Document LKjXyvbywkJG8nZ9yLBkpMo8Q

r :> The complete insulation line... from 35 F. to 2000 F. Philip Carey Industrial Insulations " I Mir w tm n ( u--. w ' . i i i i " n |I "I I| \ JI ____ 'M 'P Ctm C opof*lion Jjnu*<. I W I 0 HIGH TEMPERATURE PIPE AND BLOCK INSULATION FOR insulation szl-ctioxt guide temperature (ttptonoo'F.) " (up to 1500* FJ ' USM ' preduet pg For tumaeos, evans. Careytamp 3000 0 kiln*, lahra, breech- ; I Inga. Block lorm. ___ For auparhaatod Careytamp I atoam and hot oil !lnaa,oll atilla.ovana. bollar breechings. FIpa covering, eurvad or flat block form, pramoidad eh bows. tracad p<pa, aluminum lacketmg. . 3-4 III I i (up to 1300* F.) (300* F. W 700* F.) For ovens. dueta. Mineral Wool lluoa. tanka, reooir- Blankata iIng large, fleitblo sheer*. - ; For furnaca walla, 7CF Mineral t hot pee ducta. WoolInauiation | breechmga, vessels (100* F. to 350* F.| | tFoo7r00p*ipFa.a. boilara. Tharmoeiaa ovana. Pipe covering Pipe ana Poll ; and blankata. Form Spun Mineral 7 Wool t (35* F. to 350* F.) For pipaa carrying Tnermoolaa j hot. cold or a'ternat- <m vapor I Ing llqulda. Jacket Barrier Jackal prevents tweeting. i Pipe covering. 7 , (35* F. to 300* F.) For heating and air Fleeibte Tubing conditioning piping. t Air-Conditioning Dueta and Equipment Inauiation lor metal Thermoglaa euet work, and air- Ren Form conditioning equip- F and TX riant. . 7 lAceouatleal and Thermoglaa I thermal inauiation of Beard 7 ' line glass'liber. Thermoglaa _ . ; . Duct Li.nar--------.--7-- Caraytomp Recommended Thickneeaea i 44 Recommended Specificaiiona and Application Proceduraa Inauiation Jacketing j I 12 TEMPERATURES UP TO 1500F. Careytemp was designed and formulated to include the most important thermal, physical, chemical and moisture resistant properties demanded by industrial users of thermal insulation. Careytemp is composed of expanded perlite with spe cially developed binders and is reinforced with inorganic fibers. Expanded perii:e insulation is a structure consist ing of millions ol individual glassed-in vitrified air cells permanently bonded together to resist Water penetration. Careytemp is recommended for the insulation of piping, vessels and equipment operating from ambient to 1500 *F. In temperature, either continuous or cyclic oper ation. It is also recommended for fire protection of piping, equipment, vessel and structural steel. Its moisture re sistance is particularly advantageous tor these applica tions which normally operate at ambient temperature. Careytemp's exceptional strength and tight weight re duce application costs. Non-crumbling, precision-molded Careytemp is superior in those properties most respon sible tor longer-tasting, more efficient insulation--it has practically no linear shrinkage, exceptional water resist ance (lowest absorption rate of any high temperature Insulation), low thermal conductivity up to 1500* F. and Is highly acid-resistant. PHYSICAL PROPERTIES * Thermal Conductivity , yi-'i* i-n r rvn-i rnmr uaaa * preduet P*S MEAN TEMPERATURE * F. Feinting up Ctreyltmp Pipe and block. Insulating ell fitting*. Reflectory cealtng and patching. Finishing evar molded insulations. Carayiemp Asbestos Cement and MiV-Cns Cement. No. 303. MW-50. MW-Ona Cemenl MW-50 or MW-On# For a smooth Itmi coni apply No. tUO. Caiay Vitucal Cement. No 100 for hmd finish. No 3J3 Utility Grade. IF 10 Long Fiber 7M90 Asbestos Cement . 10 10 to 10 10 Careytemp's thermal conductivity is tow fora material of such widespread temperature range. This means that it is now possible to obtain highly criicicnt heat conservation over a wide range ol temperatures with a single material -- Careytemp. Temperature Limits: Maximum Continuous 1500* F. 1500* P. o Bonding Insulation to mala! suitac*. Caiey Fibrous AdM-sive. Caieyiemp Adhesiva '0 . 