pipe circumferen ces. Has motstureproof zipper ty pe closure that teals jacket in place. Held in place with strapping or adhesive. OTHER DATA Can be used on underground piping. Cut Is desired length with ordinary acisaort. ADVANTAGES Easy to apply. Eaay to apply. Available In tape form. Very high tensile strength. LIMITATIONS Should noi be used over asphaltic mater ials as certain types of tars and asphalts are noncompatiblr. Will not withstand flame impingement. More erpensivr than moat other Jackcling materials. 125 GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F PREFORMED ALUMINUM Aiwco ChUdert Roll Jacketing Corrugated (Sheet) Fleet Marking Alumicor Inaul-Couatle Al-Cor-Jae Preformed Metal Premelco Smith Producti Smith Aluminum PREFORMED STAINLESS STEEL PREFORMED ALUMINUM FITTING JACKETS MIN MAX MIN j MAX Insul-Cousllc Metal-Clad Mirror Insulation Company -36$ 2500 -36$ 2500 Aaeeco Regular Humped Childera Ell-Jacs Mirror Insulation Company min max 1 BASIC MATERIALS AND AVAILABLE FORMS USES Preformed aluminum Jacketing sheet. Available in various thicknesses and grades. Supplied with a moisture barrier inner-coating to protect jacket from gal vanic and corrosive action due to alkaline migration. Preformed, precut stainless steel jacket with sealed scams and joints. Gauge and type furnished as specified. Aluminum preformed insulation jackets, fabricated to fit standard pipe fittings. Sixes and grade as specified with mois ture barrier inner liner. Ao all-purpose piping and equipment jacketing material to protect insulation from weather* heat* abrasion and chem ical spillage. All-purpose insulation jacket, resistant to heat, fire, weather, corrosion, abrasion and chemicals. Protect pipe insulation over fintngs, especially at elbows. APPLICATION OTHER DATA ADVANTAGES Fastened with aluminum strapping, alu minum sheet metal screws or aluminum rivets. Some brands are furnished with special sell-sealing seams and joints. Fastened with stainless steel strapping. | Furnished with special self-sealing seams sad joints. Can also be sealed with a specified mastic. The two mstching halves are fastened in place with aluminum baods or alumi num sheet metal screws. The term preformed applies to the curved characteristic of tlummum sheet as it comes from the roll. Also till able id sheet form. Can be fabricated to fit pipe, tanks and other cylindrical equipment. Can be removed and replace without damage. Low emissivity. j Can be removed and replaced without damage. Maintenance free. 1 j Humped type elbow jackets are designed j to fit a combination of interchangeable j sues but should not be used where | exposed to physical abuse. 1 i Maintenance free, easv to install msula| tion jsckrt for pipe fittings. * LIMITATIONS Aluminum jacketing is not recommended ! for highlv alkaline areas. Will have higher surface temperature than siatnies i steel jacketing under like conditions. Higher initial cost than aluminum. \ 1 Not recommended for highly alkaline 1 areas. Should not be used 10 combination | w ith jackets other than aluminum. I 12 ACCESSORIES JACKETS GENERAL description PREFORMED STAINLESS STEEL FITTING JACKETS PREJACKETED INSULATION (Aluminum) PREJACKETED INSULATION (Stainless Steel) MIN MAX MIN MAX MIN MAX losul-Coustic Mirror Insulation Smith Products Lock-On Carey Johns-Manvtlle Metal-On Owens-Corning Pabco Pittsburgh-Corning Preformed Metal Pemetco (With fittings included) Carey Johne-ManviUe Metal-On Owens-Corning Pabco Pittsburgh-Coming MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS Preformed stainless steel insulation jacket, shop fabricated to fit standard pipe fittings. Sizes and type as specified. Aluminum jacket with inner moisture barrier coating, factory* attached to speci fied insulation material. Thickness, and grade of aluminum can be furnished as specified. Stainless steel Jacket, factory attached to specified insulation. Thickness and type as specified. USES 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 insu latioo and jacket. APPLICATION Fastened 10 place with stainless steel bands or stainless steel sheet metal screw s. Soaps on over pipe and seals