Document OEN2J65mb4Y2baryVMEjKO71p

WV-05523 DESCRIPTION Armstrong A/maflex is a flexible, elas tomeric thermal insulation in pipe in sulation form widely used on liquid cooling and heating iines. This insula tion is used to prevent heal gain, con densation. and frost formation on cold lines. It also prevents heat flow for liquid heating and duai-temperature piping. Armaflex Pipe insulation is available in both Fire-Retardant (FR) and Standard types. Physical characteristics of both materials are similar and are listed on the table of average properties on pge 3 FR-Armaflex Pipe Insulation can be identified by blue trademark ing; Standard Armaflex Pipe insula tion is trademarked in yellow. Armaflex Pipe insulation is made in three engineered wall thicknesses, each calculated (o prevent condensa tion on cold fines within their indi vidual recommended usage ranges at temperatures down to 2ero. For temperatures below zero, Armaflex may need lo be applied In multiple thicknesses. Armaflex Pipe insulation can be used on heated fines, where it will with stand temperatures up to 220 F. Standard Armaflex Pipe Insulation is chemically acceptable lo USDA Con sumer and Marketing Service. ADVANTAGES Fire-Retardant CharacterIsites FR/Armaflex, when tested by the AS7M ES4 method. In nominal thick nesses of 3/6''. 1/2". end 3/4", has a flame spread rating of 25. For smoke developed, FR/Armaflex Pipe Insula tion rates at 110 lor 3/8", 150 foM /2". and 225 for 3/4" nominal thicknesses. Standard Armaflex. when tested ac cording to AS7M D1692 procedures, is rated SE 1.0 in,. 53 sec by this test. AtmAtax is ttexfoW lc< fist, $y ippMcitron. u can b* sfcppnfl on in tubuta? loin be*0? nio^s is in place or eti; ana snapped over pfang alieady rallied as shown Cannpr *72. AmiM*? Sen Cotpmt. Uacatter. Pm Armaflex is not a thermoplastic. It is a vulcanized synthetic elastomer and will not melt or drip during exposure to heat. Wide Temperature Range Armaflex has a wide usage range from -40 F to +220 F. High Insulating Efficiency The dosed cellular structure of Arma flex gives it a low average "k'* value. Armaflex resists moisture and deterio ration. so thermal efficiency remains high In service. Resistant to Moisture Vapor The uniformly sized, closed cells of Armaflex seal out moisture vapor. Excellent Dimensional Stability When Armaflex Pipe insulation Is tested at a soaking heat of 220 F for 7 days, shrinkage Is about $%. (See table, page 3.) tn application, only the Inner surface is exposed to 220 F so shrink age is considerably less than the test figure. Ozone Resistant Armaflex is ozone resistant. >1 can be applied to pipe bends without danger of Assuring or cracking al the area under strain. Smooth Surface Armaflex has an exceptionally smooth, uniform outer surface finish. This re sults In a neat-looking installation, whether the surface is left unfinished or given a protective coating. Fast and Easy to Apply The flexibility of Armaflex makes appli cation rapid, it can be applied easily, even in close and crowded quarters. Fittings can be insulated with mitercut pieces of covering, assembled on the Job using Armstrong 520 Adhesive. On outdoor installations, excellent protection is provided by Armstrong Armaflex- Finish, a vfnyt-Jaequer-typ coating. Indoors, Armaflex requires no finish, but for a protective coating. Armaflex Finish is recommended. APPLICATION Pipe Insulation Wherever possible, slip Armaflex Pipe insulation onto die piping before it is in place. Seal butt joints with Armstrong 520 Adhesive, Where insulation cannot be slipped on, su Armaflex Pipe insulation length wise and apply to the piping. Seat longitudinal seams and butt Joints with Armstrong 520 Adhesive. For piping larger than 5" iPS,-Az.ma.%* Pre-Cut Pipe Insulation is supplied in widths of sheet material that closely fit the pipe's outside dimensions. Wrap sheets around the piping with long itudinal seams and bull joints sealed with Armstrong 520 Adhesive. At pipe hangers, install Rigid Armaflex protected with galvanized sheet-meial shields. Gauge of sheet metal and hanger spacings are recommended in Armstrong Specifications, Seal aB joints and seems of Rigid Armaflex with two coals of Armstrong 520 Adhesive. Fitting Insulation insulate sweat fittings with miter-cut pieces'Of Armaflex Pipe Insulation of the same size as applied fo adjacent piping. To make fitting covers, join mifer-cul pieces with Armstrong 520 Adhesive, then slit covers, snap them over fittings, and seal joints with Arm strong 520 Adhesive. insulate screwed fillings with sleevetypo lining covers made from mitercut pieces of Armstrong Pipe insula tion. inside diameter of the insulation must overlap the Armaflex Pipe Insula tion on the adjacent piping. (See table on back cover for sleeving sizes.) To make fitting covers, join die miter-cut pieces with Armstrong 520 Adhesive, then slit covers, snapthem overfittings, and seal joints with Armstrong 520 Adhesive. For fittings too large to cover with pieces of tubular Armaflex Pipe Insula tion, apply Armaflex Sheets. Use spe cial template patterns to guide cutting of fitting covers for screwed and longradius weld iron pipe tilting* 2" IPS to 10" IPS. Templates are furnished by 206220 Armstrong and are available through your Armaflex supplier. Finishes Ho ttoish is required on ArmaJtex )nsu* tatiem indoors. SI a protective finish is desired, apply any of the follow ing: two coats of Armstrong Armaflex finish; two coats ot Armstrong insut* color; or two coats ot good-quality commercial interior enamel or latex enamel pawn On outdoor applications of Armstrong AnaaSex, apply any of the tc'low ing. two coals of Armajtex Finish, two costs ct Armstrong l-isulco'cr with glass mesh; or two coats of Armstrong VVfeadwproo! Plastic, reinforced with glass mesh. Prior to applying finishes, the Armaftex surface should be wipd with a damp cloth, preferablydampened with a noootfy solvent to remove any traces of powdered lubricant GAyriOW: Only Armaftex Finish will with stand excessive flexing after drying. The commercial finishes are to be losiad by Pie user for compatibility with A/moflex. Ashesivs-bonded seams and joints of Aroafla* Pipe fnsutetjon musf cure before solvent-base finishes are epofiee Where me Insulation is installed by adhering seams and bud [obits, the aohssive must cure 24 to 36 hours. FMng coven ore eaaty aasemwea from maer-ewt pieces* pipe wsuiatlofi. Perlarger sues, special wmpeje penerns ere evaluate for euftmp covers from AnnaflM Sheet. Thickness recommendations for FR/Armailex and Standard Armaftex (Based upon available manufactured thicknesses) Pipe fere Une temperature* BASKO ON NORMAL DESIGN CONDITIONS *" >D ttift. 3- IPS Over 3" IPS thro 10* IPS? Over *0" IPS _____ BASED ON MILD DESIGN COND'TtONS** V' ID 3" IPS Over 3" IPS IWV '0" IPS? Over 10" -PS BASED ON SEVERE DESIGN CONDITIONS* *' ID thru 10,( PSt Ove* id*' IP9 it* >m{hmn'WM#d"' !*r w*i'K >a-v?es -e3'*"ifei'<iansroi*>"e' piB"'S u-g.y mw c<b;n ec'V'M'* , rtt t *na I0\ *H. Amm-i:-} * lire **ei>e'`Mieii** anr-'r* :*e c"ic S.^t j *ataon n*tc 1*4 3*g* C se.gfiif Armafiec * m (*<< w9 niO mPm ot* *se.fieo nwsiw* fa*?#* *"N pMirenT CBi'oeMM*" on ppjng un> nee eevpn a ib**hwi teseHry of *0 T M S\ PH. !<<ai i wese eendAwns are wmi a* sonBiMfleo imcn end e'/eoxaide*. M )ni mikaei now nS --XN*i :n epeeae 5*-ipe-racgi range* >* oAe*Mfc** o wfioo.' k*3 *ne* twr*<t sofii*i*. a mewinm seveny r *S r *ne % Am. Tr^ of isese cMiiim* r iiweo' 'at w**h eatessoe wol(u'e lairofivcoe o* * sec-v remaaie n"WM <u twwr* tM i<ne`*'*e **> M <toef*a**B iwjow &* KOTE TK<tnMS( lor P Anes #***atN on eeesf '&>& 4' rBS trtru *9~ fPS refer fo P'e'Cuf imuUHan Armaflex Pipe Ihsulaliona--average physical properties' Oenmty, Hj/cu Ffi/Arragllex "fi.O Tneirsiai conO^rcliwly, Stu/rv ap n (f oefl'm.) 75 F mean temp 90 F mean lamp 0 27 0 276 t5oow,T55Taar7?----------------- *25-----(See nme i) CoSeT^TW (See fwe 2) The/maJ $rabIByl" % ^tHikaoe r days, 2i p 7 day*. ?2fl F Water vapor permnatwnyr wet cito. prm-In ^Vaief abserphen." 60 56 TS-- ~1----- Orone resistance <JCq ft'ammsbiMy ` (BtM-aHn^oiSh:rKl} ^cgd" NEGLIGIBLE FU*e Scweafl (evaiiaoie richnesses V or Mas) * ....................^--J----I II SmoKe eeve*oped 4e*ifeai4hiajiMes) a*- " 35 1*0 150 225 Sfarwwtf ArmafMJi 5.4 0 253 0.236 ?2<3 6.6 --5T "5TT GOOD ^... NEGLlGffiLE SELF- EXTINGUISHING SE OPt. 53 sec BY THIS TEST Ten Method <See note a? ASTM 01622 ASW Cl77 V cste ASTW CMS TifClSsT *--smo'im ASTM 0*692 ASTM f*S ASTM EM Weil thKnese, tnenea (rrsminai) (Ude oiameier LengW ot sections, feet (See note 0) H. H, H h~ ID r S'* IPS 6 ft. h. N H" 10 1 O'* IPS 0 -- `On it's iwateg eVu *rrv*wi--Pi* iMvisieHu wrO vtmwno w't*rivf* as a* 220 F wh<a ine buw so* a Q'aaie' then V IPS *M Aongdei Bf*-Cwi Be* MwIViba and Aimatisa t*l "'*>*o b> aanenne MU IM aM umi . meuMr tsmjMfaivra hnut4 ?2 f StOAnMf nuy a used B'M #swape'iciMi'N ~no 2X1A ;At -top A*dbN AffMilei lrglont Become nanc, ai temse**( op MM* -20 f. "UiM mcraasir^ly WWJ. aawers*. MiwsingAsrv'e''sfrc coes n^i amt ma-^uw aissency o* water .i^r MfeiMMv Aotn^eiton anew - r <at >h<i OdereUon. 1 Acm*n* wt tMchren n4 inrM tfWmervt imuaWs m 60-11 onmia lenjsM 'ASTM nwinoft 9'sosieeaie*, "wveo "M1 iVpnwie "Hike 'sviisfflo'enwjrbreVK snO-uiA aeMMn.F4*e*iU ve recuse, comae; Afomiene Cor* Co4t*an, *A<e<ag *<*> are noi io M use to; wnung miie/Wi (BeeHiriAene Censaii Annivong iw saeciVeeVQn ranges 206221 naOfWKW Arr 'i rw- <,! tv'.v >*"iap S3`'' oc: 206222 LANCASTER, PA. PoAvd Smm w *jt DESCRIPTION Armstrong Rigid Armafiex is a foam jriasltc-typ pipe insulation developed for use at pipe hanger locations* on deeply buried underground lines, and at other locations where pipe insulation may be subjected to com pression deformation. Rigid Armafiex is made in nominal andengineered watt thick- nesses. Except for its rigidity, Rigid Armafiex U similar in average physi cal properties to Armafiex 22. In application of Rigid Armafiex, the thickness recommendation for use of Armafiex 22 under various serv ice conditions should be followed. (Sec currem Armafiex Literature N'o, 11-343.) Rigid Armafiex is installed in single layer only. Sleeving for double layer is not suitable. fa underground applications, lowesi recommended line temperature for Rigid Annaflex is 35 F. Avoid using in areas where the water table rises at any time above the pipe level. {See complete detailed spedficalion.) Cxm&a tart. *** cm cvw. uackwt p*. Armstrong Rigid Armafiex is manufactured in 3-long sections. Each section is split lengthwise at the factory, and the matching half sections are held together in ship ment, assuring accurate fit a? joints in application. The material is available in sizes from %" ID to 5" IPS. ADVANTAGES Sokes Compression Problem--Where Armafiex installations are subjected to compression loads, as at pipe hanger locations, this rigid material in conjunction with metal shields can be used to support the load. It will resist compression, and thus maintain its full insulating efficiency In service. Wife Temperature flange--Rigid Armafiex may be used at tempera tures from -40 F to +220 F. W'gh Insulating Efficiency--The closed cellular structure of Rigid Armafiex gives it a low average k value of 0.28 at 75 F mean temperature. Impervious lo Moisture Vapor--The uniformly sized, closed cells seal out air and moisture vapor. Average water vapor permeability is 0.02 perm-in. Self-Extinguishing--When tested according to ASTM D1692-68 pro cedures, Rigid Armafiex H rated vrffextinguishing by this test as SE 0.5 in.. 61 sec. Excellent Dimensional Stability-- When Rigid Armafiex is tested at a soaking heat of 220 F for 7 day's, average linear shrinkage is less than 3%. In actual application to heated lines, the tnner surface only is exposed to elevated temperatures, so shrink age would be considerably less than the test result. Smooth Surface'-Rigid Armafiex has a smooth, uniform outer surface finish. Ibis results in a neat-looking installation, whether the material is left unfinished or is coated with Armafiex- Finish, 206223 ARMSTRONG AC/ARMAFLEX' PIPE INSULATION DESCRIPTION! AC/Armaflex Pipe ifibulasion is a preslit flexible elastomeric thermal insula tion material with a factory-applied dry adhesive on the longitudinal seam and butt end surfaces. It will substantially reduce installation time because it elimi nates the need for separate applica tion of adhesive. After the insulation Is applied to pipes, ihe dry adhesive is activated and pro\>de> a tight, vaporrcsiswm. heat-resistant seal for seams *ndjoras, AC/Armaflex is recommended for plumbing, heating, dual-iempcrature. ait-conditioning, and refrigeration sys tems. It is made in three engineered wall thicknesses, each calculated to pre vent condensation on cold lines within their individual recommended usage ranges at temperatures down to aero, AC/Armaffex Pipe Insulation also can be used to insulate heated fines, whtie It will withstand temperatures up K> 220 F, ADVANTAGES 'lie TemperatureRangeAC/Armaflex has a wide usar.e range from -40 F IO+22GF. ' UerVa ISTi tuirnwn Co* C*wr. UnMitw. Pa High Insulating Efficiency The closed cellular structure of AC/ArmaRex gives it a Io* average k value of 0.253 at 75 F mean temperature, AC/Armafiex resists moisture and deterioration, so thermal efficiency remains high in service, Resistant to Moisture Vapor The uniformly sked, closed cells of AC/Armaflex sealout moisture vapor. The result is an average water-vapor .pexroeahiiity df.QJ peundfl. Dimensional Stability AC/Armaflcx Pipe Insulation, when tested at a soaking heat of 220 F for ? days, av erages less than 7% shrinkage. In ap plication. only the inner surface is exposed to 220 F. so shrinkage is considerably less than the test figure, . Self-Extinguishing When tested ac cording to ASTM DI692 procedures. AC/Armaflex Pipe Insulation is rated SE 1,0 in., S3 sec by this test, Ozone Resistant AC/Armaflex is oione resistant, it can 6c applied to bent pipe without danger offissuring ^ the area under stress. Smooth Surface AC/Armaflex has an exceptionally swoosh, uniform outer surface ftnislt. Thb results in a neatlooking installation, whether the sur face is leA unfinished or given a pro tective coating, APPLICATION 10 FJmNG AC/Armafiex should be snapped over the piping before the adhesive is activated. ADHESIVE The adhesive used on AC/Armaifex has been formulated for job-site acti vation with the specially developed Armstrong Activator. The solvent action of the Activator causes the adhesive to behave in the same manner as a normal contact adhesive. The Activator is sup plied is convenient applicators which allow fast activation of the adhesive 51m. Complete installation instruc tions ate furnished with each cation of insulation. FITTINGS Fittings are fabricated and ietststttd in the same manner n described for Armafiex Pipe Insulation. DESCRIPTION Armogles One-Piece Pipe Insulation is composed of fine gloss fibers bonded together with o phenolic resin molded into e flexible hollow cylinder which hos a slit along its length to permit application on pipes or tubing, Mode with e single seam, It spreads open to receive the pipe and snaps quickly in place. This multi-purpose one-inventory pipe covering is designed for use on ell lines operating from -0 to 450 *F. One-Piece Pipe Insulation hos one of the lowest "fe" factors of any general purpose material available today. Its thermal efficiency is such that for most insulation jobs less well thickness is recurred. Therefore, it is more eco nomical far all applications within Its temperature range when compered with other pipe insulotions. Armagios One-Piece Pipe Insolation also hos the desirable feoture* of gloss; the glass fiber will not burn, is not of. fected by moisture, will not corrode melols and is perma nent. it will permit expansion and contraction of the pipe without cracking. This product is furnished in 3-foot lengths, in sites up to 33' IPS, tn a range of woll thicknesses from V]9 to 3" wirh or without the .jackets specified herewith. It is regularly available with a standard weight canvas jacket. Other jackets described on the reverse side ore also available at slight additional cost. PHYSICAL PROPERTIES Thennof Conductivity (Btu/hr sq ft fp/in) At ?5*F Mean Temperature 100* P Mean Temperature 200 *F Moon Temperofure 0.22 0.23 0.26 USES Armogfos One-Piece Pipe Insuletion con be used in a wide range of oppSieotions for cold ond heated piping from sub zero to 450 eF. SPECIFICATION COMPLIANCE HK-1-553: Insulation, Pipe Covering, Thermal, and Insula tion Blanket, Thermal Pipe Covering, Type 1, Molded, Classes A and B. HH-1*562: Insulation, Thermal, Mineral Wool, Block or Board and Pipe insuletion (Molded) Type II, Classes 1, 2 and 3. 