2 pioiteiiv* coalings Theimolea ' O'*. Insulation Saal. F.V.A. No. 100. Lniulsion Coatings. 11 Density (dry) Comprcssivo Strength Cyclic 1500* F. 10 Ibs./cu. ft. 5% deformation 81 psl Unear Shrinkage % a. 500* F. for 24 hours b. 1000* F. for 24 hours e. 1500* F. for 24 hours ,, >22 ' .45 1-20 Moisture Absorption by Volume @ go% Hof. Humidity % a. 24 Hours 0-45 b. 1 Week 0.90 e. 4 Weeks 1-30 Water Absorption by Volume % a. 2 Hours Immersion b. 24 Hours Immersion C. 72 Hours Immersion >90 2.70 5.00 Acid Resistance After 24 Hour Immersion a. 25% Sullurie Acid b. 25% Hydrochloric e. 25% Aqua Regia No Effect No Effect No Effect Thermal Conductivity 300* F. Mean 500* F. Mean 1000* F. Mean .42 .51 .77 Conductivity expressed as BTU/Hr./Sq. Ft./*F./1* Thickness. All tests were conducted according to standard test methods. STANOARO SIZES Copper Tubing--% ' O.D. through 3% * O.D., half sec tions Iron Pipe--V4 * through 24" IPS. half sections Thickness--1" through 3", single layer . .Segmental--12%' wide curved sections, through 60' 00 Block Insulation Standard Widths--6". 12" and 24' Standard Lengths--18" and 36" Standard Thickness--1" through 6" in Vi " increments GOVERNMENT SPECIFICATION COMPLIANCE Plpo Covering MIL-l-278 10 Grade I - Class b . Graded - Class d Grade III Class e. Type I & II Block MIL-I-2819D Class I, II & III A.S.T.M. SPECIFICATION C-610-67 APPROXIMATE WEIGHT Per 3 Foot Section latvlltioft Tfcckntlf In i *; NoTflnil Viet Sira I* Inctirt t l`i p> 9 it . Ip, i 4 4*. 5 i* IZ 17 17 15 z? 21 39 45 35 5 3 4 4 IH* r 31' z.s zs 10 ]( St 11 51 51 ft* It SI 70 0 31 4* 4 Si ft ? j: 7 5 II c too 7 1 70 tl tl <1 ft to- 10 1 t:i tl .* 11* 131 i* *4 it IZ it 115 it.: I4C 111 It 7 15 5 15 4 17.4 Mimml fiat Jut la l*tkM vlbct*rtf In imkti i 7 1 1 M II t: II 15 14 17 it r (f P.5* 71 11 10. II.* !.* 111 1*4 II / IS*- 1* * JM 3 r II IV* It t 1- * i* * t* j; :t .1 . .s f}' til If 1 n * ;t t i ! :< i . 1 1! ; * r lit 22 4 :4 .4* Ml J.*U 321 J4 * H H Hi* 10 5 CAREYTEMP PREMOLDED 5L2OW INSULATION Careytemp Prcmolded Elbows Insure total Careytemp insulating efficiency throughout entire systems when specified and used with Careytemp pipe insulation. They are recommended Ict^use on pipmq systems operating from atmospheric temperature to 1500' F. Easily applied. Careytemp Premoldcd Elbows eliminate mitering seg ments, voids and also cut application costs. Careytemp Elbows are available in many iron pipe and copper tubing sizes and in thicknesses to match other adjacent insulations, in cluding low pressure coverings, fibrous glass, calcium silicates and others. Both 45* and 90* long and short radius ells are available for welded, screwed and sweat el bows. Iron pipe sizes range from % " to 14". 1" to 4' thick. Careytemp ells are furnished tor steam tracing purposes. w *...... . 1 t\ c.'.r.nYTcry Careytemp pipe insulation is available pre-jacketed at thei*-', factory with aluminum .016" thick. Aluminum jacketed Careytemp has a fine embossed finish that will not catch dust and dirt, prevents glare and minimizes surface scratches. Along the longitudinal seam, special inter locking lips snap togetner to form a weather-tight seal. Butt joints are sealed with a matching aluminum band having an integral scaling compound which resists direct contact temperature to 400* F. A built-in barrier is be tween the jacketing and the insulation as a precaution against electrolytic corrosion of the aluminum. The inherent water resist ance ol Careytemp com bined with the weather seal seam and special sealing band ol aluminum Jacketing provide an ex cellent weather protected Insulation. . Also available in .010 stainless- steel faetbry applied jacket. ..... i . * . -* ^ t* r> | Careytemp Traced Pipe Insulation is available to reduce the cost of insulating traced lines. Strmnht extended legs beyond the 180 point on hall scction.il. Covorinq pro vides space for ti" and 4i" I.P.S. Tracers. Availabto sizes and thick nesses 3". 