with special lock seam. End joints ire sealed with mechanically applied aluminum bands. Snaps on over pipe, and seals with special lock seam. End joints are sealed w ith mechanically applied stain less steel bands. OTHER DATA Can be fabricated to fit special fittings and shapes according to specifications. Higher material cost is offset by savings on installation. Higher material cost is offset by savings on installation and longer sen.ice life. i ADVANTAGES All-purpose, maintenance free jacket. Can be installed or removed quicklv without damage. Useful in areas effected by production shut downs. An all-purpose maintenance free jacket. LIMITATIONS Restricted to special installations due to highi-r initial cost. Use in highlv alkaline areas is not recommended. '?7 GENERAL DESCRIPTION JALAti> POLYVINYL FLUORIDE Ruberold TNA-lOO MIN MAX -50 300 PREJACKETED INSULATION (Reinforced Plastic) MIN MAX Inaul-Coustlc Armor-Cote -100 400 PRECASED INSU LATED PIPING SYSTEM Kaiser Ebko Porter-Haydea Rlc-Wil MJN MAX 1 i1 1 ! ! MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F 1 BASIC MATERIALS AND AVAILABLE FORMS Polyvinyl fluoride film laminated to neo prene saturated asbestos felt. 1/8 io. thick reinforced plastic jacket, factory applied to specified insulation. Furnished to fit standard pipe and fittings according to specifications. 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 insulation under chemical conditions where periodic washdowns are required. Also used for underground piping. For underground and overhead piping systems. APPLICATION Wire, band or cement in place over insulation. Fastens in place with apecia! sealing bands Joiots and seams are sealed with joint cement. Installed in prefabricated sections with welded conduit connectors or special flange connections. OTHER DATA ADVANTAGES Low permeability. Fire resistant. No additional vapor seal is required for cold service. Detailed drawings and specifications are usually furnished by manufacturer. i i 1 Excellent weathering. Flexible. White. Lightweight and easy to appl\. Resistant j Several different size lines can be includ to solvents, acids and alkalies. ed inside the same conduit. LIMITATIONS Some heat distortion is encountered at 220 F. High initial cost. i i 12 S ACCESSORIES JACKETS GENERAL DESCRIPTION ELLIPTICAL HEAD JACKET (Aluminum) MIN MAX Preformed MeUl P re me ico MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F MIN MAX BASIC MATERIALS AND AVAILABLE FORMS Factor>' fabricated elliptical head jacket, furnished in diameters from 1 foot to 13 feet. To cover elliptical heads. USES APPLICATION Attached to side wall jacketing by 6 inch flange extension. OTHER DATA Inside surface is coated with a bakedon epoxy moisutre barrier. ADVANTAGES Assures uniform fit. Can be removed and replaced without damage. LIMITATIONS Over <2 in. diameter beads are shipped in segments lor assembly on the job. ! | ! i 1 1, 125 GENERAL DESCRIPTION CRIP NAILS Owen* Corning MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F FASTENERS MIN MAX -459 1000 MACHINE DRIVEN NAILS - STAPLES AND PINS MIN MAX Spot Nalls Bostttcb Calwlre Brand staples Acme Steel Boetttch A. J. Gerrard Keystone Steel and Wire Spot Nall* 1 MIN I MAX l i i i BASIC MATERIALS AND AVAILABLE FORMS USES Steel Attaching insulation to sheet metal ducts. Nalls, stapled and pins available In a variety of sues snd grades. Different metals and coatings can be furnished as specified. A special pneumatic or mallet-operated gun is required to drive these fasteners. Attaching insulation to wood framing, sheathing or sheet metal surfaces. Stainless steel or carbon steel. Secure insulation together and to wood surfaces. APPLICATION OTHER DATA ADVANTAGES LIMITATIONS Place insulation over steel to be covered | (surface must have firm, hard support). Drive nail through insulation into steel. Sail penetrates half-way through metal and pinches for strong grip. Driven with a special pneumatic or mallet-operated tool or gun. j Driven with special hand-operated atapling machine or hand driven. 