'HH-I-558B: Insulation, Thermo I (MinerI Fiber), Form D, Type III, Class 12. ASTM-C547-67: Mineral Fiber Preformed Pipe Insulation. MIL-I-22344B: Insulation, Pipe Covering, Thermal, Fibrous Gloss. -WM.358B supcrsedesWM-TO, HH-I-SW ond'NW-f-SSBe. ADVANTAGES ONE PIECE - Moons quick, easy epplico?ion. EASY FABRICATION - Only a knife is needed for the most intricate shopes. RESILIENT - Resists mechanical damage before, during end after application. ECONOMICAL -- Due to superior thermo! efficiency, with equal or better performance than other insulations. PERMANENT, INORGANIC, FIRE-SAFE - Gloss fiber construction will never rot or assist corrosion. Dries out quickly when wet; lasts indefinitely. FORM 2*3 9^72 PRINTED IN U.S.A. 206227 ARMATcmP ALUMINUM JACKETED PIPE INSULATION DESCRIPTION Armetemp Aluminum Jacketed Pipe Insulation is mineral fiber pipe insulotron fabricated from board form insulation and cfuminum jockoting, completely factory assembled in a single unit eody for field application. The jacketing material is either ploin or embossed .016 aluminum. Type T-3003H14. The integral aluminum jacket is pro-rolled with sufficient overlap allowance on the oluminum jacketing to provide for cdequolc weather sealing of both circumferential and longitudinal joints. Ajmctemp Aluminum Jacketed Pipe Insylotion is ovoilable in thicknesses of 1 Hi". 7", 2!?", and 3" ond lengths of overall 36" {3d" net coverage) for pipe si?es !?" through 3D". PHYSICAL PROPERTIES Maximum Use Limit Density (excluding jacket), ibs./cu. ft. Thermos Conductivity, Btu/ht sq ft (F/in) A? 200" F Moan Temperature 400*F Mean Temperature 500 *F Mean Temperature iOOO'F Nominol 8 0.25 0.38 0.47 USES This pipe insulation is recommended for use on steem lines, process lines ond other cylindricol surfoces opera ting ot temperatures up to 1000* F. SPECIFICATION COMPLIANCE Federal Specification HH-!.558o, Form D, Type III, Class 13 AST** Specification CS47-67 ADVANTAGES INSTALLATION - Precision fabrication ot the factory ossures occwrote fit and rapid application. ECONOMICAL - Factory pre-essembled jacketing ond insulation means o one-step application with a resultant reduction in installation costs. EFFICIENT - Lower "fe" Factor results in reduced insu* lotion thickness ond lower materiel costs. FORM23-A **T0 PWTD IN U.S.A. mm. 20622H LANCASTER, PENNSYLVANIA. U.S.A, I Armotemp Pip* Insulation is fobricoted by securing high temperature mineral woo! fibers between vorious types of metal fabrics. Eoch section is designed to completely en close o specified size of pipe, ondthe product it regularly ovoilable in three standard forms as follows: A/matomp Standard Bforsket Pipe Insulation: {Photo A). The metal fobtics consist of strips of melol loth on the inside end galvanized wire netting held in ploce by soft galvanized wires. Running along the edges of the outside fabric for the full length of eoch side ore two galvanized strips., one having throe strong flexible lots, the nth**, matching slots, for fast application of the insuiotion crcund the pipe. Armatemp Type Na. 100 Ripe Insulation: This product is reinforced on the inside with strips of expanded metal lath and held together with metI tie wires extended through 1 metal lath on (he opposite side. The edges are brought together cround the pipe and secured by lacing soft erv neoled wire through the mesh. Designed for runs where insulating or finishing cement is to be used. Armatemp Type No. 70? Pipe Insulation: (Photo B). This pipe insuiotion is reinforced on the outside with felted wire fencing. Rapid installation is made possible by the use of seven extended lead wires to fasten the two edges af insulation together. Designed for runs to be weather* proofed by covering with sheet metoi or roofing felt. All products ore manufactured in sections of two linear feet fof nominal pipe sizes from 4" up to and including 30" diameter. Available in thicknesses of 1-1/2" to 4 \ (Larger sizes available on special order.) USES All three types of pipe insulation are ideal for steam traced efr any groupings of lines to be insulated within the some cover. Specially suited for long high temperature transmission lines, operating ot temperatures up to 1200 *P B. Type 101 Pipe Insulation----- PHVSfCAl PROPERTIES Maximum Use Limit Density, lbs. per cu. ft., Avg. Thermo! Conductivity, Btu/hr sq ft (P/in) At 200 F Mean Temperature 400 *F Mean Tempcroture 600 "F Meon Temperature 1200*F IQ 0.3) 0.43 0.56 SPECIFICATION COMPLIANCE Federol Specification HH*1*553e, 'Form, Type IV,-Ow IS ASTM Specification C592-66T, Doss 1! ADVANTAGES HAN&LEABIUTY - The 24" sections mean ease of boo* dling during installation. MOISTURE RESISTANT - The natural properties of min. era! woo) are displayed In these products. FAST APPLICATION - Saves time and lobor. REQUIRES LESS STORAGE SPACE - Packaged flat in cortons that ore easy to handle and stock in o minimum of warehouse space. Also easier to handle on jab scaffolding. EASILY REMOVED - Simply unlace the fostener In the section to be removed and reploccd for line inspection, FORM 221-A 4/70 PRINTED IN W.S.A. 206230 . LANCASTER. PENNSYLVANIA. U.S.R. DESCRIPTION LK Calcium Stlico'e Insulation is 8 light weight, molded, hydrous materiel manufactured by feasting o lalend of spe* cisl Inorganic ingredients, reinforced with selected long fibers under suitable conditions of heat ond water. LK In* sulotion is chemically converted under carefully controlled conditions into o strong, hard material. This product is mode in hell ieclionol ond regular segmen tal shapes, as well cs block form, thus eliminating the need to slock a variety of different types of insulotion. Pipe atees ccnospcnd fo standard iron pipe ond copper tubing. SIZES AND THICKNESSES: LK Pipe Insulotion {36 ' lengths) Iran Pipe OPS) - \i" to 33" Copper Tubing (CT) - )j-to 6-1/8" Thicknesses - T, )!i`, 2". 2V, 3", 4` & 5* (depending on pipe sire) LK Block fnsulat ion {18' and 36** lengths) Widths - 3", 6".9\and 12" Thicknesses - la"to 4" LK Pipe Insulation is ovoiloblc ploin or with jacketing materials as described en the reverse side. LK Block Insulation is available in regular rectangular form in any of the dimensions indicated above and also factory scored to fit any contour, os required. SPECIFICATION COMPLIANCE LK Pipe Insulotion Federal Specification HH*I-523c, Type II Military Specification MIL-1-2781D, Grade I, Class b; Grade H, Class d; Grade HI, Class e, Type l ASTM Specificoj ion C533 LK Block InjuJot/on Federal Spee^lcc'ion HH*!*523c, Type I Military Specification MIL-I-2819E, Closs 1 S< 2 ASTM Spec ification C533 FORM 218* i/yO PRINTED IN U.S.A. USES The low thermal conductivity of this product mokes it Ideal high temperature insulotion for piping,ducts and equipment. LK Insulation is designed for temperatures up to 1200*F. PHYSICAL PROPERTIES Density, Ibs./cu. ft. {Avg) Temperate Limit, F Thermal Conductivity (Btu'V sq ft (F'in) At 300 "F Mean Temperature 500 F Mean Temperature Flexural Strength, Ibs./sq. in. 'Compressive'Stter.^th fai Vs riefoTTnoeigm) Linear Shrlnkoge ofter 2d hr. soaking heot At 1200 * P, % Max. 12.0 im 0M 0.51 75 50 m 1.8 ADVANTAGES EXCEPTIONAL STRENGTH AND EASE OF HANDLING LK Insulotion is tough and resilient, thus It ships and handles on thr jab wr?hou* crocking, CHEMICALLY STABLE - This material is completely inorganic and will not rot or burn. It is non-flammable and may be specified advantageously for use in the presence of inflammable gases and liquids. NOT DAMAGED BY WATER - LK Insulation con be soaked in water without damage. After drying, thermal conductivity >s os good os before soaking. It is suited lor outdoor and underground epplieetions. 206231 DESCRIPTION Rigtdflex Pipe Snsoloiion is a form of fiber glass insu lation providing the rigidity of a heavy density product with the flexibility of lighter weight, blonkeMype pro ducts. These exceptional properties result from on assembly of conventions! Fiber gloss insulation and vsricus focings. Rigidflex Pipe Insulation is shipped Hot but supplied with o longitudinal lop. Strips of socketing ore else sup plied to cover the end joints, This product is cut to sue ond is ovoiloble rn the following sues ond thicknesses: 1'2*. VAn v>d 1" rh>tV - 4 IPS and fe*r !. 1/2" *Sick - *"JPSendloref 2"iKick - 8* IPS and larger 2-1/2`end a^thlei - 10 * I PS end larger Depending upon the facing used, all of the components of Rigidflex Pipe Insulation, including the odhesive, ere UL rated and do not exceed 25 Flame Spread or 50 for Smoke Developed. PHYSICAL PROPERTIES Temperature Use Limits -Deosidy ibs (a* it Aeg. Compressive Strength Ibs/sq in o? 25?a Compression Thermal Conductivity, Stu/hf sq fi (F/n) 70 *F Mean Temperature 50 * F Mean Temperature 450* F .X25 5.5 0.28 0.29 USES Rigidflex Pipe Insulation con be used on cold end heoted pipes, from subzero So 450 F. ADVANTAGES GOOD COMPRESSIVE STRENGTH - Superior to other forms of fiber gloss insulotion of equal ond higher densities, EASY TO APPLY - One piece. Only e knife needed to cut most intricate shapes, MN'MIZES STOCKING PROBLEMS - Shipped flat in cartons., storage space is only o freetion of conventional pipe insulation, PERMANENT, INORGANIC, FIRE SAFE - Glass fiber construction will no? deteriorote. UL rated components comply with most stringent building codes. FACINGS ORftFftMft NSWF CANVAS DESCRIPTION 6 and 8 oz. canvas focings. Surface suitable for suing, pointing, etc. WHITE FLAME RESISTANT JACKET .(UL Vapor Bcul.r) Flwn Spread 25 S"^ke Developed IS Laminated construction of aluminum foil, 6 x 6 gloss reinforcing, Home extinguishing adhesive ond white kroft paper, embossed to provide e pleasing appearance. PRESIZED CLASS CLOTH Rome Spread 25 Smoke Developed 50 Made of impregnated fiber gloss matt, Weight 7,8 or. per yerd. White finish with high fight reflectance. FOR2 2/70 PRINTED IN U,S,A. AG S 20623.1 LANCASTER. PENNSYLVANIA. U.S.A. DESCRIPTION Urcthone Pipe fnsulotien is o closed cell rigid loom with uniform dimensions! stability. This is due to the isotropic chatoctets sties which provide properties elmost identicol in dll three dimensions. This meteriel hes greater thermal Insulting vclue than most other insulations ond therefore requires less thick ness for the some efficiency. !t is light in weight ond exceptionally cosy to shop* with ordinary tools. The non-burning property of Urethane Pipe Insulotion is locked in during poiymeriyoiion. h is therefore c per* manently effective quality and, unlike the use of fire* retardant edditives, produces no friability or degradation of other physical properties, nor causes any loss of integrity. ft is ovoilobfc in three grades, (Tan, Green, Blue or lvcry} ond is furnished either plain or with Universal FRJ Jacket for operating temperatures hove 50eF, and White FRJ Jacket for tertjperetures below 50s F. This product s furnished rt 3 foot lengths in sites up to 24" IPS, n a range of wall thicknesses from 56" to 3" in %* Increments* Double layer construction is evoilable on request. USES For use n piping operating in the Service Temperature Range of -423 "F to +325CF as shown below for the various grades. TAN GREEN BLUE IVORY -SO to *250 *320 t +300 -423 to +325 -423 to +225 PHYSICAL PROPERTIES TAN GREEN 8LU IVORY Density, Ibs/cu ft (Avg) Thermal Conductivity, 1.8-1.9 1,9-2,1 2.0-2.2 2,0-2.2 Btu/hr sq fl (F/*n) At 40 *P Meon Temp. .14 .14 M ,14 Compressive Strength, l&s/sq in ot $5 Comp. 22 25 26 2\ Fire Retordance, ASTM D 1692 -SELF-EXTINGUISHING- Fire Haxord Classification, ASTM E 84 Flome Spread (1") - X 25 Smoke Devel.(l-) 100 MO ADVANTAGES RESISTANT TO SOLVENTS - Since commercial solvents have no appreciable effect on Urethane, there is a wide choice of adhesive s far bonding foam to any other moterlei. HIGH TEMPERATURE SERVICE - Urethane Pipe insu lation does not soften or lose strength at elevated service temperaJures within the recommended limits. LOW THERMAL CONDUCTIVITY - Precuring ct the factory provides consistent physical properties. FORM 2 V7 11/?2 P TC O IN U -S. A. 206234 LANCASTER, PENNSYLVAN*A. U.S.A, zzstx&rm The few thermol conductivity of Polystyrene Pipe lnsulo lion mokes J an ideol insulating metric! for piping end equipment for oil tempesotures 165* F ond below. The sparkling clean surfoce odds to the oppeoronce of ony plant and is especially appropriate in connection with beverages end foodstuffs. Polystyrene Pipe Covering, with its excellent woter vopew resi sionce end super rot insulating qualities con solue many insulation problems. A! so the ease with which it con be applied and its light weight, low density character* istics constitute a definite saving during installation and operation. On law temperature lines Polystyrene Pipe Insulation pre* vents condensation and dripping end consequently retards corrosion. This product is supplied in 3 foot long holf sections in pipe 'tire* -corresponduag to -sjondq&d u<on..pi and xopper tubing, ond Is available with c Flame Retordont Vopor Barrier Jacket. Iron Pipe - V4 to 23 inches Copper Tubing - 3'8 to 6*1/8 inches Insulation Thickness - 1, 14, 2. 24, 3, 3.4, 4 Inches Other sizes available on special order. USES Polystyrene Pipe Insolation is designed for lemperatwfex operating at 165*F ond below. SPECIFICATION COMPLIANCE Federal Specification Miliiory Specification HH. 1.524a MH.-P.4061? PHYSICAL PROPERTIES Density, Ibs'cv ft 1.8 Thermal Conductivity (Btu.'V sq ft (F/m) At 40 f Meon Temperature 0.26 ?$9F Mean Temperature 0.28 Compressive Strength, Ibs'sq in {ot Deflection) 25.0 Vt'otor Absorption, % by volume 0.50 -fiuwng ChBtacimisiiCS fASTM D 1692.$9T) Self E*t. Me* imum Operating Temperature, "F 165 ADVANTAGES EASY TO FORM AND APPLY -* Non*dusting, non-fleklng end con eosily be cut to fit properly. Does not delominote in service. DURABLE AND PERMANENT - Polystyrene is highly resistant to rot ond fungus, hes no food volue ond does no* attract Insects or rodents. RIGID AND LIGHT WEIGHT - Reduced labor costs result from greater eose of handling. rORMSU 3'7 PRINTED IN U.S.A. AC 206235 S K. LANCASTER, PENNSYLVANIA, U.S.*. DESCRIPTION Cellular Glass Pipe Insulation is a tlgld, light weight materiel containing millions of individual, hermetically seeled cells, each o tiny deod*eir insulating space. Be* cause of this cellular structure it cannot be penetrated by moisture, thus eliminating corrosive attack on piping and equipment. This m&ietiol is on inherent vapor barrier, mak* Ing costly end often imperfect additional vapor barriers unnecessary. Because of its inorganic nature, Cellular Gloss will not deteriorate, burn, or rot. It is also impervious to common acids arid acid fumes and always maintains its dimensional stability. This preduet Is made by applying precisely controlled heat to pulverized gloss miked with chemicals that couse mol* ten glass te form, On cooling, the glass solidifies, trapping the oir bubbles end creating the structure of Cellular Glass Pipe insulation. Cellular Glass Pipe Covering Is mode in 2 foot long half sections in pipe sties corresponding to standard iron pipe end copper tubing: Iron Pipe - Copper Tubing - Insulation Thickness - 1/d to 36 inches 3/8 to 6-1/8 inches ?, 2, 2J$, 3, 3#. 4 inches If is available with a Class Fabric, Stoy*Dry Vcpor Barrier or Flome Retardant Jacket. USES Cellular Glass Pipe Insulation is designed for piping and equipment operating of re *800 PHYSICAL PROPERTIES Density, Ibs/cu ft Thermal Conductivity (Btu/hr sq ft fF/n) At 0*F Mcon Temperature 50 "P Mean Temperature 300 * F Mean Temperature Compressive Strength, IbsAq in (ult.) Combustibility 9 0,35 0.38 0.55 100 Will not burn SPECIFICATION COMPLIANCE Federol Specification HH-I-S51c ADVANTAGES HIGH COMPRESSIVE STRENGTH - Withstands pressures up to seven tons per sq. ft. (average, ultimate) without crushing. Will olso support its own weight on vertical piping with no sagging. EASY 70 APPLY - Ha p/imbg cf pipe s necessary. The 24* sections ore easy to cut for job fobrieotion, fittings, efc. VAPOR-PROOF - Vapor cannot penetrate the dosed gloss ceils of cellular glass. PORM210 3/70 PRINTED IN U.S.A. 200230 LANCASTER, PENNSYLVANIA, U.S.A. s* r * y'j 5vc?^b'*"' 0 -, * *' Z' < . SrV* &>;* rr'^f/r.- .-.Lv," XvV **' * * NrY-.' V*"' , 206237 I I Armalok" continuously mended urethane foam insulation . V* ^ V " V'y *'.-.f"*''V*.*' WpySiW ,.. a unique pipe insuialion bines lthhee nhii9ghh ,ihheerfmmaa: effi* rigid urethane loam with *:*>'_t''."*?''--'JL't'.^*iaLrr\_,jS?CjSw>yI. roJf Afibvr/oMuiss gHausps_-aarnvHd adds outstanding advantages: v.B*iUnusual dimensional stability. "vT;,V'.Vf:.';.;. h tBroad^j temperoture rangeminus 260}* to plus 220 F. 5. \f vj'*'y;-*f:i^i..Ctgs^^imensionai tolerances ;*,_sW^jfy'6hd speed installation. ^-"y,;V;i ~rtgh#3mpressive strength v*rvV. \v.;:'] tuity-efiminates proWemswUh pipe ! *; \i ' " .hangarsand other load-bearing ap? r > *,, .' plipatrdhs when appropriate metal are used. Is continuously molded by new manufacturing method which :*-</foams the urethane between inner and outer jackets. This highly so phisticated process results in an unusual combination of excellent physical properties not available in ngid o.su'aticns formed from sisbtype materials. Araao* mace m steieerc louMoot ser*rs is aeeairsn'taifon. 