4" and 6" I.P.S. by 1". IVz" and 2" thick and 0", 10" and 12" I P.S. by It-" and 2" thick all having 1h" legs. 3 C/A r*> r-- a ri ri L~ A w 1 u J Lak. w w recommended THICKNESSES PROCESS Pip* I Tmptralur T*mp*ratur* Difltranc* , SOOT. WOT. HL 18.0 113 20.t 29.8 26.8 30.8 30.7 41.4 4 91.8 733 83.8 74.8 88.1 101 IIS 128 ST e RT 840 *77.0 87.0 77.2 94.2 803 1 1 1 98-0 80.0 96.0 81.7 96.9 83.4 1 1 1 94.0 84.3 98.0 83.3 88.0 84.8 1 1 1 100 84.8 1 104 83.7 1 84.0 973 VA 84.0 89.'* 1A 85.0 89.8 VA 87.0 812 VA 86.0 89.1 VA 84.0 88.1 : 'A SOOT. 220T. HL ST 31A 38.0 39.2 S0.9 32.1 39.8 68.S 81.4 98.0 119 ISO 123 14S 173 199 226 2SI 103 110 107 114 110 110 112 114 113 IIS 122 107 107 107 111 110 110 WOT. SOOT. ! J20T. I 420*F. 1------------------ E RT HL ST - . --- E RT HL ST . - -. . -- - C RT 70.0 1 80.3 1 83.0 1 47.9 117 82.3 1 38.6 126 83.2 1 60.7 118 8SJ 1 97.4 128 87.2 1 83.0 137 85.4 VA 97.S 133 19.3 IA 83.0 1 79.3 129 83.6 1 64.3 1 60.8 124 860 1 143 1 82.8 124 87.3 1 111 144 8)3 VA 112 139 83.3 VA 129 139 88.0 1'A 88.0 1 107 128 87.3 1 86.9 1 127 129 88.2 1 84.4 1 ' ISO 130 88.1 1 149 142 89 0 IA 177 144 89.0 133 211 148 89.8 IA 86.9 1 83.9 1 89.0 1A 183 233 194 133 136 119 89.0 1 97.0 VA 90.8 VA 238 237 270 150 94.1 IA 134 92.0 VA 132 SIA VA 91.2 1A 223 91.3 1A 268 90.7 VA 311 119 92.4 VA 314 120 92.3 VA 376 124 91.8 VA 438 132 134 139 91.2 IA 93.3 VA 92.8 IA 90.7 VA 331 90J VA 391 124 91.8 VA 489 129 82.1 VA 384 139 92 8 VA 139 92.4 IA 800T. 520T. HL ST 87.0 so 83.4 105 117 132 13$ 175 210 252 310 333 413 490 371 640 713 142 123 126 123 130 130 123 133 138 142 t48 143 145 148 132 134 1SS | TOOT. ' *r* E RT HL . -- . 87.0 1 110 99.2 1A 106 90.3 1A 116 91.2 VA 132 91.3 VA 146 82.1 VA 163 93.2 1A 170 92.8 VA 220 93.2 IA 263 96.2 1A 317 93.0 2 304 92.9 2 361 94.1 2 421 94.1 2 492 93.7 2 563 93.8 2 630 93.9 2 702 ST 154 134 136 133 141 141 133 147 152 135 141 142 142 143 149 ISO 131 E 87.9 90.2 91.2 92.3 913 93.0 93.9 93.3 94.0 94.0 93.2 94.9 93.8 938 93.7 93.7 83.7 UTILITIES pip* 1 T*mp*rtur* , Tmp*rtur* Difl(t*nc* Pip* Sit* RT A1 1 11 tv 1 1A 1 t1 2A 1 31 41 S 1A 1A 8m 10 1A 12 1A 1 IA 16 IA 19 IA 200 *F. 130F ' HL ST 16.0 94.0 19.3 97.0 20.1 94.2 23.9 98.0 26.6 95.0 30.6 96.6 30.7 94.0 41.4 98 0 493 98.0 43.3 94.0 33.9 95 0 63.6 94.0 74.8 94.0 88.0 95.0 101 97.0 113 96.0 129 96.0 I1 SOOT. 1 220T. 400*F. 320*F. 300 F. 420 *F. 1 E RT HL ST E RT HL ST E RT HL ST E RT 77.0 1 77.2 1 80.3 VA 31.S 103 80.0 IA 39.8 380 110 80.3 IA 46.3 32.3 97.0 86.0 VA 49.5 103 107 106 86.3 1A 86.9 VA 83.0 VA 35.0 64.4 69.3 111 118 .115 87.1 2 880 2 89.9 2A 80.0 VA 37.6 91.0 87.3 VA 57.9 81.7 VA 41.2 100 97.4 VA 639 83.4 1A 46.0 101 89.0 2 61.0 106 110 102 89.9 VA 89.0 IA 91.6 2 79.9 88.9 83.0 116 120 110 90 2 2A 90.3 2A 92.2 2A 84.5 VA 48.1 970 90.0 83.3 VA 61.3 103 89.6 64.8 1 *A 73.7 101 88.3 2 2 2 649 79.9 95.0 101 92.4 .2 90.0 103 92.6 2 111 107 92.9 2 A 114 108 93 4 2'A 114 93.1 2'A 109 943 2'A 636 VA 90.8 87.9 2 85.7 87.5 2 t02 101 89.9 ICO 91.9 100 91.1 2 2 2 112 108 93.3 2 A 132 -110 94 8 2'A 133 110 92 9 2A 158 112 94.7 3 137 110 92.4 2A 179 112 94.6 3 89.7 2 198 2 892 2 119 139 137 100 92.7 2A 136 103 94.7 2A 217 102 93 0 2'A 183 106 949 3 220 102 92.6 2A 203 107 ,94.6 3 243 114 95.4 109 96.1 111 96.1 3 3 3 89.1 2 89.1 2 178 196 103 92.6 2A 229 108 946 3 104 92.7 2A 234 108 94.8 3 244 112 96.4 3 303 112 96.1 3 eooT. TOOT. S20T. 820 T. HL ST E rt" HL ST C 63.9 73.2 71.0 110 114 106 89.9 2'A 90.3 2`A 92.6 2'A 70 8 105 79.2 108 68.9 111 81.8 92.7 93.4 84.1 110 93.0 2'A 106 117 93.7 61.9 106 93-7 2'A 105 113 938 too lit 93.9 2A 126 118 94.8 103 109 94.3 2'A 131 no 939 122 115 94.9 3 t42 115 S3.8 147 116 9S.2 3 185 117 98.2 172 its 93.4 3 192 118 96.4 180 114 95 9 3 227 122 96.4 207 113 95.8 3'A 233 116 98.7 249 116 96.5 3A 284 113 97 2 287 117 96.6 3'A 321 119 97.4 320 119 96.5 3'A 337 121 173 360 120 963 3'A 399 122 97J 397 121 96.6\ 3'A 436 128 97J CAnsvTrr.'p 4 Inner Surfie* T*mptratu>* T. HL JJO* Sur. T*mp. *F. % tltielenCT HL S80* Sur. T*mp. T. y, CffieKncr HL 780* Sur. Temp. *F. St (flldtncf Inaulallon Thlckneta 1* ii m* 7" '1! 