1 1 i i Corrodes in acid and caustic. i i i i i i ! i 1 liC GENERAL DESCRIPTION RIVETS AJeeco lnsul-Coustic Pli-Grip MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F FASTENERS INSULATION CUPS MIN MAX Lexauco Inc. SURFACE ANCHORS MIN MAX Miracle Adhesives Miracle Anchors Moore Gemco Tulf-Weld Stick-KUp (Metaft MIN MAX BASIC MATERIALS AND AVAILABLE FORMS Aluminum usd stainless steel rivets with special rivet gun. USES Fastening aluminum, stainless steel and other metal jackets. Steel or aluminum. Secure insulation u> light gauge metal (Maximum 26 gauge mild stainless* Coos is Is of metal or nylon base with a spindle or proog extending from center. 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 are cemented to desired surfaces and msulatioo is attached. SeU-locking waahers are placed on spindle to hold insulation firmly In place. OTHER DATA advantages LIMITATIONS I 131 GENERAL DESCRIPTION WELD NUTS . Shop Fabricated Local Suppliers MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F FASTENERS WELDED STUDS, PINS AND CUPS METAL STRAPPING AND CUPS MIN MAX KSM Products KSM Stud Weld-Arc KSM C.D. Stud Weld Neleon Stud Welding Nel Weld MIN MAX Acme Steel Aaeeco A. J. Gerrerd Ineul-Couetlc KSM Products . Lexeuco, Inc. Smith Product. Stinley Tech. Hoy MIN MAX - BASIC MATERIALS AND AVAILABLE FORMS . USES 1/2 is. square steel nuts punched but not threaded. Steel studs and fastening devices for welding to metal surfaces. Also steel pins (nails 10 gauge and 12 gauge) for welding to ducts and tanks. Can be furnished in mild or stainless steel. Metal strapping and clips can be obtained In various widths and thictoesses and id different metals. Providing anchor points (or wires to secure insulation to tanks and other metal surfaces. Providing anchor poiots to support and secure insulation to tanks and other metal surfaces. Securing insulatioo to pipes and equip ment. APPLICATION OTHER DATA advantages Welded to metal surfaces on which insulation is to be applied. Studs sre welded to metal surfaces with s portable arc stud wrldinc gun. Pins ; are welded with a portable power unit and portable capacitor discharge type gun. Applied around insulation, then tightened, cut to length and clip sealed with a special tool. ! Capacitor discharge (CD) method is used I on thick metal while arc method is usually ! used on thicker metal ] ] i i Fast method of providing anchors for insulation. L_________________________ LIMITATIONS l------------------ ------------------- i i l}2 GENERAL DESCRIPTION METAL STRAPPING (Formative) Aero Acroflex MWWCaJOUAI l. ) FASTENERS ANGLE PINS MIN MAX Pitta burgh-Corning PC Angle Pina LATH CUPS MIN | MAX Pitta burgh-Comlng Lath Clipa MIN | MAX manufacturers AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Formative steel strapping. Consists of a continuous series of angular con nected links in 6 foot lengths. Angular lengths are pierced with boles. Metal, 5 in. x 3/4 in. x 1 in. Can be used to make Insulation supports and clamps. Also for formation of sifer> guards.. Fasten cellular glass blocks to newly poured concrete ceilings. Metal Fasten wire mesh or lath to cellular glass which Is to receive a gypsum plaster. APPLICATION Bend to shape desired. OTHER DATA Stamped of 20 gauge steel. ADVANTAGES l_________________- LIMITATIONS 1 Inserted into Insulation with bent end protruding. Concrete is then pourec on insulation. Clip is inserted in cellular glass on 19 Inch centers. j Pins are inserted 10 cellular glass at a 45 degree angle. 1 Push-m type spring clips. j 1 j i i i 1 1 i 133 GENERAL DESCRIPTION STRAP FINGERS A. J. Gerrard FASTENERS EXPANDER BANDS MJN | MAX A.J. Gerrard Teehalloy MIN j MAX CLAMPS AND SPACERS FOR TRACER LINES MIN | MAX A.J. Gerrard Shop Fabricated MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS USES Die cut miolesi eteel strap fingers and fasteners. Available in various sizes and materials as specified. Metal strapping bands corrugated or spring loaded to provide tension. Avail able in a variety of sizes and materials as specified. Supporting and cent*ring cross strapping around insulation. May be used to trans mit vertical load to horizontal straps and to anchor head straps on insulated vessels. Allow expansion and