8utt ends are accurately cut to tom tight texnt& Adheswe coning of the flap is recommended tor ceto and duet* temperature ftnes. Armstrong 520 Adnesrre toms a veporprooi seat. On not lines, slapcng is the recommended fastening rnemcd. Staples hoW lightly (n p>e firm Armarok core. Grooves to ccvrs hangers on hot tes are es$4y scooped from learn core. us* a simple tool. Amato precseV 5ii. Nora the snug en poe. Finished inataRation around ctevts hanger is neat and workmanifce. runir *nw Ur Co*i* i*4n * 206238 Jo-ms are ccno'eo ana seafcQ win ihrw men Dull sfi'ips. siaewi. o sh*s<veDonate Low Material Cost-The Armais manufacturing process eliminates Ihe waste assodaled with conven tionally fabricated rigid pipe insu* laiion matches which a*e cut from slabs or blocks. Excellent Thermal Conductiv ity--Armalok has an excellent k factor of 0.15 Btu/hr $q It (dec F/in.) at a 40 F mean temperature. This in creased efficiency makes it possible to use substantially reduced, thick nesses of Armalok without any ioss of insulation value. This is particu larly true for low-temperature appli cations below 50 F, where insulation efficiency is most critical. Broad Temperature Range-- From -250 F to +220 F Due to els broad temperature range, Armalok can be used for all types of low- and medium-temperature applications from cryogenic to hot wafer heating systems. Outstanding Dimensional Sta bility--Unifke conventionally fabri cated rigid insulations. Armalok is a laminate, with inner and outer facings intimately bonded to its in sulation core. The result is an out standing increase in dimensional stability. Alter a 48-hour exposure at 220 F. Armalok exhibits only a 0.4% change in length. This characteristic insures that Armalok can handle low- and dual-temperature applica tions without rupture of its vapor barrier jacket. Close Dimensional Tolerances-- Because of me highly sophisticated process used to manufacture Arrratok. it is possible to control pipe size, wall thickness, outside diameter, and length to dose tolerances. This as sures that Armalok can be easily and properly installed and elimi nates the problems which have been associated with some fabricated rigid materials and molded fibrous glass products. Ease of Application-Due to its toorfoot length and accurate dimensional tolerances. Armalok can be easily instated. Armatok's interior and ex terior facings make the product clean and easy to handle. It can be cu! and fabricated with an conven tional tools, and staples can be used fo reduce application cosis for ail applications above 50 F, High Compressive Strength--Pipe hangers and other load-bearing ap* plications are no problem with Arma* iok when appropriate metal shields are used because of Its high com pressive strength of 25 psi @ 10% de flection, This featurealso gives Armalok superior resistance to physical abuse during and after installation. Good Fire Resistance-Armalok's insulation core is composed of a self-extinguishing urethane foam, In addition, the outer vapor barrier jacket has low-bumrng character istics when tested in accordance with UL 723. The UL-rated values are less than flame spread of 23 for the jacket and smoke developed of SO. 206239 Properties T%st Method Typical Calces Density. foam (core), tb/cu ft Thermal Conductivity, foam. Btu/hr sq ft (F deg/in.) 40 F mean lemperature 75 F mean temperature Dimensional Stability, composite, % Length Change, shrinkage 48 hours @ 220 F (Temperature both sides) 46 hours @ -10 F (Temperature both sides) Flammability, foam (core) PlammoMrty, V,B. Jacket Flame spread Smoke developed Compressive Strength, foam (core), psi. @10%deflection Water Vapor Permeance. V.B. Jacket, Perm (Dry Cup) Closed Cell ConJem. , foam (core) Capillarity, foam (core) Upper Use Limit (One Side), composite, deg F ASTM DT622 1.8 to 2.2 ASTM Cl 77 or C518 0.15 0.1$ ASTM C548 {For Procedure Oily) 0.4 0 ASTM D16S2 SE 1.7 in . 50 sec UL 723 <25 <50 ASTM D1S21 25 ASTM C35S 0,02 Beckman Pycnometer 95 - None - 220 For further information on Armstrong Armaiok Pipe insulation, and for samples of this product, write Armstrong Cork Company. Lancaster. Pennsylvania 1760*. or get in touch with the Armstrong office nearest you. Charlotte, N.C. Chicago, ill. Cincinnati, Ohio New York, N.Y. St. Louis, Mo. San Francisco, Calif. in Canada: 6911 Decarie Bivd., Montreal 255, Quebec In Hawaii: King Center Building, 1451 S. King St., Honolulu 96814 In Puerto Rico: 1500 Roosevelt Avenue. San Juan, Puerto Rico 00920 INDUSTRY PRODUCTS DIVISION 206240 INSULATED PIPE SADDLES DESCRIPTION Insulated Pipe Soddles ore factory assembled sections of specially ribbed aluminum clad steel shields and half *ections of fiber gloss insulation, The insulation in 4" pipe siie saddles and forger is reinforced with Hardwood dow els, end the entire ossembiy is protected with e vopor barrier jacket. Satisfactory for use aver the brood temperature range of -120 "F to +450F, Insulated Pipe Soddles ore compatible with oil types of conventional pipe insulations and ore avoiloble for off pipe sizes through 16" IPS and with vari able thicknesses of insulation from )j" through 4". SIZES AND THICKNESSES Insulation IPS Thickness Overoll Length* Metal Thickness -355* 4" - 8* 10" - 16- fc* - 2B Hr"--43*K 12" 12" 12" 18 go. 16 ga. 14 go.- ' Longer length metol shield may be supplied on request. *' Extra 90* ore 12 gouge welded support included on all soddles 10 * IPS end larger, PHYSICAL PROPERTIES Density, Ibs/co ft (excluding reinforcing medio) 7U lbs. Thermal Conductivity, 9tu/hr sq ft (F/in) at 100`F Moon Temperature 0.25 Temperature Limits -120 "F to +450 "F WaterVopor Permeability (vapor barrier jacket) 0.01 perms Lood Limit (depending on pipe size) f 250 to 1200 lbs. f AH saddles ore designed to accommodate loadings re sulting from maximum hanger spacing* specified in Federal Specification WW-H*171c. SPECIFICATION COMPLIANCE Currently no government specification is applicable. USES Insulated Pipe Saddles ore designed for use on insulated pipe lines to resist the crushing effect of heovy loadings at the pipe support points without sacrificing insulating efficiency ct these points. ADVANTAGES SOLVES COMPRESSION PROBLEM - When Insulated lines ore subjected to compressive loads, as at pipe ban ger locations, the Insulated Pipe Saddle con be used to iup-portshe iaad .end -maintain 44s iuiJ -insulating af/iciency. HIGH INSULATING EFFICIENCY - The integrally reinforced lood bearing insulation provides e low "fc"value of 0.25 ol a moon temperature of 100'F. IMPERVIOUS TO MOISTURE VAPOR - On low tempero. ture lines, tho vopor barrier jackets extending a distance of 3* on either side of the insulation provides lor effec tively sealing out moisture vopor, and the bevelled ends of the shield prevent rupture of the vapor barrier on sub sequent movement of the pipe line. CORROSION RESISTANT - The aluminum clad steel shield provides the excellent weather resistance of alu minum and the strength of steel. FORM 236 n/?t PRINTED IN U.S.A, 206241 m~ LANCASTER, PENNSYLVANIA, U.S.A. Armafiex Sheet Insulations average phyalcel properties* Sfteei Msufailoo ArenBfle* Seel irivjleHtm 7et MoiftoB (See note 31 Dews*. to'cu It Thermal cowtucrivnr Blu/n/so ft If rsecm.T 7i F wan Mmn SC F >rA lemp taper use i<w. eg f (Swnete 1) Lotawr use Unit, aeg P (See note 2> Userm* JtaWify. % ShnMeM ? CByt 20 P Wiie* vear pe?m*6i&vy. Mcue. petm-in. Weier atsotpitoft. %&y wetgW Prone rwawnce Oaor RemmabfWy to 0 23 0.296 220 -*o 50 61 0.1? 1.4 oooo fc&auGiBlE ' Fisme ssreafi <o.*iiaB*s in*fene$s v or *ss> Smoke Oevo^ced i8veii*a*e tn<tkriesses) F Mr t" Saes warn &f*3 (See now ) inettes 25 T5 no ISO 225 290 36* *B ^ la 1 (* >cr'r?eA'sJ 5? 0 27 0 27(1 220 -40 C6 SO 0.1 4.9 GOOD KEGltGiSUe SELFEXIfWOUlSMlNG Sf i 0 irk, 53 sec BY ThsS TEST ' 36*48 :to i ('A w8(wen!s) ASTM 01622 ASTM C177 or CSIS -- ASTM cue ASTM 0355 ASTM O10S6 -- _ ASTM 01682 ASTM 5B ASTM EM -- 1W*** Arm*fte $hwi * <ntieile a, twit pmis *nd *** *!>' ug> i*msr*iu/e mu it 229 F uo^S?B sn6- Af**;ia, $Aet ttWN nh tomjler# awej're eo.arac* on '131 oj co^tc cm1*1 *uKe ourOO MOiiM to lurtacet Was will ee*( % Kg* 186* vting jjq Aensi-e 121 -nr. *noi intwMiso' Become inc it ieTot)ttu>e cso e**- -jn* iii mgaemgiy some. no*^S'. ifas cng'selcucnc sees "si efteci ftwri'Ml eritcierrsy n >tvti*K* ate> *ca boot**lily. F>ppieton i*n> -*5f a vwt flii&ewi *S1W me"od m eefet c*sm. rwr m u*m gligWij lo m*** <0*0*1 w<e megr.$<yi w **a*i.se*opft eenoA letM *>e <o."a ef*}r Btfmotf&'g C"" Campariy. Aj*itMe S>et *> Mieest net irfi*S<e tre'eg# iMtt e net 10 M umo *v rtnjev men**) 9;itic*tio* Comect Ao^t^ng (9< *C'f*M-o Armafiex Sheet insulation thickness recommendations bAStU UN NUKWAL LiftLIUS'CONUtl IONS Arm8i *1 tfte di0l<ne4$ ftotefl nc witrv^ me sacciNed iemperert/re ranges aetr pre vent condenutlan cnOoore vnoer norm*! <K*r$a coABitotis, majurr.i^ seventy Pt 65 F end 70% RM. AtratUong rewatcti end farid eeparience In^oete ir*j>oo) confix tsons artjnfttre ^ me Unaeo Ststee seldom e*ceefl ma fiegree &r seieoy. Putts- Ter>*j--VasM rs-Eswpmo t Metfli'SiKfaco Tempetatvre 50 F '%f 35F r Of T*' EASED 0^ MILO DESKS* CONDITIONS %' yin w Ametle* eiffte imcknesses rotes <rg itnin eve epecAec temperature ranges wik pre* vent eandeoea^on gneows urrser ralM de sign conttKons. a ma*rTRum seventy or 80 f end S4S RH, Typrtifll o! eanciftons are most eu<end>ic>ned spaeea end ano cllmetea. EASED DM SEVERS MSCONDITWS Armaftexinwepitckressee n6tanCwiinin me speerted tomperATure ranges wHl pre vent CG*6*nsal<OA <rrdoos LrvKr aware Oes*gn confl4rpA$. e meurtiuei savercty ol 90 F aM 60% RH, Typical st mesa ccnde- ttons ere areas m stuen e*eessne n;isTu;e & tftltoflutez n peerty Uied. cwtaneo areas where the tempera- lwe may be cepresaeo beto* ambient. %* w t<n. swwsatt"? Co% Cempeny. lenxamr. be DESCRIPTION Armstrong Armallex Sheet Insulation is a flexible, elastomeric thermal insulation material incorporating the three most aesirabie properties of a )ow~to~me`um-trr>pera'<ure insulation: high insulation efficiency, high resistance lo transmission of water vapor, ana ease of application. Armafiex Sheet is available in both Fire-Retardant (FR) and Standee types. Physical characteristics of both materials are similar except lor superior fire-retardant characteristics of the Fft matetiai. Armsllex Sheet is particularly adaptable to instating or farge tanks of all shapes, ductwork, irregular vessels, and large piping. Armafiex Sheet may be applied with full adhesive coverage to metal surfaces that will operate as high as 180 F. When used within recommended usage ranges, Armafiex Sheet thicknesses have been calculates to prevent condensation on cold surfaces. Temperatures below zero may require application of Armafiex Sheet in multiple layers. When used tor pipe insulation, with adhesive at seams and joints only. Armafiex Sheet can be applied to tines that will operate as high as 220 F. Specification Compliance FR/Armaiiex and Standard Armafiex Sheet ASTM C53< Type If ASTM D1056 SSS 41-42 MIL-C-3133& (MIL STD 67QB) Grade SBE 3 Class S FR/Armafiex Sheet laiL-P-1'5280. "Porm-S ADVANTAGES Fire-Retardant Characteristic* FRMrmaflcx Sheet, when tested by the ASTM 84 method, in thicknesses of y" to V, has a flame spread rating of 25. For smoke developed. FR/Armafiex Sheet rates at 75 for V*"; 110 for 150 for K": 225 for and 290 for 1", Standard Armafiex Sheet, when tested according to ASTM D1692 procedures, is rated SE 1.0 in.. S3 sec. 206243 Armai:i Stmt a vt0 wift 'uB *ahBia co.-?5, hz'**..* easily api*a *r f tuosn or nMUf, Armaflex & not a thermoplastic. it is a vutcanteeo synthetic elastomer and will not melt or drip during exposure to heat. High Insulating Efficiency the closed cellular structure of Armaftex gives it a low average "k" value. Armallex resists moisture arid deterioration, so thermal efficiency remains high in service. Resistance to Moisture Vapor / The uniformly steed, closed ceils of Armafiex seat out moisture vapor. Dimensional Stability When Armallex Sheet Insulation is tested at a soaking heat of 220 F lor 7 days, shrinkage is 5.0% lor Standard material and 6.1 % for FR material. In application, only the inner surface is exposed to 220 F, so shrinkage is considerably less than trie test figure, Wide Temperature Range . Armafiex Sheet has a wide usage i range"from -SOFTS "iBOFv 4 220 F. depending on method of installation. Smooth Surface Armallex has an exceptionally , smooth, uniform outer surface finish. This resuits in a neat-looking installation, whether the surface is ten unlinished or given a protective coating. Fast. Easy Application Armallex Sheet can be applied ~ directly to dean, dry metal surfaces with Armstrong 520 Adhesive, Conventional mechanical supports are unnecessary. High resistance to water vapor transmission 206244 eliminates the need lor a separate vapor barrier, but outdoor installations should be protected against weather with Armstrong Armallex'* Finish, a vmyMacquer* type coating. APPLICATION OF FR/ARMAFLEX SHEET Note: These specifications refer throughout to FR/Armatlex. Standard Armaftex can be installed by the same rechnioues. 1. Sheet Insulation 1.1 General 1.1.1 Insulation shall be flexible, closed-cell, elastomeric thermal sheet insulation, Armstrong FR/Armallex or approved equal, insulation shall have a name spread rating of 25 or less when tested by ASTM 64 method. 1.1.2 FR/Armatlex Sheet shaff be applied with the smooth or skin side out. It is to be applied to metal surfaces that will operate as high as 150 F with full surface bonding of 520 Adhesive. 1.1.3 FR/Armafiex Sheet shall be adhered with a thin but adequate cost of 520 Adhesive applied to both surfaces to be joined, Before pressing surfaces together, the adhesive shall be allowed to dry until dry to the touch but tacky under slight pressure. 520 Adhesive it an instant-bonding type; there fore, surfaces are to be positioned accurately as contact is made. 1.1.4 Meta! surfaces shall be dean, dry, and free of all dirt, scale, loose paint, piaster, oil, etc. if the mefaf surface has been primed, a test area of approximatdy two square feet shall be coated with When on sheet e*9 surUee has z'*e lo ire toocn. me s-wei is co<ergfty positioned et contact Dona s rr*c*. 520 Adhesive to determine whether the solvent in the adhesive will loosen or lift the primer. 11 mere rs any Indicator* of loosening or lifting the primer, FR/Armallex Sheet shall not be applied until the primer is removed or replaced with acceptable material. 1.1.5 FR/Armallex Sheet is not to be applied over asphaltic surfaces whore surface bonding is necessary, since 520 Adhesive will not bond to asphalt, 1.1.6 Where special corrosionresistant coalings arc specked for meial surfaces, they shall be com patible with Armstrong 520 Adhesive, 1.2 Application 1.2.1 APPLICATION TO METAL TANK, VESSEL. AND EQUIPMENT SURFACES SV COMPRESSION. FIT METHOD 1.2.1.1 A coal of 520 Adhesive shall be applied with brush or shon-nap paint roller to the surface to be insulated, covering enough area to reoeSve^ne FRMrmaHex Sheet. 1.2.1.2 A coat of 520 Adhesive shall be applied with brush or short-nap paint roller to the back of the FR/Armallex Sheet leaving a W-wlde uncoeted border around the perimeter of the sheet 1.2.1.3 The adhesive shat;) be allowed to dry until dry to the touch but tacky under slight pressure before bringing the two surfaces Into contact. 1.2.1.4 The sheet being installed is ic be positioned in such manner that it overlaps the edges of the previously applied sheet or sheets by VT. While held in this position, me center of the sheet shall be ssot-sdhored. The butt edges o? the sheets are to be compressed '-& place to achieve a tight jomt. The remainder ot ld.e ^rveet shatt theh -e bonded by pressing Urn-Ay `"z : see a ?--all hand seller is USSV tyr apply,ng pressure. 1-2.1.S The sheet joint is to be spread apart and. by mans of a small brush. 520 Adhesive shall be sppfi*; to tc;n cutt edges A'h:ch are u^en aligned for good epbcs'ance. 1.2.1.6 vertical joints are ?o Cc staggered wr-eie fr Armahex Shf3' $ tpc ec tc '.srr'2. ta-.^s in the casket non-entat tanks, the "snaontal joints are to be stass^. 1-2.2 APPLICATION TO METAL DUCT SURrACES 1.2.2.1 FR Armaffex Sheet shall be acr,e**d <o the duct surface using 520 Adhesive. Adjacent sheers smalt be epplisd using the compressionfit method (see Paragraph 1.2.1). The adhesive is to be applied on b;tr? surraces to Da ;omed with a D'usn or shen-nap paint rosier. The acnesl-.e small be allowed to cry until cry to the touch but tacky under slight pressure before singing :h two surfaces together. 1*2.2-2 For square and rectanguiar ducts FR Armafie* Sheet shall oe applied first on the bottom sortace. *:/ fitted to the width. The side insulation shaft then be extended ove* the edges of the tohorn msu's'icn The top insulation snai! extend over the top pt the insulation on both sides. 1.2.2.2.1 Alternate: Square, recterguiar, or round ducts shall be insulated by wrapping 3 ccn* tmuous'blankei ot FH, Atmafiex Sheet around duct pet.meter joining the seam on :he bottom or Side surface of the duct. 1.2.2.2 Standing metal duct seams shaft be insulated wim me same FR'Armalte* insulation thickness as instated on the duct surface 1.2.2.3.1 Alternate: Half sections of ?R Armaltej Pipe insutaUon of proper wail thtekness may be used to msuia'e standing metal duct seams 1.3 finishes 1.3.1 INDOOR FINISH5 UC*'A''*' snu chcose cn finish) fib'K'' *' -i ciuMnt'J war w, fitms" -wif .v:ths:an<3 ^cessn-e after ?.v'5> 1.3.1.1 No finish shaif be applied over PR Armafiex Sheet insulation. 1.3.1.2 Two coals of Armafsex Finish shall be applied directly io the Ffi Armsflex Sheet. T.3.T.3 Two coats of Armstrong fnsulcoior? shall be applied, directly to the FR.Armaflex Sheet. 1,3.1.- Commere:ally avgiigble (high-Guaiily interior enamel) (fa;ex enamel pamt) shaft be applied directly to the FR/Armaffex Sheet. 1.3.2 OUTDOOR FINISH* {spec<',er sneff choose one timsnj (specie Is cautioned ret,it only Armsfte* Flnsn mil w:tfis;a/i<y txcass^e !te*ttif sTer crying) 1.3.2.1 T.vo coats of Armafiex Finish shall be applied directly to the FR - Armafiex Sheet. 