2A* 3* i 3A * 98.0 69.0 *33.0 42.0 33.0 31.0 134 120 112 toe 102 100 90.1 93.0 94.6 93.6 96.9 86.8 176 99.0 91.0 *67.0 37.0 |7f 147 134 126 119 114 92.3 84.7 959 86.6 87.2 87.9 700 132 123 106 91.0 17? 158 149 136 130 93.7 966 97.3 97.7 960 H L-Loim* *' m 6.T.U. pat So- Ft RR#eemmn<J*4 Thlckn#**a. 80 T. Air 4* . w ' S* i SA* .** ** 49.0 110 97.8 *79.0 124 96.3 ... t 44.0 10? 48.1 70.0 120 98.3 40.0 106 99.3 130 117 94.6 ... **' 340 104 14 380 US 11 RT " Recommended Nominal TMckneet In Inch**. HL Heal Lott In 8.T.U. gw It. el Ploe. ST Surface Temperature *F. K " Percent efficiency. Ambient etui air at M*F. PROCESS Pipe Temperature 1 Temperature Olflerence . 800*F. 7ao*F. 1 1 1( I *00 *F. 20*F. 1000*F. 920*F. 1100 *F. 1020 *F. ! 1300*F. 12*F. 1500"P. 1420*F. Pipe sue RT HL ST E RT HL ST c RT HL ST E RT HL ST E RT HL ST E RT HL ST E M V .1 IV m > *Vi S 4 10 ' It 14 i* 18 m HI 137 19.7 Hi 133 147 91.4 2 1H 130 4.5 *1.1 119 154 IS* 92.0 a Hi 141 143 123 2 145 135 4.0 2 13* 13* *3.1 a lit 14* 3.9 219 183 138 *5.5 219 232 151 96.1 15* 145 93.7 a 184 154 *44 219 204 146 95.7 3 243 147 964 172 144 *43 219 1*0 137 6.2 219 233 152 6.4 3 271 153 74 Hi HI 144 *2.* a 154 14* *3.7 a 204 153 94.1 215 211 145 IS* 3 251 147 96.* 319 293 131 *7.3 m 17* 1S2 93 0 2 161 135 *5.1 2 242 155 *4.5 219 208 139 96.3 3 243 141 *74 319 295 144 7* m 202 153 93.7 2 203 144 95.2 2 240 153 95.7 219 250 148 964 3 291 151 74 319 342 153 6.1 m 207 145 94.* 2 203 143 95.* 2 252 149 982 219 262 144 *74 3 313 14* *7.8 319 361 151 982 t 223 141 953 2 267 151 95.9 219 272 147 96.* 3 284 143 *7.2 319 337 147 8.1 419 371 144 994 a 80S 14* 95.1 2 311 155 96.0 215 31* 151 97.0 3 32* 14* 74 319 393 151 96.2 419 422 14* 8.7 t 313 141 95.7 1'A 313 144 *6.a 219 373 153 *7.0 3 382 14* *7.9 319 453 155 9*4 419 483 ISO 984 > 3&S 141 95.9 2K 37* 149 96.7 3 3*9 147 976 3 452 155 7.7 1 475 14* 98.5 419 542 153 984 t 431 152 *5.5 2Ji 430 147 *6.7 3 441 144 97.4 3 512 154 *7.7 4 554 tst *84 S 606 150 949 > SIS 154 99.3 a 520 152 *73 3 an 507 143 95.9 219 60S 154 97.3 3 avi 570 14* 98.0 3 569 14* *7.5 3 535 150 *74 319 558 14* 99.2 459 *09 147 *84 519 66* 14* *9.1 621 151 974 319 *42 151 98.4 419 694 ISO *8.8 519 754 ISO 99.1 *94 155 *7.7 319 710 155 *83 419 763 153 *84 319 835 154 994 an *40 14* 99.9 3 659 147 *7.* 319 *7* 14* 99.1 4 711 147 984 5 781 14* 984 86* ISO 9*4 a* Tit 14* 7.0, 3 72* 14* 7.* 315 755 14* 9*4 4 7*7 14* *84 5 IS* 14* 84 4* 151 *13 UTILITIES Pipe 1 Temperature Tamperatura Oifleren-e *00 *F. 720 *F. *00*F. 820*F. 1 1 11 1 1000*F. 20 *F. 1100*F. 1020 *F. 1300 *F. 1220 *F. 1 1 ! i 1500*F. 1420 *F. Plpa Sita RT HL ST E RT HL ST E RT HL ST E RT HL ST E RT HL ST E . RT HL ST c 19 219 884 111 *2.7 219 105 11* *3.2 3 114 114 94.3 3 132 120 94.9 3 172 130 95.7 319 207 130 96.6 U 219 106 117 924 219 115 11* 93.9 3 127 11* 95.3 3 147 123 95.4 3 193 135 954 319 231 138 *5.9 1 219 108 117 94.0 3 121 117 95.0 3 141 122 95.5 3 164 127 964 319 201 132 96.9 319 247 13* *74 IV ai9 128 124 95.3 3 141 122 95.4 3 163 128 954 3 192 134 964 319 232 138 97.0 4 278 141 7 7 Hi 219 127 119 95.1 3 142 118 954 3 187 124 95.2 3 194 130 954 319 234 132 97.4 4 277 138 97.1 t 3 137 117 95.7 3 164 123 184 3 194 124 96.5 319 207 129 97.1 4 251 132 97.6 4V5 301 138 98.3 *19 5 147 11* 96.2 3 176 122 964 319 188 120 974 319 21* 126 7.7 4 268 131 98.0 419 321 138 984 3 3 174 122 96.3 3 208 12* 964 319 223 126 97.2 3'/. 