contraction without damage to insulation. Carbon steel fabricated according to UCCC Standard P-64A. Support and position steam tracer line before insulation is applied. APPLICATION Secured with special fasteners. Strapping is cut to desired lengths and spliced with special fasteners. Boiled la place according to L'CCC Standard P-84. OTHER DATA 1 1 ADVANTAGES LIMITATIONS i i-------------------------------------------------------------------------------- 1 IJl GENERAL DESCRIPTION ACCESSORIES FASTENERS CRADLES AND SADDLES "T" BARS lasul-Coustlc Insul Shield Shop Fabricated MIN MAX Shop Fabricated annealed wire MIN { MAX Keystone Steel and Wire Local Suppliers MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Steel cradles and saddles fabricated to fit Insulated pipe. Supported by attached steel hangers or base plates. Furnished in sizes as specified. Steel "T" shaped bars welded together and ahaped to fit holes In insulation fire brick. Support pipe and insulation with oo metal Secure brick to inside of ducts. through insulatioo. Flexible annealed wire available in a variety of sizes, grades and materials. Securing block and pipe insulation to pipe, heads and irregular shapes. APPLICATION OTHER DATA Locate according to standard pipe support spacing. HaU-secnons of Insulation are inserted between pipe and saddle and all joints are sealed to protect vapor seal. ! Shaped to fit holes to insulation fire brick and welded together. | J j i Loop around pipe insulation with ends, twisted to tighteo and fasten together. Also used to attach insulation to anchor points. advantages LIMITATIONS ! ii i1 1 i1 1 1 ii GENERAL DESCRIPTION ACCESSORIES fasteners CLASS FILAMENT STRAPPING TAPE (Vinyl Reinforced) MIN MAX GLASS FIBER TYING CORD MiN { MAX GLASS CLOTH TAPE MIN MAX Johns-Man vllle Dutch Brand No. 400 Owens-Corolng -300 1000 Mystic Hi-Low Temp Glass Cloth -no 550 MANUFACTURERS AND TRADE NAMES WTH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Vinyl backing, reinforced with glass strands. Pressure sensitive rubber base adhesive. Widths 1/2 in. 3/4 in.. 1 in., and others. Length 60 yards. Thickness 12. S mils. Glass fiber threads made into cord with beeswax sizing. Strapping tape. Tying flexible duct insulation in place. Glass cloth tape with pressure sensitive silicone adhesive. Widths of 1/4 tn. to 1 in. Lengths of 30 yards on 3 in. core. Thickness is 0.009 in. Isolation of dissimilar metals on heat traced lines to prevent galvanic corro sion. APPLICATION Pressure sensitive. Apply flexible insulation to duct by wrapping typing cord around LnsuUtion and knot. Excellent acid, oil and water resistance Fair solvent resistance. OTHER DATA Colors available. ADVANTAGES Waterproof. Good thermal and electrical properties. LIMITATIONS ....... ._ i i jf GENERAL DESCRIPTION MITRE KNIFE Insul-Coustic Owens - Corning ACCESSORIES TOOLS RIVET GUN MIN MAX Aseeco Insul-Coustlc Pli-Grip STRAP STRETCHER MIN MAX Acme Steel A. J. Gerrard Stanley MIN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS ANO AVAILABLE FORMS Adjustable knife blade mounted in flat surface guide. One hand, grip operated aluminum rivet gun. Grip operated band tightener. USES Cut off knife. Cut mitre joists la glass fiber or mineral wool type insulation. Setting blind rivets for fastening alumi num jicketing on pipe insulation, tanks, and towers. Strapping insulation to pipe and equipment APPLICATION Adjust Glade to depth and angle of cut. Slide blade holder over surface, guided b\ a sirlight edge. Insert loaded rivet gun in prepared oole and squeeze to set. Tighten and bold band until sealer can be applied. OTHER DATA 1 j advantages j \--------------------------------- -- | LIMITATIONS 1 l Ii | 1 ii L .. _ I __ ______ 1 ! GENERAL DESCRIPTION STRAP SEALER Acme Steel A. J. Gerrmrd Stanley ACCESSORIES TOOLS STAPLE AND NAILER GUN STUD WELDING GUN MIN MAX Spotulls MIN MAX KSM Products KSM Stud Weld Nelson Stud Welding Nel Weld MJN MAX MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F BASIC MATERIALS AND AVAILABLE FORMS USES Lever operated seal clip crixapeT. Pneumatic or mallet operated nailer gun. Also available in grip