1.3.2.2 Two coats Of Armstrong Insulddlor shall be applied over whit# gf&ss mesh aRher&o to the FR Armafiex Sheet surface with Insutccior Lagging Adhesive. 1.3.2.3 Two coats of Armstrong V/eafbefproof Plastic shall be applied directly to the FR Armafiex Shed with black giass mesh embedded m the first coat while wet. 'CALt:CN* Only Atmtflex T.my. will v.hsi&r.n ixcessive flexing slier drying for test ras-'is. .vice ns surface of pa Arma'is* Sheet w.m 3 camp ciovi, prgferac"/ dampened with 3 no'*oiiy sot.s^t to reneve oev.cerec lubneer: before sspiymg coatings. *nfi commercial finishes Are to be jested sy (he user for compatibility with AChRSwe-bcndeo seems and *om?s or FR. Armafiex Sheet must cure before solvent.base finishes are applies Where me nsul3t*oo is installed by sphering seairs and butt jo.nis only, trie acheswe must cure 2 to 36 hours. Where the insulation is installed against surfaces with fun adhesive coverage, recurring wet sdneswe at joints, me adhesive must cure seven Cays x:73v LANCASTER, PA. 20624.' !*'* * ur.*s Su* r; i-i* BESCRiPTlOK Armoglos Insulation Batts are composed of fine glass fibers banded together with a phenolic resin binder. They ere available in the density range of 0.80 to 2.50 lbs. per co. ft. This insulation is produced in 2d" * d8" sheets, and n thicknesses of I", 1-1/2*, and 2". USES This bolt-type insulation is recommended for use os boiler and slock insulation, for equipment rooms, as well as power and process equipment, and for oil applications where a degree of rigidity and good insulating efficiency ere required. SPECIFICATION COMPLIANCE Federal Speei Ficotien HH*l*558e, Form A, Class 1 PHYSICAL PROPERTIES Maximum Temperature Use Limit 45Q*F Density, Ibs./cu.ft. 0.8, TO, 1.1, 1.25, 1.58, 2.0, 2.5 Thermo! Conductivity, Blu/hr sq ft (F/in} Density K Vnlo- At 75 6F Mean Temperature .8 .295 1.0 .27 u 7.6 1.25 2.5 1.58 2.4 2.0 .23 2.5 .23 ADVANTAGES EASY HANDLING **- The flexible fibers produce a maleriot that s easy to handle and won't flake or crumble. UNAFFECTED BY MOISTURE - In the event the board becomes wet, It dries rapidly with no effect. eCPV Z*5 4/70 PRINTED JN U.S.A. 2062-46 LANCASTER, PENNSYLVANIA, U,S^L .............. .... ARMAGLAS INSULATION BOARD DESCRIPTION Armcglos Insulation Board is composed of fins gloss fibers bonded`Together with o phenolic resin binder. It is ovoil* eble ploin or with factory applied vapor borrier losings. The low "k" of .23 ot 75*F meon temperolure for oil den sities demonsirotes its high thermo! effectiveness. This Insvletic* is monufoctured in 24" x 46" sheets, in 17, 5'B, 3'4, 1. UK2 end 2 inch thicknesses. USES Heeling, ventilating, oir conditioning ducts ond equipment con be quickly ond efficiently insulated with Armoglas Insolation Board. The ease of cutting end hondling speeds application ond produces o very neat oppeorance. A voriety of surface finishes ore ovoilable which produce ettroctive appearance end vepor borrier characteristics when required. A complete description of available foctngs end coatings moy be found on the reverse side of this pege ond ore generally ovoilo"b1e os stondor'd stock items. Unfoced Armoglas Insulation Board may be used on sur* feces os high cs 450 "F. Faced boards should not be ex* posed to temperatures above 250 *F. PHYSICAL PROPERTIES Armoglas Insulation Boord will not burn, corrode metals, absorb moisture, rot, sustain mold or vermin, break, settle, sag or decompose. Density, Ibs^cu. ft. 3, 4.2 and 6 Thermo! Conductivity, (Btu/hr sq ft (F/in) At 75* F Mcon Temperature 0,23 Friction Coefficient * .202 (overage) * Hare lAetol is .018 Jo .022 SPECIFICATION COMPLIANCE HH-1-542: Insufotion, Felt, Thermo!, Mineral Wool (far low temperatures). Type II - Semi-rigid (sheets). HM-LOCSSS: Insulation, Thermal (Mineral Fiber, for Ele vated Temperotures). HH*I*00559: Insulation, Thermal (Mineral Fiber, for Low Temperatures). HH* 1*562: Insulation, Thermo!, Mineral Wool, Block or Boord, ond Pipe Insulation (Molded), Type 1, Classes 1 & 2. HH-l-564: Forms I ond II, Class A - 4,2 end 6 lb, density. *HH-I*558a: Insulation, Thermal (Minerol Fiber), Form A, .Ciflct 3-2 ,t.6.Jiw <deasUy; Class 2 - 4_2 to 6 lb. density. ASTMC378.63T: Minerol Fiber Block, Type II. ASTM C392-63: Mineral Fiber Block, Type I. HH-l-558o supersedes HH-/.00558, HH-/-00559, HW-/-542 end HH-L562. ADVANTAGES STRUCTURALLY STRONG - The boards ere lough and resilient; they will not break with rough handling on tho job or in transit, mohing them virtually 100ft usable. EASY TO HANDLE - The flexible fibers produce a mate rial that Is easy to handle, and won't flake or crumble. UNAFFECTED BY MOJSTUtfE - In the event the boord becomes wet, it will dry rapidly with no effect. FO*M215 S/70 PfttNTEO iU USA .206247 DESCRIPTION Rtgidfle* Insulation is o farm of fiber gloss insulation providing ike rigidity o/ a heavy density product wlrfs rhe flexibility of lighter weight, blcnkeMype products. These exceptional properties result from on assembly of conven tions! fiber gloss insulation end various facings, Rigidflex, in 1 thsough ]) 2H thicknesses is furnished in rail form, 3' wide x 33*1'3' long. In the 2" and over thicknesses, the length of moteriol is limited to 16-2 3' in a roll. Depending upon the facing used, cs listed on the other side of this poge, oil of the components of Rigidflex Insu lation, including the adhesive, are UL rated ond do not exceed 25 Flame Spread, or 50 for Smoke Developed, USES Rigidflex insulation can be used an cold ond heated pipes, ducts, and equipment from subzero to 450 *F. Because of its unique characteristics ond physical form, it is ideally suited far use on all cylindrical shopes ond eon be used on flat surfaces as well. Typical applies* tions include cylindrical high pressure duet systems, large piping of any size, breechings, flanged fittings, roaf drains ond hubs, traced piping end hat water tanks. In addition to facilitating application, Rigidflex, since it fits any size cylinder, obviates the need for stocking many large odd sized pieces of pipe covering. PHYSICAL PROPERTIES Temperature Use Limits Density lbs 'cu ft Avg, Compressive Strength, Ifes/sq in ct 25*5 Compression Thermo! Conductivity, Btu'hr sq ft (F/in) 70 * F Mean Temperature 90 *F Man Tempcroture 450* F 3.25 5.5 0.23 0.29 ADVANTAGES GOOD COMPRESSIVE STRENGTH - Superior to other forms of fiber glass insulation of equal and higher densities. EASY TO APPLY - One piece. Only o knife needed la Cut most intricate shapes. MINIMIZES STOCKING PROBLEMS - Fits ell surfaces. Flexibility permits close fit to all size pipe, duct, and equipment, regardless of shape or contour. PERMANENT, INORGANIC, FIRE SAFE - Glass fiber construction will no) deteriorate. UL rated components comply with most stringent building codes. ps?'N"E5 y.s.x. 206243 DESCRIPTION Rigldflear-600 Insulation is o form of (iter gloss insolelion providing {he rigidity of a heavy density product with the flexibility of lighter weight, blanket**ype prod* uets. These except Icnol properties result from an esse*, fciy of conventional fiber gloss insulation end vo/ious facings. R}gidf!ex-dO0 Is furnished in roll form 3' wide x 33*1/3' fang in \ 'and f-f/2" thidcnesses; Ur2'3'l**g in 2" on6 ever thicknesses. Depending upon the feeing used, os listed on the other side of this page, all of the components of Rigid!!*-600 insulation, including the odhesive, ore UL rated od do not exceed 25 Flam Spread, or 50 for Smoke Developed. USES Rigidflex-600 [nsuloticn can be used on cold end heated pipes, ducts, and equipment (torn subzero to 600 *F. Because of its unique characteristics and physical form, it Is Ideally soiled for use on all cylindrical shapes and can be used on flat surfaces os well. Typical cpplica* tions include cylindrical high pressure duct systems, large piping of any size, breechings, Hanged fittings, roof drains and hubs, traced piping and hot water tanks. In additing to facilitating application, RlgidHex, since it fits any six cylinder, ebviotes the need for stocking many forge odd sized pieces of pipe covering. PHYSICAL PROPERTIES Temperature Use Limits Density ffes/cu ft ovg. Thermal Conductivity, Biu/hr sqft (P/in) 150 *F Mon Temperature 300eF Mean Temperature 60Q*F 125 0.32 0,43 * TH o:v* given h** ere e*'e$* e!u of *utrj*< ' C^e* <! AC eni S eUist tar as>* ere-'fl' *>{*- wK< ADVANTAGES GOOD -CQMPP.ESSiVE ST-REUGTJ4 - .Superior -to *sber forms of fiber glass insulation of equal end higher densities. ' EASY TO APPLY - One piece. Only o knife needed ta cut most Intricate shapes. MINIMIZES STOCKING PROBLEMS - Fits ell surfaces. Flexibility permits close fit to ell size pipe, duet, and equipment, regardless of shape or contour. PERMANENT, (^ORGANIC, FIRE SAFE - Gloss fiber construction will not deteriorate, UL reied components comply with most stringent building codes. FORM 24? 2/75 PRINTED IN U.S.A. 20&2S1 ARMATEMP BLANKET INSULATION Bzscnmm Armotemp Blanket Insvlotlon consists of flexible blankets manufactured by felting high temperature, moisture resist* cn}, spun mineral wool fibers in large Hot sheets between different styles of metal fabrics. The soft fibers cf each blanket interlock with the edges of the one next to it forming a quickly opplied, continuous blanket of Insulation without crocks or joints. Since this materiel Is flexible, it con bo applied to equipment with urY9ti or irregular surfaces without crocking. If equipment does not hove e metal casing ond a cement finish is de sired o blanket which has expanded metal loth on one side and wire mesh n the other mokes a good surface for ad hering cement. Armatemp Blanket is available with the fallowing standard style fabrics: l"Wire Mesh both sides 1* Wire Mesh and Stucco Loth l"Wire Mesh ond Expended Mctol Loth 1" Wire Mesh ond 3/8" Rib Lath turned in Stucco Loth both sides Expanded Metal Loth both sides Stucco Loth one side. Expended Metal Loth other side Stuoco -Loth *sad .3/8 *i&b J_o.th .(rib turned in) Stucco Loth and 3/8" Rib Lath (rib turned out) Stucco Loth end 3/4* Rib Lath (rib turned In) Stucco Loth and 3/4* Rib Loth (rib turned out) 3/8' Rib Loth both sides ,12 Mesh Fly Screen Wire both sides 3/8" Rib Loth turned In ond 3/4" Rib Loth turned out Special Facings available upon request Armctemp Blanket is supplied 24" wide by either 48" or 96* long, in thicknesses from 1 * to 8* (In H" increments). USES Armotemp Mineral Wool Blanket is designed for inswloljng surfaces such os tanks, towers, vessels, turbines, ovens, breechings, boilers, etc. Effeclive up to 1^0* F, 8 is unexcelled for its Insulating efficiency and economy. 2C7 3/70 FSiNTED tN U.S.A, PHYSICAL PROPERTIES Density, lbs. per eu. ft. Thermal Conductivity (Btu/hf sq ft (F/in) At 200 *F Mean Temperature 400 "F Mean Temperotore 600 *F Mean Temperature 0.34 0.50 0.70 SPECIFICATI0H CWUARCE Federal Specification Mi4i*ory bpec-IKcrtie* ASTM Specifies*ion HH-1-5580, Form C, Class II MIL-1*2818A C592-66T, Class II ADVANTAGES VERSA71U7Y - The numerous styles of blonfce? permit many different applications with wide variety of finishes. INHEREHT 5TRENGTW - The spun mineral waoS fibers are removed from the production line in roll form ond the metal mesh applied without disturbing the natural inter locking of the fibers. OUTSTANDING STABILITY - Materiel will resist the action of moisture or corrosive fumes; will withstand nor mal vibration ond retoin efficiency without brooking down. AG *< /! 206253 LANCASTER, nSKKSYLVANtA. y.S.A. DESCRIPTION Armotomp Block is a mineral wool predict composed of high temperature spun mineral fibers and an inorganic binder. It is manufactured by a special process designed to interlock the long fibers to form a rigid, strong, resili* ent block. As a result, it is light end easily workoble with outstanding insulating qualities. Stobility under severe temperature conditions is assured, and due to their composition, the fibers ore unaffected by exposure to mols* lure ond heat, Since theissoe blocks are water repellent, they provide a surface thot gives muc`h greater coverage ond' trowe'lab' le a--d--h--e--s--io- fnor finishing cements. Asmctemp Block is available in the following standard sices end thicknesses* Length - 18" ond 36" Width -6", 12". 18" and 24' Thick**** .-I * *0-$"'fin 5a * ncrm&oli) USES Armatemp Block moy be used for rnsvfoitng heated surface* on steam boilers, ovens, kilns, furnaces, refinery towers, etc. It is designed for temperature ranges up to 1800* F. SPECIFICATION COMPLIANCE Federal Specificotion HH-l-564; HH.I-558c, Form A, Class 5 ASTM Specification G392-6 3, Type 3 X^onunotciol-SJandord C$117 PHYSICAL PROPERTIES Density, lbs. per eu. ft. Thermal Conductivity fBtu/hr sq ft (F/in) At 200F Mean Temperature 600* F Mean Temperature 1200* F Mean Temperature Flexural Strength, lbs. per sq, in. Moisture Absorption rtsvros 2.70 PANTED tN U.S.A. 15 to 18 0.35 0.51 0.90 40 nil ADVANTAGES NEGLIGIBLE BREAKAGE - Armatemp Block is stronger because of the long mineral fibers and unique construction, READILY APPLIED - Easily cut with a knife. Conform* to curvatures and projections without crocking. NON*CORROSIVE, MOISTURE RESISTANT - Offer* excel Ient resistance to moisture ond destructive chemical*. Will not contribute to the corrosion of metal surfaces. 20f*25q LANCASTER, PENNSYLVANIA. ILS.A. CALCIUM SILICATE INSULATION DESCRIPTION LK Calcium Silica* Insulation i$ a light weight, molded, hydrous material manufactured by reacting a blend of spedal Inorganic ingredients, reinforced with selected long fibers under suitable conditions ! heat and woter- LK In. solution is chemically converted under carefully controlled conditions into o strong, herd material. 7fcs product is made in half sectional and regular segmen tal shopes, os well os block form, thus eliminating the need So stock a variety of different types of insulation. Pipe sizes correspond to standard iron pipe and copper tubing. SIZES AND THICKNESSES: LK Pipe Insulation (36" lengths) Iron Pipe (IPS) - U"f33* Copper Tubing (CT) Thicknesses )V to 6-1/3" r, 2", 2'z 3", 4" l 5" {depending on pipe size) LK Block Insulation (18"and 36" lengths) Widths - 3 ", 6 ", 9 ', and 12" Thicknesses -- JJC. .Pipe Sn-t-uinriop .Ja <c.Meiab!* .pious or wizb jacketing Mtertals as described on the reverse side. UC flloek Insulation is available in regular rectangular form in ony of the dimensions indicated above ond also factory scored to fit any contour, as required. SPECIFICATION COMPLIANCE LK Pipe Insulation Federal SpecifIcation HHI-S23cr Type f! UilUary Specification MIL*1-278 ID, Grade I, Class b; Grade II, Class d; Grade 111, Class o. Type ( ASTM Specification 533 LK Block Insulation Federal Specification HB-I*523e, Type I Military Specification MIL-f*2819, Class I & 2 ASTM Specification C533 FO*M26 3/70 PftlNTEO IN U.S.A, USES The low thermal conductivity of this product mokes H ideal high temperature insulation for piping, duets ond equipment. LK Insulation is designed for temperatures up to 12G0*F. PHYSICAL PROPERTIES Density, Ibs.'cu, ft. (Avg) Temperature Limit, F Thermal Conductivity {Stu/hr sq ft tF''in) At 300 *F Mean Tampercture 500 "F Meon Temperature .FJasutaI .Strength, in- Compressive Strength (ct 5?e deformation) psi Linear Shrinkage after 24 hr. soaking heat At 1200 PF, % Max. 12.0 1200 0.41 0.51 JS 90. 100 1,8 ADVANTAGES FXCePT/OWAL STRENGTH AND BASE Of HANDLING LK Insulation is tough and resilient, thus it ships ond handles on the fob without cracking. CHEMICALLY STABLE - This material is completely inorganic ond will not rot or burn, it is non-flommable ond may be specified advantageously for use in the presence of inflammable gases and liquids, NOT DAMAGED SY WATER - LK Insulation can be soaked in water without damage. After drying, thermal conductivity is as good as before soaking. It is suited far outdoor and underground applications. 206255 t\ DESCRIPTION Armeglos Flexible Duel Insulation is ovoifoble in two forms: (I) TF Flexible Duct -- a long, continuous text!) type fiber, chopped 2 to 4 inches long ond firmly bonded in random orientation with a thermo*setting phenolic resin. This product *s designed for Superior strength ond rest Si*eney. |2) SF Flexible Duct ~ o fine glass fber bonded ffth o thrmo.set?ing phenolic resin. These extremely fine diameter fibers provide for c maximum number of cir spaces in each pound of insulation. The unique combination of flexibility, light height, high insulating efficiency end moisture resistonce makes this proouct e fnghfy cfesircbfe off-purpose tfucf rnsufafron. Densities range from 1 '2 lb. to 3 lbs. per cubic foot. This insulation >s manufactured in widths of 2d, 36, 43 and 72 inches ond lengths of 50, 100 or 200 feet, depending on thickness end density. It is avoiloble in thicknesses of 1 ;2, 3/4, ), 1-1/2 ond 2 inches. Although this information represents standard sices in roll form, other dimensions ore ovaiicble upon request. A variety of facings is also available. (See other side of this sheet). PHYSICAL PROPERTIES OSES This product is high}/ efftciw /he/ovtS (mulcting bion ic? of inorganic gloss fibers which offers versatility, ecorw my end flexibility os an exterior insulation for a variety of ducts operating up to 450* F. It is especially designed to insulate exteriors of both round ond rectangular hot ond cold oir ducts. SPECIFICATION COMPLIANCE HH* 1-542- Insulation Felt, Thermo), Minerol Wool (for low temperatures). Type l - Flexible (rolls and sheets); Type II - Semi-rigid. * HK-l*558o: Insulation Blankets, Thermal, {Mineral Fiber industrial Type). Form S, Type f, Classes 6 S T ASTM C553-70; Type I, Classes B*2 thru S-5. MIL-W2023C: Type I and II, Classes 2, 3, 4 ond 5. Moritime Specification 32-WA-3C: Insulation Felt, Thermal Fibrous Gloss. Closses 1 through 4. U.S. Coast Guard Specification for Incombustible Materials for Merchant Vessels: Subpart 164.009/75/0, 0,6 lbs. per cubic foot, Special Armaglos TF only. HH-l*558o supersedes KKf-S42. 