258 133 97.5 4 313 13* 98.3 5 341 136 99.7 4 3 202 124 96.6 319 220 124 *74 319 259 130 97.6 '4 278 127 7.1 4V9 335 134 98.4 519 384 135 98.9 * 319 217 119 97.0 3V6 255 126 97.4 4 270 125 97.9 4 314 U2 98.1 419 381 137 98.6 519 51* 138 98.7 319 243 121 97.2 319 291 128 *7.5 4 313 128 98 0 4 365 130 981 5 460 135 95 5 * 462 136 99.1 319 285 122 *7.0 4 312 124 974 4 366 129 974 419 393 '131 184 519 484 136 '98.7 619 507 133 99.1 10 1 319 340 125 97.5 4 367 t26 98.0 4 435 133 984 419 466 133 985 519 528 135 98* 6V9 594 136 99.2 19 ' 4 355 121 974 4 425 128 98.1 416 459 128 994 4'/i 534 130 996 t 617 137 99.1 7 610 136 99.3 i 4 391 123 7.| 4 46* 130 98.0 419 503 131 983 419 535 134 18.7 620 138 99.0 7 701 138 9.3 * | 4 435 124 *74 4 521 I3t * 98.1 419 559 133 *8.4 5 597 134 98.7 683 137 99.1 719 733 137. 193 1* . 4 47* 12* 96.0 4 57* 133 91.1 4'/i *ts 135 ' 985 5 657 135 *8.7 . 751 138 190 719 *02 138 9*4 Inner Surface Tamperatgr* *F. HL WO* Sur. Temp. F. y, efficiency HI 10*0* Sur. Temp. *F. J4 efficiency HL 17I0* Sur. Temp. *F. it efficiency I* ` 77." ' ... ... * ** 1 ::: ... ... ... InaulaHon Thlekn.ee Hi * j a* ".T 185 * a | 171 -- I, 7.1 1 ... ::: i ... ... ! a a ... * ... j ... 1| an* : a* r- ---------- 148 128 108 ' 157 14* 139 1 *7.* 206 8.0 *13 172 ' 14* 17* 16* 15* 98.1 8.4 91* 22* j 185 a 116 ... 8.7 80*F. Air 4* 4H" ; 3* j 5* 5.0 *84.0 79.0 132 12* 124 8.5 l. 8.8 70.0 121 It.* 133 117 mo* 7.0 14* 142 136 133 8.7 8.* ' HI *9.0 172 153 13* 12* 16* 158 151 14* 9.0 H.1 , M.2 . *9.3 6 (T* ^ TM rr-ir n [D Vis?*/ -i J ll La U U t-=* II \J U U C'lC* w/ Vi-y VhV HIGH TEMPERATURE BLOCK INSULATION FOR TEMPERATURES FROM 1000 F. TO 2000 F. Careytemp 2COO is composed of calcined diatomaceous silica with a specially developed binder reinforced with inorganic fibre. It is produced in precision molded insu lation blocks for equipment operating at high tempera tures such as boiler furnaces, hot blast stoves, petroleum cracking furnaces, metallurgical furnaces and ceramic kilns. These light weight blocks will withstand tempera tures up to 2000'F with negligible shrinkage. PHYSICAL PROPERTIES Density 24 Ibs./eu. ft. Thermal Conductivity BTU/Hr./Sq. Ft./ * F./inch 500* F. Mean .70 750* F. Mean .76 1000* F. Mean .84 Linear Shrinkage % a. 1500* F. for 24 hours 0.5 . b. 1800'F. for 24 hours 2.3 c. 1900* F. for 24 hours 2.7 . d. 2000* F. for 24 hours 2.9 Compressive Strength 5% deformation 163 psi 10% deformation 209 psi Transverse Modulus Dried at 220* F. for 24 hours 100 psi Moisture Absorption by Volume @ 95% Rel. Humidity % 24 Hours 1.6 Water Absorption by Volume % 24 Hours Immersion 20.0 STANDARD SIZES Length 36'; widths 6' and 12*; Thicknesses 1' to 3" In ft ' Increments GOVERNMENT SPECIFICATION COMPLIANCE MIL-1'2819D Class IV A.S.T.M. C-5t7-64.Class I & If (Flat Clock Only) THERMOGLAS INSULATIONS THERMOGLAS PIPE INSULATION Thermoglas Is a one-piece, snap-on. tine fiber glass pipe insulation tor temperatures up to 3S0* F. It is an ex ceptionally lightweight insulation composed of tong, fine, blown glass fibers bonded with thermal-setting phenolic resia It is strong, semi-rigid and resilient with no coarse fibers to Irritate hands or skin. Carey Thermoglas will not sag. rot. mold, or otherwise decompose. Resists attack of most acids and alkalies and Is not corrosive to metals. Will not chip, flake, dent, break or crumble and is unaffected by water and insects--has veiy low moisture vapor pickup. F Thermoglas pipe insulation ! Is recommended for hot water and low-temperature steam piping in industrial plants, commerical build ings and institutions. Ther- moglas can be used as an outside layer over a high- temperature insulation. It is also an excellent cold and dual-temperature insulation when used with a vapor barrier jacket. Thermoglas pipe insulation is furnished plain or with a variety of vapor barrier and weather proofing jacketings. THkiii.iOGL/tS HULL rOui.l INSULATION TY7S F Thermoglas F Roll