operated modela. Pistol type stud welding gun with a selection of power sources available to meet most application requirements. Crisp seal-clip in place fastening ends of strap together after being tightened. Driving nails, pins and stapled which are available In an assortment of shapes, sizes, sad materials. High speed precision welding of studs and fasteners for supporting and secur ing Insulation to steel tanks and equip ment. APPLICATION Low pressure air operated gun with push button or trigger control. OTHER DATA ADVANTAGES LIMITATIONS ! L ___________________ 133 GENERAL DESCRIPTION ACCESSORIES MISCELLANEOUS ANTI-ABRASION COATING ANTI-ABRASION COATING BEDDING COMPOUND Dampney Dampney No. TO Black SUN MAX -400 too Carbollne Poly clad 933-9 Foster 30-16 (FR) Pittaburgh-Corning Compound 1-A Vlmaaco Vicarloo No. 500 MIN MAX 320 250 -350 300 -327 400 Arabol M-33-B lnsul-Couatlc Sure Joint IC405 Pittsburgh-Cornlag PitUeai IQ SUN MAX -100 300 -100 300 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS, *F 1 BASIC MATERIALS AND AVAILABLE FORMS USES Application to cellular glass insulation surfaces to resist abrasion. Modified solvent type vinyl coating. Application to cellular glass Insulation surfaces to resist abrasion. Plaatic baae. Insulation joint sealer and bedding compound. APPLICATION Brush or spray. Brush or spray. Trowel or cauUcmg gun. OTHER DATA 300 square feet per gallon coverage. i J ADVANTAGES j 1_______________________ ___ LIMITATIONS | Meets Specilication M1L-B-19564. ii | i Will not support combustion in dry state, j Resistant to fire, solvent, acid and 1 alkali. i Not solvent resistant. I | : j i j i t 1 ACCESSORIES MISCELLANEOUS GENERAL DESCRIPTION MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F HEAT RESISTANT COATING HEAT TRANSFER CEMENT COLD WATER PASTE Foster 57 x 50 MAX 100 1200 Chemix Traclt Pxc-O-Power Tempcoo Pleetlce Tbennoo SUndxrd T-85 (Weatherproof) T-63 T-5 (Cooling Only) MAX Morningxtor- Piltley No. <6-671 Reardon 9upercel Paste -320 750 - 90 375 -320 1250 - 90 125 to 180 BASIC MATERIALS AND AVAILABLE FORMS Dark pray coating. Known as "Bore Coating" to the trade. Inorganic, non-toxic, beat transfer cemenu. Glue size wheat cereal cold water paste. High temperature lagging adhesive and Conducting hest efficiently from electric Attaching canvas jacket to high tempera heavy bodied solvent coating used for resistance type heating elements or steam ture insulation. stress corrosion inhibition. tracing to pipe, valves, tanks, plstens USES and dies. Must be applied In conjunction I with thermal insulation. i i Spray or brush. t I APPLICATION Hand trowelling or with gun. Mix powder with cold water to consistency desired. OTHER DATA Inhibits stress corrosion in stainless steel when applied as a coating under insulation. ADVANTAGES Also used a high temperature flashing. Excellent mechanical and thermal shock. I LIMITATIONS Very inexpensive. Not wtter resistant. me ACCESSORIES MISCELLANEOUS GENERAL DESCRIPTION SOUND BARRIER TYPE FACING FOR THERMAL INSULATION tux HEAT TRANSFER UNIT Cordo Couatltab Tbermon Heat Trader Unit MIN MAX 375 MANUFACTURERS AND TRADE NAMES WITH TEMPERATURE LIMITS. *F BASIC MATERIALS AND AVAILABLE FORMS Lead-containing. vinyl-coated glass or cotton woven fabric. With or without aluminum foil on one aide. Available in pressure sensitive tape. Consists of two sheets of copper bonded together sad expanded to form a panel with channels permitting heat transfer fluids to be circulsied. Heat transfer cement Is already in place on one side. USES Abating noise and vibration. Can be used as facing for thermal insulation. Many other uses such as radiation barrier. To maintain storage temperatures and provide beating or cooling for low heat load. APPLICATION Applied with flexible damping adhesive to meul, wood and insulation. Applied to outside surface. OTHER DATA Used in abating noise and vibration in everything from ;et liners to electric typewriters. Stocked flat in Urge quantities. Made for curved surfaces. ADVANTAGES Flame retardant. Efficient heat transfer, Even temperature distribution. LIMITATIONS Little thermal InsuUung properties.