8 SB IBS ISO 209 JM MEAN TEMPERATURE*F FORM 2t tO 72 PRINTED tN U.S,A. ADVANTAGES EASE OF APPLICATION - Simple fastening, such os staples ond adhesives, speeds application and reduces overall applied costs, S04 MOfSTURE ABSORPTION - Resists water or moisture permanently without chemicol breakdown. 206257 -J -1 1 ARMAGLAS STANDARD DUCT INSULATION + **** s I DESCR2PT108 Armoglos Stonderd Duct Insulation is a lightweight fine fib glass bJcftXel supplied with cay one of a variety of fcd&y applied vapor barriers an one side. {See available types below.) It has excellent resiliency and readily con forms To uneven or irregular surfaces. The vopar Sorrier facings ore furnished with o 2* tab along one edge *o over lap the adjacent section of insulation providing a continu ous vapor barrier. This materiel Is manufactured in 43* wide rolls in 1, l1} Cad 2 inch thicknesses. Roll lengths ore 100'for ) *, 75' for 1';*, and 50' fee 2" fhrckneJier. AM robs ere fw'e/shed in paper wrapped packages with ends sealed, VAPOR BARRIER SELECTION GUIDE TYRE FACING OeSCPfPTiON Reinforced Kraft Double layer Weft laminate, rein forced, puncture resi stent, low cost. u FeTliScfim-'KrciJ! foil-lwtttt combination with gloss {light duty) reinforcing scrim between. Tough and durable. m Aluminum Foil .002* thick Outstanding vapor barrier, light reflective. Foil laminated to in* sulation with fire-retardant adhe sive. tv FeiUSerlm-Kraf Composed of aluminum foil, gloss reinforcing and krafi paper. Fac ing lamination end focing-to-blcrnket band mode with fire-re!ordant adhesive. .004 Vinyl Film Grey or White Tough flexible vinyl film voper barrier. Aluminum pigmented plastic vinyl film .C04 " thick. FORK 2iS tO 72 Pf)(t4TC IM U.S. *. USES A'-wogJos S>cndc/d Duct Insulation is cn efficient, easy to opply insulation, for use on ah conditioning ducts of all kinds. Due to its excellent resiliency, it readily conforms to uneven or irregular surfaces. PHYSICAL PROPERTIES Thermal Conductivity, Btu hr sq ft {F in} At 75 ** F Moon Temperoture 0.28 Permeability, Fire Ratings ond Density of Facings TYPF rir * tjn(V RFFStt RATING DENSITY 1 Combustible 0.05 IE Combustible 0.05 Mi Flome Spread 15-20 0.01 IV Flame Spread 25 <1.01 V 'Flame "Spread '25 1.30 UL Standard 723 fASTM W 0.75 0.75 0,75 WO 0.75 SPECIFICATION COMPLIANCE Military Spec. MIL* 22023C, Class 2, Types II, III, IV Class 3. Type IV ADVANTAGES EASE OF APPLICATION - Factory applied facings with tab provided facilitate application. VARIETY OF FACINGS - A choice of facings provides economy in using only that quality needed for the particular job requirements. 20*250 LANCASTCR. PENNSYLVANIA. U.S-A. DESCRIPTOR Armaglcs Flexible Duct Liners ore available in two forms: fl) TF Duet Liner - o long continuous textile type fiber, chopped 2 to 4 inches long end firmly bonded in random orientalion with a thermo*setting phenolic resin. This product Is designs' for superior strength ond resiliency. (2) SF Duct Ltner - a fine glass fiber bonded with o thermo-setting phenolic restn. These extremely fine diometer fibers provide for o maximum number of oir spaces tn each pound of insulation. Both products are coated with flame-resistant neoprene and combine versatility, economic thermal efficiency and supe rior sound cbsorptton for the duct insulation market. As duct liners they possess the highly desirable qualities of lower resistance to 3r flew. Compared to other insylotions, greater thermo! effectiveness con be gained with equal thickness of these commodities. Lobor costs ore reduced since no expensive, time consuming application methods are required. Arraogfes Dcref LMerf may be otfhersil to sheet rsetel feefore the ducts ore formed. The sheet metal, with liner adhered,con then be formed with the liner already in place. This material H manufactured in 36 and 4fi inch widths, end lengths of 50, 100 and ISO feet, depending on density, tt is available in H and 1 inch thicknesses and In den sities of 1)j, 2 and 3 lbs. per cubic foot. Although this information represents standard sires, other dimensions are available on request. USES Armoglas Flexible Duct Liners may be used on ducts operating up to 250 *P, ond at air flow velocities below 4,000 feet per minute. SPECIFICATION COMPLIANCE HH-L0O545: Jnsiriotvo/? Ftb, Thermal, Mimuef Fiber, DwtJ Lining Material. Type I, Closs A. HH* 1-542, Types 1 & 2: Insulation, Felt, Thermo!, Mineral Wool (for low temperatures). HH-!*558o: Insulation Blanket, Thermal (Mineral Fiber, Industrial Type). - HK./*S58a supersedes HH-J-542. PHYSICAL PROPERTIES Underwriters' Rating (UL Standard 723) Flame Spread Fuel Contributed Smoke Deve loped 25 20*40 20-40 (Meets requirements of NFPA 90A. NFPA compliance is --posted in c ceif'nuoirfi p,*hired strip cm the skin side of the insulation). FORM 2C2 3/70 PRINTED IN U.S.A. ADVANTAGES MOISTURE ABSORPTION - Both SF and TF will resist water or moisture permanently without chemical breakdown. SOUND ABSORPTION - These products offer a high degree of sound ond vibration absorption. THERMAL /NSULAT/QN - The high thermal insulating coefficients of SF ond TF Duct Liners give maximum pro tection. Refer to charts on reverse side. 2062GO ARMAGLAS a ULTRA DUCT LINER SESCBJFTiDJJ Ajmqgfos Ultra Duet Liner is a distinctive one piece fiber gloss duet liner with graduated density, providing a skin, smooth interlee surfoee. It is mode from tong continuous textile type gloss fibers firmly bonded to random orienfo* tion with o themesettlng phenolic resin. This product delivers the acoustic, air flow, end economic features of *mot faced* and "dual density* products, while retaining the trouble free performance of monolithic construction. % Available n roll form, wropped in SUalkaft paper, in thick* nesses of 3j", l"and l`a"; slob form, 2" thick in standard cardboard cartons; widths between 24* end 48*. SPECIFICATION COMPLIANCE HH-L321C: Type!, Closs A. HH. 1-542: Type Flexible. HH-LQ0545at Type !, Flexible, Plot. HH-l-00545: Type Class D. 'Hrt*l*558c: Form A, Class 1, and Form 3, Type I, Classes 6 and 7. MfL-t*22023C: Types f and it, dais 5. * NH-f"558q supersedes HH-f-542. AQYANTA 2ES MQNOUTMJC CONSTRUCTION - This unique feature prevents the possibility of the material itself separating. NO COATING - Eliminates o separate coeting which is subject to delsmination. EDGE TREATMENT - No necessity of specially treating the edge of this product. N.F.P.A. REQUIREMENT - Hos same flome spread as plain Artnogle* under Ut_ test which is 15-25 Home spreod, 25-35 fuel contributed, ond 0 5 smoke delivered, and is wU within the requirements of N.F.P.A. 90A end 90B. USES Armcglos Ultro Duct Liner is designed primarily for use os e lining for sheet metoi ducts providing both thermal end acoustical insulation, far temperatures os high as 4?5*F. PHYSICAL PROPERTIES Thermal Conductivity, Btu/hr sq ft (F/in) At 75 *F Mean Temperature 100* F Mean Temperature 150 *F Mean Temperature Acoi/tticul 'ftatheg tw. >* x- *H81 AMBtfltiefl t rmffUtftClet m mb IBM sens ,ie .S3 Al .id A6 .$4 69 ,93 .93 .68 0.23 0.25 0.29 K*C* tN 4S4C .75*43 (Riverbonk Acousticol Laboratories Tests -- Mounting M) Fire Roting - Meets N.F.P.A. 90A and 90S end has a Home spread classification of jess than 25, Moisture Absorption - Absorbs 1.13% moisture by weight when exposed 72 hours to moisture laden ah at 120* P and 96% humidity. Erosion Resistance - No sign of erosion in velocities up to 10,000 ft, per minute. Design velocity of 4,000 ft. per minute under UL 181 is recommended. rOKtt2& *73 PRINTED IN U.S.A. r, 206262 I* LANCASTER, PENNSYLVANIA, U.S.A.  *v DESCRIPTION' Armaflex Insulation Tape is made of the same high-quality elastomeric thermal insulation material that is used for Armaflex Pipe Insulation. The tape is supplied in convenient strip form. %*' thick. 2" wide, and 30'long. Armaflex Tape provides a fast easy method ofinsulating pipes .And Jhikags. ii is used to .prevent condensation dripping from domes tic cold water, refrigeration, chilled water, and other cold piping and fittings and to save heat when ap plied to heated lines that will op erate to ISO F. Armafle* Tape may be used in con junction with Armaflex Pipe and Sheet Insulation. Its greatest advan tage, however, is the ease with w hich tl can be used to insulate short lengths of pipe and fittings in con gested or hard-to-reach areas. Armaflex Tape offers the same highquality characteristics that have made Armaflex products the best accepted flexible insulations. 2062(53 ADVANTAGES Attractive appliance--clean, non stick). smooth, black surface gives insulated lines neat, workmanlike appearance. On outdoor installa tions. excellent protection is pro vided by Armstrong Armaflex'Finish, a vinyl lacquer-type coat ing. Indoors. Armaflex Tape requires no finish, but for a decorative or protective coating. Armaflex Finish is recommended. Closed-cel! structure-*seals out air and moisture without need for ad ditional sapor barrier. Ecu* "k"--excellent insulating prop- erfies retard heat flow, keeping cold lines cold and hot lines hot. Ozone resistance--special composi tion makes tape resist cracking from ozone. Scifa.xtingin'sh/ng--when flame is removed, burning stops. Convenient and easy to use--paper is easilyTcmusyd,"iTpe*rTfrps-e*sHy and quickly, sticks in place firmly. No bands, wires, or additional ad hesive needed. Tape is applied in multiple wraps to meet various serv ice requirements. See reverse side for complete application details. Average properties of Armstrong Armaflex* Insulation Tape Thermal conductivity, Stu/hr sq ft (f deg/in.) 70 F mean ternperatyr* . ....................................................... 90 F mean temperature . ............................. -.................. Upper tampefeture use limit, deg F................................................ Water vapor permeability, pemvln................................................... Water absorption, 28-day immersion, % by vof.................................................... Ozone resistance.....................................................,.................. Fite rail"?. ftSTM 01692-06..............- ...................... .................... 0.27 0-176 up to ISO 0-1 less itxn 4 good S 1.9 in., 67 sec sell-extinguishing by this test >.* rr rrr -4:rr"CTran ARMATEMP No. 166 CEMENT DESCRIPTION Armetemp Ns. 166 Cement is a thermally efficient plaslie insolation produced from high ?emperoture*r#sisSing spun wool fibers combined with high $rcde long fiber asbestos and a colloidal clay. Its exceptional plasticity and edsiveness makes it adaptable for use on all types of sur faces of heated equipment, including many irregular surfaces where the application of other insulation would he almost impossible. In addition to Its ncturol noncorrosiv# properties, Armotemp No. 166 Cement also contains o rust inhibitor. Thus, when properly qaplied to oo iron or steel surfoce, it will not cause or accelerate corrosion. This resistance to corro sive action is applicable whether the cement dries out immediately on a hot surface or air dries. USES A/moremp No. 166 Cement is effective up to 1800 *F. I* maybe applied os leveling material over insulating blocks, blankets, etc., os complete msulotbn on irregular surToces, as patching or repair material, or *fer general -itrsv* feting work. SPECIFICATION COMPLIANCE Federal Specification Military Specification ASTM Specification SS-C-160, Type 3, Grade U MIL-C-286IC C-195 PHYSICAL PROPERTIES Density, lbs. per cu. fj, (dry) 23 Coverage, sq. ft. pee 100 lbs. (1" thick) (dry) * 50 Linear Shrinkage (after heating to 1800* F,), % 3 Fire Resistance Incombustible Adhesion ts steel, psi 9 Thermal Conductivity (Btu/hr jq ft (F/in) At 200* F Mean Temperature 0,58 400 "F Mean Temperature 0,70 600*F Mean Temperature 0,80 * Shipped In 50 lb. mulri-wa/l iroff bags ADVANTAGES EASY TO APPLY -- This means much less time out of service and a quicker, more thorough insulating lob. It dees net "roll up" behind the trowel or "slide off" the surface. Simply add water according to directions and mix to o troweloble consistency. eovo* vs :**: pkjntso u;-;.s.a. 206265 ARMATEMP No. 10 CEMENT TM* . ig / r ijfesiSfe DESCRIPTION Armotemp No. 10 Cement i o dry mixture of high tempeic* ture-totisting ipun minerof wool fiber, o hydraulic-setting binder ami other ingredients, none of which 15 asbestos, Mixed with water, it can be troweled on any surface with e minimum effort. It sets quickly to form a smooth, white glazed surface. After drying, it mey be painted without further 1teotmrrt. Because so many feotures have been "built" into Armotemp No. 10 Cement, pointing, seeling, insulating and finished surface are all accomplished with one coal. When applied outdoors, it *// withstand o drenching tain, s>Wf or snow within two hours after application. This moans no extra expense for tarpaulin coverings or deloys for drying. .'For permanent weather application, additional protection is necessary (weatherproofing may be opplied directly to the cement). Although this cement requires no finishing treatment when applied indoors,the dried surfoce may be pointed if desired with orv oil*bose paint end additional coals of water-base points may be applied successively. ARMATEMP. CEMCMTJVB.tf * innjdBd * ' V" yacf. PHYSICAL PROPERTIES Density, lbs. per cu. ft. (dry) 3d Coverage, sq. ft- per 100 lbs. U" thick) * 35 Thermal Conductivity (Btu,')!? sq ft (f''in) At 200 "F Meon Temperature 0.70 d0Q"F Mean Tempercty? 0.81 600 rF Mean Temperature 0.96 Volumetric end Linear Shrinkage Negligible Fire Resistance Incombustible * Shipped m 50 ft. mu/fi*.wa/f bolt bags Armatemp No. 10 Cement may be used as o finishing ce ment over blocks, metal lath surfaces of blankets, pipe covering, other Insulating cements, etc. Used alone it good Insulation value over fittings, valves and irregular surface* carrying temperatures of up to 1000*F. SPECIFICATION COMPLIANCE Military Specification ASTM Specification ' Federal Specification M1L-C-29D6A, Type II C-449-64 SS-C-160, Type III, Grade F ADVANTAGES ONE COAT IS ENOUGH - insulating -- protecting -- finishing - all three jobs done in one quick and easy oppiittion. N may be epfdred up to ) inch in thickness depending on insulation value required. WIDE VARIETY OF APPLICATIONS - This product hos many varied applications in the heat-control operation* of today's industries. i \ 206266 FOR: DESCRIPTOR Ar/nstemp Spun Loos* Woof consists of long.fiber mineral wool collected os it comes from the liber.taming process end pocked without regor'd to tarn or dimension. Aftsoteop Spu* Crcnufaled Woof consists of long-fiber mineral wool, collected, nodulated and rolled into granules approximately H to Y/2 inches in diameter. USES Loose Woof-- is designed for genera! use os a hand-packed fill insulation lor spaces of irregular shope, dimension and contour, ft mey also fee used under metal jackets around vessels with many pipe connections, around underground steam end heated pipe lines inside rile conduit, and as expansion joint filler in heated refractory wells - such as those of feriefc 4fns. ft is suited for heated surface* up to 1230*F and with suitable vapor barrier, for oil low temper-, oture service to -350 * F. Gtaruihfod Wcof- is designed as a f?JJ fosviation hr pneu matic opplication using special blowing machines; also for pouring or hand application. Pneumatic application gives best and most uniform insulating value. Adaptable far camplate insvfetien of speees of irregular shops or con tour, or for application through narrow openings. Used on iocVeted vessels, stearrwtroced or multiple pipe lines in a common casing, and enclosures for valves, fittings and pumps. Granulated Wool eon be used in the same tempera ture range as Loos* Wool. OftAVOLATED wool LOOSE WOOL PHYSICAL PROPERTIES Density, lbs. per cu. ft. (maximum packed) Loose Wool (hand) Granulated Woof (fiend) Granulated Wool {pneumatic) 7 to 9 5 so ? 3 to 5 SPECIFICATION COMPLIANCE Federcl Specification Federal Specification Commercial Standord Commercial Standard (Loose) HH-I-52U, Type II (Granulated) HH*l*521c, Type III CS117, Loose Wool, Class D C$U7, Granulated Wool, Class D ADVANTAGES MOISTURE RESISTANT - Fibers not ettocked by water. NONCOMBt/STfSLE - Mineral fibers cannot bum. LIGHT WEIGHT - In addition to its resiliency, Armatemp Loose and Granulated Woo! is light in weight. FGVM222 J/7& i-KWTEJ IM u.S.A. 2062G? W'N . r-HHSVU<< jxcrsr.r sirorrs??octet** CORKBOARD INSULATION DESCRIPTION Corkboord Insulotion Is mode of carefully sized granules of pure cork, compressed and baked at very high tempera tures Into large blocks. In the baking process, the natural resins of the cork are released ond serve as an adhesive, firmly bonding the granules together. After the Targe, homogenous cork block is removed ham the mold. If is cut into various accurately sized pieces. Through its mony years of proven ond dependable service, Corkboord has become the recognized standard of compari son far all lew temperature insulating materials. Its low thermal conductivity, combined with its natural resistance to moisture end other desirable physical characteristics, makes it o most practical and efficient insulating material for every low temperature installation. The tough walls of the tiny cells, which moke up each cork granule, effectively seal moisture out of the materiel. Also, because of the unique ceJJulor structure of cork, voter cannot be drown through by capillary action. Corkboord Insulation is manufactured in sizes 12' * 36", *TS* xTST". on3*23' x'36"*. 