Form is an extremely fine glass fiber insulation for thermal and acoustical application -- for service from sub-zero to 450' F. It is made in a variety of thicknesses, densities and roil widths to sun almost any insulation requirement. It can be furnished cut to speciat widths or shapes depending upon quantity uses. It is available plain or faced wrtn a variety of facing materials adhered to the insulation. Thermoglas Roll Form is extremely lightweight, easy and pleasant to handle. It s flexible and resilient, runs quickly around curves and comers without special fitting Can bo cut to desired shape and size wrtli an ordinary krufe and can bo tirmiy fastened in place with adhesives, wires, metal screws or washers, furmshed in minimum roll widlh ol 6*. maximum roll width 72". Standard Stock widths nro 24". aG". 40" and 72". . THERMOGLAS ROLL FORM INSULATION TYPE TX Thermoglas TX is made from long, continuous, textiletype glass libers... the same as used in plastic reinforc ing. These fibers are drawn from stabilized calcium borosilicate glass to an average diameter of 9 microns. They re chopped (2" to 4' long) and firmly bonded in random orientation with a thermo-setting phenolic resin. Ther moglas TX strength, resiliency, and ability to retain full thickness from repeated compression are unequalled by other Insulating materials. It is easily cut for installation. Thermoglas TX is available plain or faced with a variety of facing materials adhered to the insulation. Thermoglas Roll Form is very light weight with excellent thermal properties. It affords a low cost insulation for both therm al and acoustical conditions. Available in same widths as Type F. T;i:i;.;oGLAs rjll form insulation p.o rr:a.*3 Thermoglas 20 Series thermal and acoustical insulation is an efficient fiber glass blanket insulation composed of extremely Tine glass fibers bonded together with a ther mo-setting phenolic resin. These fibers are spun from a carefully controlled borosilicate glass mixture, and their line diameter ensures a multitude of air spaces. Thermoglas 20 Series is a versatile insulating material. It is available either plain-or laced (or duct wrap and many other thermal and acoustical reauirements where the temperature does not exceed 435* F. It is rated "in combustible" in accordance with the fire resistance re quirements of Standard. Federal. Military and Commer cial Specifications. It will not burn, absorb odors, rot. mold, corrode metals, or disintegrate under vibration. It is easy to handle and can be cut with a knile for simple fabrication and installation. Available in same widths as Type F. tmzx.v.oglas i:v duct li. Thermoglas HV Duct Liner is a distinctive, one piece fiber glass duct liner with graduated1 density, produced from an exclusive process, that provides ail of the de sirable features of a multi-density duct liner without the disadvantages of a laminate-type construction. There are no layers that can peel oil under high velocities (up to 10.000 FPM) and no special surtace treatment required - as there is negligible friction loss and no erosion. .i Will withstand temperatures as high as 425* F.: it will not burn, rot, mold, pick-up odors, corrode metals or dis integrate under vibration. Flame spread classification less than 25. Available: Vi', 1*. f%* and 2' thick and in any width from 24" through 48". . . ,. . v*wl 1*4 !