'Thicknesses of this product are X 1ft, 2, 3 end 4 inches. This materiel is generally shipped in cartons containing 72 board feet except for 18* x 36* which is pocked 64 beard feet to e carton. PHYSICAL PROPERTIES Temperotore Use Range, *F -300 F to 200* F Density, lbs/co. f*- 6 to 8 Coefficient of Exponsion, in./eF .00005 Thermal Conductivity, Btv*ln./ft. -hr.-^F At -30 F Mean Temperature 0,23 0*F Wean Temperature 0.24 30F Mean Temperature 0.25 60 F Mean Temperature 90"F Mean Temperature 0.26 0.27 Fite Resistance Rating Fire Retordont SPECIFICATION COMPLIANCE This material equals or exceeds Federal Specification NH-1-525 for Corkboord Insulotion. USES Corkboord Insulation is ideal for use in all low temperature rooms. It con olso be used far low temperature equipment, tanks end vessels. ADVANTAGES ~STKUCrVRALLY STRONG - The Structural strength of Corkboord Is excellent. Solid wails of this material can be eroded to a height of 14 feet without being held in place by supporting construction, ft will not buckle or swell, shrink or warp. LIGHT IN W&GHT - The weight of Corkboord Insulation averages from 0.55 to 0.6S lbs, par board foot, it is easily ond quickly handled ond erected in any kind of low tem perature construction. DECAY RESISTANT - Corkboord has outstanding resist ance to decay, mold, or other structural changes. WILL NOT SETTLE - This rigid material will not settle and pack down, even under the most severe conditions of vibration. It stays permanently in ploce, leaving no empty spaces where heat and moisture can penetrate. FO*w:i 3,10 PRiWTl-j 2062GR rX r U.S.A* c description Flexible Fiber-Class Air Duct consists of e spiral-wound wire covered wish one inch of ftbergloss insulation encosed in a quality 5-mil thick vapor barrier jacket. This jacket ;s highly scuff-resiston* and makes a very atteocHve appearance. The interior surface of the duct is coated with c special fire-resistant flexible coating to prevent fiber erosion. This flexible duct unit combines built-in thermal end acoustical properties. One of the unique feature* of this product Is the extreme flexibility which allows it to be flexed up to 113* without damage. The mole end of e section of Fiber-Glass Air Duel has a standard galvanized sheet metal sleeve oftoched to the duct. The female end 5* enccpsuled in vinyl film to pro tect the receiving end. Connectors ore standard sizes to fit ell standard metal fittings. Sections of this material ore supplied in 7 foot lengths in the Ml*** ?*# *'> $\ *"7", 8", 9", 10", 12", 14", 2$* and IB* inside diameters. USES Flexible Fiber-Glass Air Duct con be used for heating and orr conditioning systems in residential, commercial end industrial buildings. The recommended moximgm eh tem perature s 250*F. Consult your local AC and $ office for specielty explications. PHYSICAL PROPERTIES Meet Tronsmistion Ceeff: U factor $ 75* F mean .23 Sound Absorption fat 2500 CPS) Straight Section - decrbel* per foot 3 With 45* bend - decibels per foot 5 Temperature Use Limit, *F 250 Velocities and Pressures Recommended maximum velocity (ft* per min.) 2400 Recommended maximum pressure (water, in,) 1l2 Underwriters1 Rating (UL Standard 723} Outside Inside Dinm. Diem, Fhjrrre Spread Fuel Contributed Smoke Developed 25 25 5 10 40 15 ADVANTAGES EASY TO INSTALL - Minimum skill required to moke installation; no tools, bolts, screws or fasteners needed, resulting In great saving of time. ECONOMICAL - Costs less then insulated metal duct* LIGHT WEIGHT - Seven foot section weighs only about four pounds. FLEXIBLE - Elbows are eliminated due to flexibility; sections ore easily connected ond toped. FOXHZt* . PRINTED *W U.. *'-8K. 206269 L>;iCA:eS. ~Ll T.i'LVAN<-. J.*' MACHINERY ISOLATION CORK DESCRIPTION Machinery Isolation Cork is a resilient board composed of pore cork granules, baked end compressed under pressure without a foreign binder. They ore strong and durable. The structure of these boards is formed by thousands of minute air cells making a cushion which never loses its elasticity. Unlike felt, rubber or other materials, Machin ery isolation Cork never hardens or sets if looded within Its proper limits. Even after years af service, its effici ency remains undimini shed. '4 It s resistant to sunlight, heat or cold, oil, voter end * ecids wholly encountered in i/>Ausi*iol application*. J> does net decay or rot end resists parasites end vegetation. USES This preduet is used to reduce noise and isolate vibration from o wide variety I mechinery involving bath now ond relocation installations. It con be used in connection with blowers, compressors, diesel engines, engine generators, lathes, hydraulic presses, etc. The1wivformity tmd the tenge of dmsitm ond tHiokrwsees m which this material is ovailoble permits its scientific application to all service conditions and to virtually cny type of machine. SPECIFICATION COMPLIANCE No government specification is applicable to this moteriaf. Density, lbs. per eu, ft. Standard Density 12 la 16 Heavy Density 16 to 20 Load Capacity, lbs. per sq. ft, Stondord Density 1500 to 4500 Hcovy Density 4500 to 8500 Standord 8oord Si20, inches (both densities) 12 * 36 Ssondord Beard Thickness, in-hes (bo>h densities) 1 to 4 ADVANTAGES LENGTHENS MACHfNE LIFE - This material prevents rapid depreciation and reduces maintenance casts. RESISTS WALKING - Resists ony tendency of machines to "walk" while In operation. QUIETER OPERATION - Machinery Isolation Cork in sures against a high degree of noise while lessening employee fatigue. .1 PSJNTES IU 206270 1 UANCASTE*. P KSYi. VANIA. U-5.A. DESCRIPTION The following products ore available lor interior decorating purposes: Corkfeork Type 7? Js made from thin sheets of corkberk of nature) color and texture, and lomineted To composition cork sheets. When applied to Hoi wall surfoces, it results m a rugged nature! poneIi red eppearence and produces c feeling of worm#*. Decorator Corkbocrt? is composed of fine, closely knit gren* vies of pure cork "welded" together end formed into 36" x 12" * }}* thick blocks. The individual blocks, after instal lation, produces seamless monolithic textured type of sur face, rich dark brown in ccfor. USES The natural beouty of both of these products ~on be utilized os dividers in reception areas, as ``accent' walls, on ceil* ings. etc., or generally to enhonce the oppeoronce of oil types -of +es*dea}ol .end .cnHimcircittf -building.** EAST IB INSTALL These products eon be cut easily and accurately with either c sharp knife or fine-tooth sow. They con be applied directly to any sound substrate Such as gypsum plaster, wall board, concrete block, etc., as follows: Corkbork Type 12 -- Use a good commercial grade of "contact-type* adhesive brushed on bath surfaces. Cover age - approximately 100 sq. ft. both sides per gallon. Decorator Corfebaord - Use o good commercial grade of board* cement ot the rate of about 30 sq. ft. per gallon, spotting the cement on the four comers and center of each board. C0*K8*ni< TYPE \z DCCOBATO* C0HK80ARO PACKAGING INFORMATION Corkbork_Type 12 Is packaged in cartons each containing 26 sq. ft. Individual pieces measure 12" x 12* x 1j" thick. Decorator Corkboo'tj is packaged in eertons each contain ing 144 $q, ft. Individual sheets measure 12* x 36" x 5i" thick. (Other thicknesses and sires are available on roquest.) FEATURES EASILY CLAHD - Tints,* .dc,cmolor Slams require little or no maintenance; however, when accessory, are cosily cleaned by conventional methods. AC0US7/CAL VALUE - In addition to their outstanding appearance, these products also possess good sound absorption properties. VOTE: Being of na/nrn! rntber than auntitfact//red origin, these cork products nil! mure dimensionally ubvn subject ted to e\cessiic dry or moist air and should therefore he conditioned at least 4S hours in the emirontneni in ubirb they are to be installed to minimize the effect of such wotement, in .addition, the Decorator Corkbvnrd possesses <> slight "bt/ked uooet' odor. Mhiic scldow lorad ol>?rcjfo#' able, there arc no inoun sealers to completely arrest this odor. 206271 rosx.. i TC IHTI> m U.3.A. ** J.Xt:C-S" E'. t LCs'rSVL ViNlA, U.S A. ( How to apply Armstrong Armaflex Insulations 206272 INDEX Pag* Armstrong Armaflox Products Applying Armails* oei Usw Piping 3 4.7 Applying Armaflex on Existing Piping 6-9 Fitting Covers 10-11 Too/s tor Making RJSnga 10 ASheaive 10 Riling Covers by Miter Tube 12-13 fitting Covers by Miter Box 14-15 Pipe Size Table 1 Pitting Covers by Sheet Template 1&-17 Sheet Template Chart 18 Fating Covers for large "Ella" 18-19 fitting Covers for Ranged Valves 20-31 Armaflex Sheet on Metal Duct Surfaces 22-23 Pipe Mange' locations and Application 24-25 Armafiex Tape Application 36-27 ArmaNsxTM Finish Application 26-2? Armstrong Oistrtcl Otfkes took cover CCY*'?n' <9T2.A"MVcns C4ik to*s#y,'----irir. ARMAFLEX PIPE INSULATION Annaflt* Pipeinsulation a ffexibie for fast, my applications. It can be slipped cn in tubular form before piping Is tn place, or stii and snapped over piping already instated. Pre-stii Armtfltx Is also available, with factory-applied Cry adhesive (AC/AmaMer, *44 pages 8-9) or without adhesive. ARMAFLEX SHget INSULATION A/matex Sheet is particularly adaptable to insulating ductwork. Urge pipes above S' 1PS> large tanka of all shapes, and Irregular vessels. Special templates are used (or accurate sluing of fitting covers (see pages 18*23 (or complete details). RIGID ARMAFLEX PIPE INSULATION Rigid Armaflex Is used at pipe hanger locations and other places where the Insulation must resist compression. See section on Rigid Armaflex on pages 24-23. ARMAFLEX INSULATION TAMs * ArmeTJe* Tape is used in conjunction with Armaflex Pipe and Sheet insula tion to insulate liftings and short lengths of pipe In cramped or hardto-reach areas. See pages 28-27 (or complete application details. ARMSTRONG 520 ADHESIVE S2fl Adhesive is used to seal eh seems end bull Joints of Armaflex Pipe and Sheet insulation. See pages ?0-1 \ for complete application Instruction*. Armstrong Armaflex Insulations are ideaf for such mechanical systems as plumbing, hot- waterheating, dual temperature, ak conditioning, end refrigeration. Pipe insulalion and sheet materials are available in both Standard and Fire-Ftuiardanl (FR) forms. The application Instructions are identical for both types. Armattox insulations are two-purpose materials. They stop condensation on cold lines operating at temperatures down to -<0 Fwhen used in recommended wall thicknesses. They save best on hoi lines operating at temperatures to 220 F. Haw well Armaflex does these jobs depends on how good a jobyou doof installing the insulation. By following the simple directions in this booklet, you can doa first-dess Armaflex InstaSetion job every time. JOB PREPARATION IS IMPORTANT Rule 1. Apply Armaflex Insulations only when tines are efeen, dry. and unheated. ARMAFLEX FiNlSH Armaflex Finish provides a flexible high-gioss protective finish over Armatiex Pipe end Sheet Insulation, Used outdoors Tor weather protection. Armaflex Finish can be brushed, sprayed, or roller-coated. See pages 28-27 (or application details. Rule 2. CO NOT COMPRESS Armaflex at joists, studs, columns, ducts, etc. This is important because any Insulation loses some of its Insulation value if i! Is compressed. On cold tines, condensation may occur where me insulation is compressed. Ruled. DO NOT CROWD Armaftox-covered lines. Space piping to allow tor free circulation of air. Air movement Is an extra safeguard against condensation on cold tines, especially in hot, humid weather. Rule 4. NEVER STRETCH ARMAFLEX. Always use the proper-size Armaflex for a particular-size pipe. Do not stretch it over the pipe. Use pieces ol Armaflex that are at least as long as rhe section of pipe to be insulated. Butt-end jomts can then be made without sketching the lengths of Armaflex, and more will be no straining of the surface and joints. 206274 3 The slip-on method 4 The sllp-on method is used when you can Insulate new piping before it goes up or white if* being installed. 1. M you doIs **> e pipe insulation over the pipe or copper tubing. The ID of Armattex Pipe Insulation is coaled with a powdered lubricant, making it easy to slip the insulation overthe pipe. (NOTE: Small amounts of powdered lubri cant may enter open ends of pipe or tubing. This dust must be kept out of refrigeration systems. Plug open ends before slipping on Armaflex Pipe Insulation.} 2. Since Armaflex tubing is flexible, it will follow bends in tubing and can be slipped right over bent tubing, 45 sweat ails, and CQupBnQs. 3. At sweat elts over 4$a, cut the Insulation, and butt against each side of the fitting. A fitting coverwill be installed later over these filings. (See pages UMi for more information.} 4. Use a length of Armaflex as long as or a trifle longer than the section o! piping to be covered. NEVER STRETCH ARMAFLEX. 5. Apply brush coating of 520 Adhesive to both butt ends to be joined, 6. When adhesive has dried until non-tacky fo the fooeft, press ends otAma^n (irmly together. < < ( 206275 206276 5 Sweat fitti ngs on new pipe t. Before tilting is soldered, push the Armafiex backon the tubing, and bold in place with clamps applied to the tubing. Remove damps efler fining has been soldered and has cooled. Note that sweat liftings are insulated with the same sie Armalfex as used on me tubing, NOTE: Apply clamps to tubing, no! to ArmaM. Insulate heavy bronze livings with fitting covers fabricated and applied as directed under screwed-typo Citings at right. The solvent In 520 Adhesive is flammable, so lake precautions during soldering, Always close me container tightly when not using: keep it away iron, heat or sparks. 2, Fabricate fitting cover from property miter-cut pieces. (Seepages 10-tS.) After adhesive has dried, carefully slit the fitting cover. 3. Snap fkting cover in piace over the fitting. 4, After the line has been tested, apply brush coaling of S2C Adhesiveto all joint surfaces, 5. When the adhesive has dried until non-fjeky to the touch, press joints firmly together. Screwed fittings on new pipe insulate screwed fittings with sleevetype fitting covers made up from Armattox Pipe insulation having an Inside diameter large enough toover lap the insulation on Ihe straight piping next to the fitting. See chart on page 14 for sleeving sizes, & ArmatTex Is slipped ever the fine and butted tightly against the fitting. 7. Fabricate fitting covers front mitereut pieces ofArmflex. Slit the com pleted cover, and snap it In position over the tilting. (Fitting cover should overlap the pipe insulation by at feast one inch.) 8, After the fine has been tested, complete the application by cementing the silt joint of the tiltlng coverwith 520 Adhesive. When adhesive has dried until non-taekyto the touch, press the Joint lirmty together. Also, cemenl the 1" overlap with 520 Adhesive by forcing ihe brush between the two surfaces. 20627? 206278 7 The snap-on method The snap-on method 1$ used when pipe or copper tubing ir insulated after i( has been Installed ana connected. You have three oplions tor such installations: unsllt tubular Armahe* p insolation; factory pre-slit Armament or AC/a'mafia*. a pre-slit tubing which has a factory-appfied adhesive on Its longitudinal seams and butt ends, JnstanaHon is as fcffows: 1. Witfs unsfit tubular A/maflex Pipe Insula tion. uo a sharp knits to sfct the AmaRox lengthwise on oneside. 2. Snap the insulation ova/ the pipe. This slop is the same to/ all three options. 3. Except torAC/AtmaRea, brush-coat slit surfaces with Armstrong S20 Adhesive. Push the insulation down over pipe to hold sdhewrt-deatadsurfaces epetlwhile the adhesive dries. . Allow the adhesive Rims to air-dry until dry to touch but tacky under slight pressure before joining surfaces. Teat with back of fingernails as shown, 5. if the insulation should become stuck lo the pfpe after applying adhesive, break the Insulation loose by running a finger down the pipe as shown In she illustration. 6. When the adhesive has air-dried, apply moderate pressure to entire joint to assure a t<ght. vaperproot bond. ?. With AC/Armaflex, wet the adhesive Mm with Armstrong Activator. Detailed Instruc tions ere supplied In each carton of AC/Armailex and also printed on the Activator container label. Test for tackiness as in Step A, then apply pressure to seams as in Step 6. 8. Jn double-layer work when using the snap-on method, apply Armaflex with side and end joints staggered whore possible. Fitting covers on existing pipe Sotfi sweat-type and screw-type fitting covers for the snap-on Armafiox method are Installed in the same procedure as explained on pages 10*15, 206279 Fitting covers Read thesection al fight entitled "^Sh5Joints" before starling work. Ui* unsiit Armaflex when making up covers f fittings. ***** up a group of covers at we J/mc instead of cutting and assembling each cnc asyou come 1o it Generator beth sweatand screwed fit^ngsare Rsde up exactly the same way. When larger sizes of Armatlex Pipe tftsulatioa are shipped with cardboard tubes inside, leave the tubes in when mating your miter cuts. They deep the coveringround, and cuts are more accurate. nt*a? firings. use the same* alas Armatlexter eovers that you use insulate thetubing. On screwed fittings, make up fitting covers from Armatie* with an Inside diameter large enough to overlap the rnsuia&on on the pipe next to the fitting. Make the fitting cover long enough to overlap pipe insulation by a minimum of one inch on each side. (See sleeving sizes on page 14.} On targe-size weld pipes (3* IPS and above) and screwed Iron pipes la, 2V&*. and 3'. fitting covers can be fabricated from Armaflex Sheet Insula tion. Sheets can be evt easily and accurately, using a sharp knife and a template. See page 16 for template sizeand pattern number. Tools for making fitting covers 1. Miter Tubes Armstrong Armatlex Miter Tubes are the fast method for fabricating liftings tor the most commonly used copper tubing sizes. Theyare easy to useand make 45 end 90* efdows. fees, and cross fittings a snap todo. 2. Miter Sox A sturdy miter box and a knife with serrated edges can do most large-size pipe fallings up to 5" IPS, The miter bex can also bt used on smaller size pipe fittings as an alternate to the miter tubes. 3. Shoot Templates For screwed iron pipe fallings 2", ZVt and 3" IPS and for long radius weld iron pipe fittings 3` IPS to 10" IPS. use an Armstrong Armaftex Sheet Tem plate, These sheet templates take all the guesswork out of insulating 45* eD. SO* ell, and tee liftings. Available at any Armstrong office, each tem plate set comas wilh complete applica tion Instructions. (Seepages 16-17 for details.) Tight joints mean a troutJu-free job Use Armstrong $20 Adhesive only. This vapor-berrier adhesive has been developed for use with ArmeHex in sulations, and If you use it properly, you'll get a joint that wit! stay tight. 4. Agitate $20 Adhesive before using, and apply only to clean, dry, olNree surfaces. Apply at air temperatures above 40 f. Open time of more than 29 minutes must be avoided. 5, Forbest results, ihe adhesive should be brush-applied in a tMn, uniform coat to both surfaces. Do not Install Armaflex with S20 Adhesive on hot pipes. , Allow the adhesive fo dry until dry to the touch but tacky under slight pressure before joining surfaces. 7. 520 Adhesive bonds Instantly cn contacl, so pieces must be positioned accurately. Press joints together firmly, making sure that you get a bond ail the way through thejoint nol jus? at the outer edges. NOT6; When hot tines rather than cold lines are involved, allow a minimum of 36 hours before circulating hot water Into insulated tines having adhesivebonded slit seams. 206281 o 206282 U How to ysR Armstrong Armaftex mitertubes 1. Select the tube that most closeiy tits the size of Armaftex to oe fabricated. See labels on each Individual tube. 2. Use a sharp knife to make clean, accurate cuts. 3. Start fabrication of fitting cover by pulling Armaffex Pipe insulation through the miter tuba far enough that the titling legs will be of ecus! length, (See infrac tions that follow,) 4. Adhere all joints with 520 Adhesive. $. To make up a 45s elbow, puli Armafisx ir-cough trie 22V** j-jincnC of the miter lube so that A-l equals A*2 (Figure tj, Cut along B and at center slot C. Cement the two equal pans together {Figure 2). 6. To make up a 90* elbow fitting cover, pull Armaflex through tube so that dimen sion A-3 equals A-4 (Figure 3). Cut along line 0 and at slot C. Cement the two equal parts together (Figure 4). 7, To make up a cross tilting cover, puff Armaflex through the tube so that A-l equals A-2 (Figure 5), Cut along tines A and B and at slot C. Repeat, end you will have the four pointed pieces needed. Cement the four equal pieces together (Figure 6K 6, To make a tee cover, cut (wo pieces as shown In Ftguro 5 and one piece as shown in Figure 7, tr Figure 7. puls (he Armaflex through the tube so mat A-t equaJs A-2 and cut along tine 8, Do not cut at tine C unteas you are making two titling covers. Cement the three pieces together (Figure 3), 206284 13 ARMAFLEX NOMINAL THICKNESS STANDARDS AND SLEEVING SIZES Amsfle* fnsu(trboft &'.-u Copper TwOSrtg N Sir* {in,} OC Slje m Nam iron Size lift.} Actual Minimum* Wail Thickness finches) Norn Nom Nom 4" 4" 4" Non *' wan Steering Sliest H" Wen Now * Wall Mmit> Y 4 _ 0.30 0.36 049 tH* ID 1" IPS 1W"IPS %* ia ** 4' 4 4 4 0.30 0.38 062 1' IPS 1H-ID rn'ips .. .......... 4 H 4 0.30 0.40 0.66 1" IPS 144*10 2W*I0 % 4 *** 0.30 042 0.58 m* id 11V "IPS 2" IPS ft* 4 4 4 0.30 0.43 0.70 IH'ID IW'fPS 2" IPS 4'IPS -- -- 4 0.30 0.44 0.73 11V* IPS 2)6 '10 2VV" IPS 1*'l 1 14 -- 0.30 0.4S 0,74 11*'IPS 2" IP8 2W*1P$ 1* IPS -- --t 0,30 0.46 0.76 2' IPS 3*6" fD 1%-tO 1% 14 -- 0.30 0.48 0.77 2Vi'JD 2` IPS 3W" 10 114 10 IVV'fPS 2H*ID 14 ti 2 1% 14 0.35 0.47 0.79 2M IPS -- 14 035 0.48 0.82 2W"IPS 24 -- 045 0.49 0.93 31V* tD tViu IPS 3V' ID 3" IPS 3" IPS 3VS* IPS SVl'IPS 2" IPS JH'ID -- 2 0.35 0.50 0.95 3" IPS 24 -- 0.35 0.50 046 3' IPS 3A IPS 3V}" IPS 6- IPS 4" IPS 2tt"fPS -- -- 0.35 0,51 0.57 * Stt'fPS 4*4" *$" IPS SH- 3 34 -- 0.35 0.51 048 * *3WMfP$ 4A IPS 5" IPS S' IPS 3H*!D 3** IPS 4** ID -- 34 -- 4 --3 0.35 34 -- 34 44 -- -- -- 0.52 0,52 0.53 0.53 049 * *4A IPS 5" IPS 040 0.91 -- mrnm S" IPS 5" IPS 0.92 5` IPS S" IPS S* IPS Sheet Sheet 4* IPS S" IPS -- ___ --< _S -- 0.53 043 -- __ 0.54 045 _ Sheel Sheet Sheet Sheet watt twc*Mss tclsm-ces -0. * V-," eises! Kern ?J * shJefcsess ?Beefl on (>eis H ift>t*8S*ei tf#.elap*d lien ttttoiy Ur/ ***.ifW8 Non Vi*of Non }4~ l*iihiaas er.lj. IPS tfiu 5* IPS * - * V. How to use the miter-box method 1 Use a sharp knife, pieferably one with serrated edges, or a hacksaw Wade. Note the long length shown in photo, 2. On smaller pieces of Armalle* Pipe insulation, brace the piece to he cut with /our hand ss rilustrated. This will Insure a clean and accurate cul. ( i i 206285 i i t t i : ( 206286 {LATERAL WYE) 520 Adhefitv* -Equal Defiance. <!/( *o A *-fcxOB -1V* xQD.^,1. fe;. 67V* mite miter cut j*ittxOCH j&&*meuuii i [ii i 15 TEMPLATES ARE AVAILABLE FOR SCREWED AND LONG RADIUS FITTINGS Wg/d fittings lor the Iron Pips Sizes Shown Below in Uominat**, % - and Arm&tten: screwed Woe Size NOTH' Nom Yt Nom%" IPS 45* 90 T 4fi* 90 T 45 90 T ?' avi s' weld >) > 3) ) `1 l >> > >) * >>> )J> >>> >3 * 3" 3Vi* A' V 5f 10* > )> ) )V ) >) 1 >> J >> >3 ) > ); J }5 )> ) 3) J J> > 3) > ) >> 3>> There are nine template sheets each containing the pattern lor the templates indicated. The sheet containing me size template required may he obtained from the nearest Armstrong office. Template number and description AT Set A Screwed 43 Elbows Nominal W 'A *--W - Walls--2". 2ft", 3" iPS AT Sc! B Screwed 90 Elbows Nominal H'--Yt % * Walls--2", 2ft". 3" IPS ATSet C Screwed Tees Nominal Walls--2". 2ft*. 3" IPS ft*--ft* AT Set P Weld 45 Long Radius Elbows Nominal Vi* Wail--3" IPS thro 10" IPS AT Sc! E Wold 45 long Radius Elbows Nominal ft " WafT--3" IPS thru 10" IPS ATSeJF Weld 90 long Radius Elbows Nominal ft* Walh-3" IPS thru 10" IPS AT Set <3 Weld 90 long Radius ElOows Nominal ft Wall--3- IPSthru 10" (PS AT Set H Weld Tees Nominal ft* Wall--3" IPS ihru :0" IPS AT Sell Weld Tees Nominal ft - Wall--3" IPS thru 10" (PS Armaflex sheet Insulation , Application (o Pipes 1. Apply Armallcx Sheet Insulation on pipes laiger than S1* IPS. Cut ihc sheet insulation to properwidth, permitting ii to looselywithout strolchlng around the pipe, {it pipe size Is 6". 8", or 10", Pre-cut Armafitrx Pipe insulation can bo used.) ?. Brush-coat both surfaces of the lengthwise seam with 529 Adhesive. When adhesive has dried until non* tacky to me touch, wrap the sheet around the pipe, and seal the seam by pressing the surfaces firmly together. Join butt joints between Individual sections using $20 Adhesive. Application to Fittings 3. Pitting covers are easily made, using templates designed specially lor screwed fittings 2*. 2ft", and 3" and tong radius weld fittings from 3" to 10" IPS. (See chart at left for correct site.) NOTE; Templates should bo traced on shit paper, sheet metal, or nardboard and cut to form a reusable pattern. 4. Since each template for 45s and 90 ells is shown asa symmetrical half of iho full fitting cover, the complete fitting cover is formed by adhering two halves together at tee long outer are. Coat both surfaces with 520 Adhesive. When the adhesive has dried until nontacky lothe touch, seal the seam by pressing the surfaces firmly together throughout, nol just at the edges, (The tee template is a symmetrical hall, but. in this case, both halves are laid out together to term the proper outline of the fitting cover.) 5. Snap the formed cover in place over the fitting. Adhere the mating surfaces of the inner arc joint with 520 Adhesive. Join the straight pipe covering to tne filling cover, making sure tocoat both the pipe section but! surface and the fitting cover butt surface. NOTE: On screwed fittings, select the propertempiate from the above. Notice that (he screwed fitting cover templates allow for fhe 1" minimum overlap on the straight pipe next to the fitting. Rememberto cement this 1" overlap with 520 Adhesive by forcing the brush between the two surfaces. 8, When the adhesive has dried until non-ucky to tee touch, press surfaces firmly togetherto seal 206287 x K' i i t i I 206288 v Method for generating templates forfitting covers on large "ells" (io* ips to 24- IPS) 1. Establish ft, (inside radius)--use chart below- Long Radius SDa EH Size Short Radius 10* 4H11H" 12* S** 14* 14* 7* 16' 16" 8" 18* 18" 8" 20" 20" 10* 24* 24" 12* 2. Determine (C) circumference t/ measuring the outside of the elbow with e strip of scrap Armalfex Sheet, Then establish R (outside radius}. Outside radius: The sum of inside radius plus halt the circumference 3. Lay out on Armaffea Sheet (hail fitting cover). 4. Make two halves of elbow cover as shown in Figure a, and adhere them together at mo outer arcs with 520 Adhesive. As arcs are adhered, the cover will dish upward. After seam Is squeezed together on one side, "dish" the sever the opposite direction, and squeeze Ihe other skSe of 5. Install fitting cover over elbow, and adhere Inner arcs with 520 Adhesive. 6. Square fitting cover ends after installation. Place metaf Band or jnciaS strap around fitting cover, and scribe a straight line. Then trim with a sharp knlfe. 206289 o Q 206230 19 Method for generating templates for flanged valve fitting covers These Instructions are meant to serve as a guide to insulating (tanged velvet with Armaflex. Because o? the variety in shape and design el flanged valves, some modifications to these instructions may be necessary, t. Cut Armaflex donuts, and install si plpe/flange and waive stem areas. 2. Use scrap strips of Armatfex Sheet to build the body of the valve out until it is the seme dimension as the OD of (he flanges. Adhere the Armaflex strips directly to the valve body, using 520 Adhesive. 3. Use a srrfp of Armaflex Sheet to wrap around the flange to measure the clrcvrofeience or length of the Armaflex Sheet needed tor the vaive body. 4, CutArmaflex Sheet for the valve body. A. This length <8 determined as shown In Figure 3. B. This length Is obtained by measuring the distance between the outer edges of the Armaflex donuts which are located at hie flanges. C. To fit around the valve throat, a semi circle is cut from each end of the Armaflex Sheet. The diameter ofsemi circle is determined by the measurement across the throat of the valve a9 a point under the flange where the stem enters, 5, The Armaflex Sheet, cut out as shown in Figure 4, isinstalled around the valve body and the joint adhered with 520 Adhesive. At Ihls time the Armaflex donuts at the ends of (he fitting should be seaied to the fitting body insvialion with 520 Adhesive. This is accomplished by run ning the adhesive brush between outer circumference of the Armaflex donut and the inside of the ends of the body insulation (a wetJoint). 6, The Iasi piece ellnstriaUan needed wilt insulate the bonnet erea. This h shown (n Figure 5A and Is made as shown in Figure 50. The measurements tor Figure SS are determined as follows: "C"--The overall length ts determined by wrapping a strip et Armaflex Sheet around the bonnet fsang* (do not stretch) and marking where the ends meet, 'L/'--TNs distance is obtained by measuring from the outer surface of the Armaflex donut to the approximate middie of (ho valve body insulation. This distance is obtained by measuring from the outer surface of the A/moftex donut to (he closest surface of the valve body Insulation. the difference between "l," and 'LA The bonnet (nsulaHon ofArmaflex Sheet Is cut to the sise of ~C*' x 'I-,". This is (hen marked to show and marked in Quarters as shown in Figure 68, Next the scalloped edge of the Insulation Is determined by swinging an arc from each point marked "X" In Figure 6B, The radius of fhearc is opuaf to **r\ These arcs are connected with straight lines to give smooth scalloped edge (see Figure 6C). The scalloped edge of the insulation must be undercut (beveled} to correctly meet (he body Insulation, Thu bonnet Insulation may now be installed using 520 Adhesive to bond the two ends, to adhere the bonnet Insulation to the body insulation and (o adhere (he bonnet insulation around the Armaflex donut. This should complete (he flange valve fitting. 206291 *% G 6A 206292 69 J. ^ 3t i InstsII!ng Amaflex Sheet on metal duct surfaces The preferred method 'orsquare and rectangular duett is to cul and fitWe shseU, using full coverage of Armstrong S20 Adhesive to adhere the insutetion. 1. Measure--Sheets shouts be sized with the following application sequence in mind/ Cut (he bottom piece first, maSang It the same width as the duct. Then cul the two side pieces, so Wat they extend down over the edges of the Bottom insulation; keep top edges flush with the top of the duet. The top insulation should be sized so that it extends over the side insulations, 2. Cut--A sharp knife and a straightedge are the only toots required. Armaiiex Sheet cuts cleanly, 3. Apply Adhesive--first brush- or roller* coat 62Q Adhesive on the metal duct surface. Then coal the back side of the Armaffex Sheet, leaving a Yt "-wide uncoated border at bultedgo seams. Allow the adhesive to dry to the (ouch but stii! tacky under slight pressure before joining surfaces, a. Bond--Position the sheet so Wat il overlaps the edges oi previously installed sheet or sheets by W". Hold the sheet in this position, and spol-adhere It In the center. Compress the bull edges into place for a light join! with adjoining sheets. Then bond the remainder of the sheet by press ing it llrroly Into place. A small hand roller will help apply pressure. 5. Adhere Joints--Spread the joint, and wlm a small brush apply S2C Adhesive to both butt edges. Do net flood joint with adhesive. Align carefully for good appearance, and apply pressure to joint, S. Alternate Method--For square, rectan gular, or round ducts, wrap a continuous blanket of Armaffex Sheet around the duct perimeter, joining the seam on We bottom or side duct surface. 7, Standing Seams--These can Be insuietedwtfipsef-Armellex Sheet, generally cut from scrap. 8. Alternate Method--Standing seams can also be Instated with half sections of Armsfie* Pipe irtsufatiw corresponding In thickness to the sheet used on 1ft* duct surface. Ends should bemiter-oat lo insure tight ill when bonded, d. Apply Armallax finish--Two coats of Armafiex finish, a vlnyl-taeqger-fype coal ing, ere at) that ere required to provide e hlgn-gloss protective finish for outdoor installations. Armaflcx finish can be brushed, roller-coated, or eirless-spr&yed. 206293 W i rnmmmm** 206294 23 Pipe hanger locations >. As location# ana other Biaeeswherv ;:> insulation must resist compression, aftpJy Rigid Armafle*. Thl$ load-bearing Insulation, used with met shields, prevents compression problems at hanger focatlene. See the table on page 25 tor recommended pipe support lengths end p*pe hanger spacing, 2. As an alternate method, liexibte Armatfex Pipe Insulation can be used at hangar locations using cork stoppers or wood inserts to prevent the weight of th pipe from compressing the Insulation, Simply cut round holes in the flexible Armaflex, and insert cork stoppers or wood inserts well coated with 520 Adhesive as . $r.or.fi in tna illustration, a Sandy toot to punch hoici in the Insulation Is a short length of copper tubing with the end surfaces sharpened. 206295 4 206296 i 2 TABLE OF RiGiD ARMAFLEX P4PE SUPPORTS Rigid Armafle* Sizes Copper Tubing Nom Size lift.) OD Sin (in.| Noift i/en Pipe Sue (InJ FSeccmrnended Support Ungsh lnhes (mmrt Recommenced Pipe Hanger Spacing Feel lma*r H* ID ft ft -- ft" ID ft ft ft H"lD *-? ft H ft ft ft -- ft* ID Vi* IPS ft -- ft -- ft ft m*io 1 1ft -- t* IPS -- --1 1**10 1ft 1ft -- lft"ID ift 1ft 1ft ift*lPS -- -- 1ft 2ft'C0 a 2ft -- 2" IPS --2 2H"IO 2ft 2ft -- 2ft" IPS -- -- 2ft 3ft* tD 3 9ft 3* IPS -- --3 3ft* 10 3ft 3ft 3ft" IPS -- -- 3ft 4ft * ID 4 4ft -- 4" IPS sen* emu* 4 5' IPS W *w S When ee**ble*iie eeeee* tube end Ken pip* ealst*. tipppjt tenpin a"d pipe ftan*e* uspne re Caged *w iroe p!. tttee mew gftiete* (ten *, \y^ if$> and SS-pa ki>PS .' ? ; ;<', !'