(#% W F% 8 * W * . .4 , Thermoglas Insulation Board Is an improved semi-rigid glass fiber duct insulation lor temperatures up to 250 ` F. a is composed ol line glass libers bonded together with a phenolic resin binder. Available plain, with factory ap plied vapor barrier facings, or spray coaled on one or two sides, with a hrc-rcsistant neoprene compound meeting NOFU requirements. Thermoglas Insulation Board is easily cut, quickly han dled -- pioduces neat rectangular corners -- no scor ing necessary With a vapor barrier facing, it is ideal for cooling, ventilating nr dual tcmpeiatmo ductwork. Fur nished In 24" x 40' sheets. In thicknesses of Vi", %\ t*. in- end 2*. RECOMMENDED SPECIFICATIONS AND APPLICATION PROCEDURES The following specifications aro of a general nature. Ap plication procedure and material approval to meet job requirements are the responsibility ol the design engineer. w# * All pipe Insulation shall be applied over a clean, dry sur face. Sectional Careytomp under 12" in diameter shall be Installed with all joints closely butted together and se cured in place by pasting down the canvas laps, furnished with the covering, in a neat and workmanlike manner. Insulation on pipes over 12" in diameter and all outdoor piping shall be wired in place with 16 gauge soil annealed Iron wire on approximately 9" centers. Where double layer insulation is applied, the first layer shall be secured with wire, the second layer should be applied with all joints staggered and secured with wire. Elbows shall be insulated with Premolded Carcytemp elbow covers wired in place and finished by pasting on a 4-oz. canvas jacket. Other fittings, flanges and valves shall be Insulated with covers fabricated from Careytemp Pipe Insulation or built up with MW-One cement It is recommended for large vessels, such as towers, tanks, stills, etc., that angle iron supports be installed on 12-lt. centers. On large vessels, vertical angle iron mem bers should be installed to hold a 30-11. maximum length of the securing wire or band. Horizontal vessels over 6 feet in diameter should have two steel angles welded to the vessel shell approximately 30 degrees below the horizontal center line. The depth ol these supports should be held to Vs " less than the insulation thickness. r:?z ccvzr.irc, Piping shall be clean and dry and shall be tested before insulation is applied. Por hot water, cold water and low pressure steam lines SO" F. to 250* F. All cold water lines shall be insulated with Thermogias (snap-on type) pipe insulation having a universal jacket. Hot water and low pressure steam lines shall be insulated with Thermogias (snap-on type) pipe covering having either a canvas or universal jacket. See the Carey Indus trial Insulation Manual for proper thickness. Indoor piping under 12" diameter supplied with a factory applied jacket requires no additional finish under normal conditions. Indoor piping over 12" diameter shall be finished with a 6-oz. canvas jacket neatly pasted in place. Outdoor piping shall be finished with a 45-pound organic or asbestos felt jacket with both longitudinal and hori zontal joints lapped a minimum of 2". The jacket shall be secured with 16 gauge copperwefd wire on 9" centers or VS" wide galvanized banos on 12" centers. Other types ot jacketing such as alumioum. sheet metal, plastic coat ing, etc. may be installed as recommended by the manu facturer. All indoor fittings, flanges and valves shall be pointed to a smooth surface and finally finished with a canvas jacket neatly pasted in place. Outdoor fittings, flanges and valves shall be finished with a '/" (Vi" dry) coat of Thermotex-B Emulsion reinforced with 1' wire mesh. CAr.ZYT" f\ *i ^ -V- ... * v ; i o Surfaces over 24" diameter up to and including 60* di ameter shall be insulated with Carcytemp curved seg ments securely fastened in place with t6 gauge black annealed wire or ' * " x .020 galvanized steel strapping and seals on 12" to 18* centers. All joints in me segments shall be staggered. All vojds and joints shall be pointedup with Carcytemp or MW-One cement. Tpcn apply wire mesh over the insulated surface. Finally, apply a 3*~ to % ' coat of Carcytemp or MW-One cement over the wire mesh. If Carcytemp cement is used, it shall be applied m two coats with (ho second