!)<*( ;*; * **. BlptdAfmgf.n re w o ed *> else fienges teeetoee. 3 4 4 4 4 6 s 8 8 8 10 6 12 12 18 10 18 18 18 18 18 18 y 7 7 7 7 8 8 9 9 9 10 13 11 12 14 14 14 14 14 14 14 12 j . 2S Armffex Insulation Tape Arrrwfiex Insulation Tape provides a Cast, assy method o? insulating pipes and finings in cramped areas and covering complicated parts or contours difficult to handle with regular Armada* Pipe Insulation. Armaflai Insulation Tape is easy to use. Simply remove the protective lacking as the tape is spirally wrapped around the piping or fittings, and press firmly In place. The table Detow shows me proper thickness or nu m&er of wrappings to prevent pipe sweating and dripping. To Insulate valves, wyes, and other complicated parts, cut short lengths of tape and press in place where necessary. Be sure no metal shows through. Apply additional overwrap tor durable artd efficient Job. MOTE; On single wrap, permitted on cold-water pipes only, edges should Do butted lightly together. On multiple wraps, tape should be applied with a spiral wrap to obtain a 50% overlap. Additional layers are added to buildup insulation to the required thickness. Thickness to Prevent Sweating and Dripping Air temperature and reiabve humidity Pipe temperature 50 F 35 F Armaflex Finish Armstrong Armafle* Finish should not be applied over joints fresidy cemented with 5?C Adhesive. AUow adhesive joints of Armatiex Pipe In sulation to dry 7A hours to 36 hours before applying finish. The joints of Armafiex Shoe! Insulation applied with full adhesive bonding must dry 7 days before applying Armafiex Finish. Armafiex finish is applied directly to clean, dry Armafiex insulation in two coats. Forbest results, wipe the Armada* surface with a cloth dampened with a norroily solvent auen a; alcohol or tolgji 19 dean tne surface and remove 'ho powdered lubricant Allow the first coat to dry a minimum of two hours before applying the second coat Me reinforcing mesh is needed for either indoor or outdoor application, When dry, Armafiex Finish produces a tough film with IfexibHhy similar to Armafiex Insulation. Armaffe* Finish maintains this flexibility upon aging and at exposures to low temperatures. NOTE; Armafiex Finish is recommarsaetf for Armafiex insulation Products only--it should noi be used over other Insulation material unless first tested. C SO F 50% H Single Layer" 50% Overlap fl5 F i 70% RH 60% Overlap plus Single Layer 0% Overlap plus 50% Overlap *0ujl-i*i9)e!ufe !ir* fngfta* S0% replication. f 20o297 26 Industry P/oducls Division. Lancaster, Pa. ( CHARLOTTE. NC 23304 1341 E.Moreheatf Street CHICAGO. iL 422 Northwest Highway Park Ridge. It 60063 INDUSTRY PRODUCTS DIVISION OFFICES CINCINNATI OH <5241 4100 Executive Park Drive NEW YORK, NY Park 80 Plata Wes!--One Garden Stale Parkway at Interstate 60 Saddle Brook, NJ 07662 ST. LOUIS, MO 63105 222 South Meramee Avenue SAN FRANCISCO, CA 1914 Ogden Drive Burlingame. CA 94010 V tp.344.g72y 206299 Punted in United Sum* of AmoHe* PROPERTIES Color Ughi tan Afef Weight 6.9 lb per ga&on Composition Synthetic rubber base wilh synthetic resins and fillers added; hydrocarbonend ketone-type solvents Solids Consent Approximately 25% by weight Coverage 200 sq h per gallon max (depending upon poros'ny of materials bonded) ShsHUfe 1 year in original seated container Minimum Drying Time 3-5 minutes under normal conditions Temperature Limits 220 F--pipe insulation seams and joints 180 F--foB-bonding sheet insulation Container Sores Half-pint and prm brush top cans and half-pint, pirn, quart, and gallon con tainers Fkmmebifity Wet; flash point below 20 F (TOC) Dry: ASTM 162 Method National Bureau of Standards Radtam Panel Applied on Asbestos Cement Board Flame Spread Index............ <5 Optical Density of Deposited Smoke............ 0 APPUCATJON INSTRUCTIONS 8a sure to use adequate ventilation; extinguish all flames; avoid heat and sparks; avoid prolonged breathing of vapor and prolonged contact with skin; keep Eld tightly closed when ever possible during application-Agi tate contents of the container and apply only to clean, dry, oil-free sur faces. For best results, the adhesive shouldbe>?ysb-apptted in a thin, uni form coat to both bonding surfaces. Allow the adhesive to dry until dry co the touch but tacky under slight pres sure before joining surfaces. Open time of more than 20 minutes should be avoided. 520 Adhesive bonds in stantly, so pieces must be positioned accurately as comaci is made. Mod erate pressure should then be applied to the entire bonding area lo insure complete contact, ft is recommended that the adhe sive be applied at temperatures above 40 F and not on heated surfaces. Where application between 32 f and 40 F cannot be avoided, exercise more care in applying the adhesive end closing the joint. Applications below 32 F are not recommended. When heated linesare involved, allow a minimum of 38 hours before re* teasing heat into insulated lines hav ing slit seams. Adhesive-bonded seams and joints of Armaflex 22 Pipe Insulation must cure before solvent-base finishes are applied. Where the insulation is in stalled by adhering seams end butt joints, the adhesive must cure 24 to 36 hours. Adhesive-bonded seems and joints of Armaflex 22 Sheet must cure before solvent-base finishes are applied. Where the Insulation is installed by adhering seams and butt joints only, the adhesive must cure 24 to 36 hours. Where the insulation is in stalled against surfaces with lull ad hesive coverage, requiring wet adhe sive at joints, the adhesive must cure seven days. Where it is necessary to reduce vis cosity, 520 Adhesive may be thinned by slowly adding methyl ethyl ketone with thorough mixing, lacquer thinners should not be used for this purpose. Thinning is not recom mended to recover 520 Adhesive that has become thick due to solvent evaporation. Either methyl ethyl ketone or most lacquer thinners can be used to clean residue from tools and workpieces, however. Armstrong V COB X COMBXMV 'Lancaster. "Pennsylvania P4S3-??Vr 206301 Printed in Uiat*a Sate* o* Ammi DESCRIPTION ADVANTAGES Armalle* Finish r% a vinyl lacquer- Excellent Adhesion type coating for use over Armstrong Armaflex Finish dries to a durable Armalle* Pipe and Sheet Insula film which adheres tightly to clean i J/i tion. This coating provides a high' Armaflex Insulation surfaces. glossprotective and decorative finish forboth indoor and outdoor installa High Flexibility tions. It brushes on easily and may also be aiHesS'Sprsyed or rotter- The dried finish has approximately the same degree of flexibility as coated. Chemically acceptable to USDA Consumer and Marketing Armaflex, in both indoor and out door appliesttom, it wiB deform with > Service. the Armaflex without cracking. Armafiax Finish maintains this flexibility upon aging and al exposure to c': ci'.s . low temperatures. \ / 'i. 1../N lx* I p lO Armaflex Finish is available in white and gray standard colors. In situa tions where a custom pastel shade is desired, white Armaflex Finish can be tinted with selected pigment pastes recommended for shading or coloring commercial paints. Sug gested pigment suppliers can be ob tained from the nearest Armstrong district office. Standard colors are shipped in quart, gallon, and 5gallon containers. Self-Extinguishing Armaflex Finish has the same selfextinguishing properties as Armaflex Insulation. It in no way detracts from the fire-safety features offered by Armaflex. DESCRIPTION Armstrong Insulcolor is a flexible, fire-retardant, protective coating for thermal iasuiaTions both indoors and outdoors. It can be applled quickly endeasily with brush, roller, or spray gun. Its non-drip character istics make application quick and cJesn. BwasaijsJiptacatiao, itspreads readily anduniformly, resulting rn excellent coverage. formulated for (brabiIiry. fiexlbiflty. and resistance to water. Insulcolor win wfthsand* *de range of temperama,whhaul cracking or crazing. On the low-temperature sida.ixstse& Izmfted only by>S&afc ability of the base over which it is appliedTo hold up under the temperature involved. On the high side, it can be applied to surfaces that will operate as hot as 160 F. It resists ksv temperatures outdoors, or in freezer rooms, without de teriorating, cracking, or crazing, in both Indoor and outdoor applicationa.fi* tough Insulcolor film Is highly resistant to damage by bumping and abrasion. Insulcotorisfire resistant, contain ing no flaamabte solvents that create a hazard during application. Wet or dry. ft exhibits excellent fire-resistant characteristics end contributes very little to spread flame across any surface to which ft is applied. It should be remem bered, however. that Indicator will not fireproof a flammable surface. Insulcolor is easy to maintain. Dust. dirt, grease, oil. and soot can be readily washed from the smooth Insulcolor surface. And, although Insulcolor produces a strong, tough finish, the surface film maintains its and flexibility for many years, retiring 1'tUe maintenance. fnsuicolet is chemically acceptable to USDA Consumer and Marketing Service. COLORS Armstrong Insuicolor is available in eight colors: buff. gray, light green, dark green, yellow, light blue, dark blue, andwhite. Where custom colors ere desired. Insulcolor can fc5Cwstortv*Jmed on. special order. This wide range of colors makes possible easy coding and identifica tion of Insulated service lines. In addition, on exposed Insulated lines or ductwork in schools, hospitals, office buildings, or factories, the softer hues of Insulcolor harmonize with the colors usually used on wails and ceilings. USES Armstrong Insulcolor Is primarily formulated for use as a tough, flexible,fire-retardant, protective coating for insulated hot or cold lines, tanks and equipment, cold rooms, and sir-conditioning ducts. It has a "breathing" finish Ideal for use on Insulated hot lines. On Insulated cold lines It Is used in conjunction with a vapor barrier. Insulcolor may be diluted and used as a lagging adhesive for pasting down canvas, asbestos, and other lagging cloths, The recommended dilution Is one part water to four parts Insulcolor. Insulcolor may also be used as a primer. Diluted in the proportion of one part water to four parts insulcoior, it can be used as a prime coat over canvas, asbestos, Portland cement piaster, and other porous surfaces. PROPERTIES Net Weight 10.3 lb per gallon. Composition Polyvinyl acetate copolymer emul sion with pigment and inorganic fillers. Viscosity Thixotropic: no-drip consistency, easy brushing. Application Brush, roller, spray. Coverage 150 sqft per gallon, depending on surface. Drying Time Approximately 1 to 2 hours, de pending on temperature, humidity, and surface. Upper Service Temperature limits leonicd lurlKit 160 F. Container Sizes 3Vz-Salton polls containing 3 an ions base white liquid. Head space allowed for adding color tint and mixing. Color tintjMCk^fled sep arately and job-mixed. Flammability ASTME162 Method National Bureau of Standards Radiant Panel Applied on Asbestos Cement Board Flame Spread index <5 Optical Density of Deposited Smoke 0 Colors Buff, gray, tight green, dark green, light blue, dark blue, yellow, and whhe, and custom colors on special order. 206305 CcOT&tf 19B. Anasrene Cork Uiciecr. 2 C&Jt* Gin* M*t (Oultfemt 1 --. I PuM wiA taiwfeeter t*99'n9 A4*Wv Aph*Ule Pir>(*h t*n0ef| AittftiNfe FWih uiceter Primp* '''til*** M**fc (Outdoorii 'V famd <:h Jmukoio* lipg,A Aohae InwU&Ja* ftientt APPLICATION General information When used over wheat paste, glue site, or similar materials, the Insui color prjmor {first cost] may craze. However, the final coat wilt cover the crazing and provide a smooth surface. When lapping canvas, apply Insuicolor over lapped edge to keep it smooth and prevent unravel ing. Armstrong Insuicolor can b& applied over oil-baso paints end over firmly adhered water-base paints. Insuicolor should not be ap plied when air temperatures are lower than 40 F. in cold rooms, for example, the room should be taken out of service and allowed to reach 40 F before die interior is finished with insuicolor. When the Insuicolor film has dried thoroughly, it can be subjected to any low temperature that the base over which it is applied is able to withstand. Over Pipe Covering INDOOR--Apply over factory can vas jackets. Fits* paste down with Jnsuloabr^tsedae^Jagging ad hesive; I.., Insuicolor diluted in the proportion of one part water to four parts Insuicolor, Apply insuicolor as a primer; i.e,. Insuicolor diluted in the proportion of one part water to four parts insuicolor, then apply full-strength Insuicolor. For appli cation to paper surfaces, paste lightweight canvas strips over end and longitudinal joints with Insui color lagging adhesive. Apply Insuicolor primer, then full-strength insuicolor. For indoor use over Armstrong Armsflex11 insulation, apply two coats of full-strength Insuicolor. OUTDOOR--Paste factory canvas jacket with Insuicolor lagging ad hesive. Covering without factory jacket should be wired in place and joints pointed with asbestos cement. Over canvas or plain covering, paste glass mesh {10 x 20 weave per inch) with Insuicolor lagging adhesive. Apply Insuicolor primer, then full-strength Insuicolor. For outdoor use over Armstrong Arms* flex Insulation, follow Illustration. The application order is one coat of insuicolor lagging adhesive, glass mesh, insuicolor primer coat, and finish coat of fuli-strength Insuicolor. Over Asbestos Cement INDOOR---On fittings, paste on lightweight canvas with insuicolor (egging adhesive. Apply Insuicolor primer, then full-strength Insuicolor. Over tanks and other large equip ment, patch all cracks, then apply insuicolor primer and full-strength InsutcoSor directly to cement. OUTDOOR--Over both fittings and large equipment, patch all cracks, paste glass mesh {10 x 20 weave per inch) with Insuicolor lagging adhesive. Apply Insuicolor primer and full-strength insuicolor. Over Asphaltic Finishes INDOOR--Apply two full-strength coats of Insuicolor over SP Emul sion, Armstrong Weatherproof Plastic, and Armstrong Insulmastic. OUTDOOR--Over Armstrong Weatherproof Plastic and Armstrong Insulmastic, paste on glass mesh {10 x 20 weave per inch) with Insuicolor lagging adhesive. Apply Insuicolor primer and full-strength Insuicolor. Over Duct insulation INDOOR---Over SP Emulsion, Weatherproof Plastic, or other con ventional asphaltic finishes, apply two full-strength coats of insuicolor. This two-coat application applies also to Armaflex Insulation when used indoors on ductwork. Over cement finishes apply Insuicolor primer, then one coat full-strength Insuicolor- OUTDOOR---Over cement finishes. Weatherproof Piastre, Insulmastic, or Armaflex, paste on glass mesh {10 x 20 weave per inch) with Insuicolor lagging adhesive. Apply Insuicolor primer and full-strength Insuicolor. In Cold Rooms Over portland cement plaster, apply Insuicolor primer and full-strength .losuicPlor. Ouor.cooventiona' asphaltic finishes, apply two fulistrength coats of insuicolor. Typical Airless Spray Equipment-- Graco Bulldog 226176 unit with 30:1 pump; 206904 gun with 205723 ball tip; 70 lb air to pump; 25 ft Vi" nylon hose. Typical Air Spray Equipment-- DeVilbiss MBC 510 gun; 424 air cap and E tip and needle; 40 to 50 psl atomizing pressure; 15 psl tank pressure. {The air-sprayed film will have slight "orange peel" appear ance due to thixotropic nature of Insuicolor.} 20630(1 INDUSTRY PRODUCTS DIVISION OFFICES Charlotte, N. C. 28204 1241 g. Ntorehesi Street CMcijj. in. 422 Northwest Highway Park Ridge, W. OOOS8 Cincinnati. Otfft 45241 41 CO Szeeutlv* ?&rk Drive New York. N. Y. Park 80 PTaza West-One Garden State Parkway at interstate 80 Saddle Stoat. N. J. 07562 Sr toy!*, Mo. 60105 222 South Menamet ftvenue San franclsso. Calit, 1814 Ogden Drive Suriingame, Cali!. 94010 iP.3W:?2J 206307 Printed >i' iji'.tefl States of Ajw BALTIMORE DISTRICT AND BRANCH OFFICE TERRITORIAL COMPONENTS BALTIMORE Mail Address: 114 South Street Baltimore 2, Maryland Warehouse Address: Same Maryland Vest Virginia - Entire state with the exception of Cecil, Kent, Garrett, Montgomery, Prince Georges, Calvert, Charles and St. Karys counties and that portion of Allegany county vest of and including the city of Cumberland. - Counties of Jefferson, Berkeley, and Morgan. Ricbnood Kail Address: 1708 MacTavish Avenue ,Richmond 30 Virginia Warehouse Address: Same Worth Carolina Virginia - HEAT INSULATION ONLI - North of and including counties of Hertford, Bertie, Martin, Beaufort, end Kyde. - South of and including Rockingham, Greene, Orange, Spotsylvania, Caroline, King George, Westmoreland, Northumberland and Accccrack counties. Except those counties of Buchanan, Russell, Washington, Dickenson, Scott, Wise and Lee. <ashlagtqn Mail Address: 2321 Wisconsin Avenue, K. V. Washington 7, J>. C. District of Columbia - Entire district. Maryland - Counties of Montgomery, Prince Georgos, Calvert, Charles and St. Ksrys. Virginia - North of end including Shenandoah, Page, Madison, Culpeper and Stafford counties. West Virginia - Hampshire county only. 5323 #*#******#