layer troweled smooth. Indoor work shall have a final 6 or 8 ounce canvas jacket neatly pasted in place over the insulated surlace. Outdoor ap plication shall be weatheroroofed by applying a V< " (Ik * dry) thickness ol Thcrmotcx-B Emulsion reinforced with 1" mesh wire. For Cold and Dual Temperature Piping-35* F. to 250*F. Thermogias (snap-on type) pipe covering having a white or black vapor barrier jacket shall be applied in thick nesses as outlined in the Carey Industrial Insulation Man ual. Adjoining sections shall be tightly butted together and the longitudinal seam of the vapor barrier jacket sealed with lactory-supplied collars applied with vapor barrier cement ' a:;LAr. duct irisuLATicrj Thermogias "TX" or "F" Roll Form duct insulation shall be adhered to the duct with a suitable adhesive applied In accordance with the manufacturer's recommendation, it is recommended that tying cord, tie wires or staples be used to secure tne insulation until the adhesive sets. On large flat or curved surfaces. Thermogias Roll Form shall be impaled on welded or cemented pins on suitable centers to keep the insulation tight against the surface. All joints shall be butted tightly together. When a factory-applied vapor barrier or other type of facing is used, all joints shall be sealed with a tape or facing lap tightly cemented in place. It is important that a tight vapor barrier i.ickct be provided on ail surfaces that operate below ambient temperatures. /*:: irl'CT L! \ Ducts requiring insulation liner snail be lined by adhering Thermogias "F", "TX" or H.V. duct liner to the interior duct surface with a heavy coat of quick-set adhesive. All joints shall be tight and coated witn adhesive to be sure of a smooth and cojtcd surlace to face the air stream. Insulation for all ducts over 24" wide or high shall be additionally secured with mechanical fasteners such as welding pins and clips or sheet metal screws and washers. . .... * r* / Surfaces over 60* diameter shall be insulated with Carey tomp Hat block securely fastened in place with 16 gauge black annealed wire or >*" x .020 galvanized banos and seals on 12" to 18" centers using staggered joint con struction. Point all voids and joints with Carcytemp or MW-One cement. Then apply wire mesh over the in sulated surface. Over the mesh, apply a *" to t" coat ol Carcytemp or MW-Onc cement. II Carcytemp cement Is used, cement shall be applied in two coats, the final coat to bo troweled 10 a smooth hmsh. Indoor work shall hnvo a final 6 or 8 ounce canvas jacket neatly pasted in' placo over the m'.tilatcd surface. Outdoor application shall bo weatherproofed by applying a (" dry) thickness of Tlieiniotcx-U Emulsion reinforced witn t" 0 mesh wire. External Application: Impale Thermogias board on welded pins spaced 12* to 18" centers and secure with suitable speed nuts. No surlaco shall have less than two rows of studs. Internal Application: Ducts requiring insulation liner shall bo lined by cutting pieces to ht the duct interior. All joints aro to be butted tightly together. Tho linor shall bo fastened to tho duct with a heavy coat of quick set adhesive over the entire surlaco. The top and bottom pieces are to lap the side pieces. All cxjiosed edges ol tho insulation ai the duct ends shall bo coated with adhestvo and the coated surlace shall taco the alrstioani. Insulation tor ducts over 24 ` wale or high shall bo additionally secured witti ntochamcal fasteners such as wulding pins. ^ MINERAL WOOL AND FLEXIBLE TUBING INSULATIONS INDUSTRIAL MINERAL WOOL BLANKET Mineral Woof Blanket is a highly flexible industrial insula tion for temperatures up to 1200* F. It is made from felted, high-temperature, moisture-resistant spun mineral wool secured between various metal fabrics, providing a highly flexible insulation. It does not damage easily in handling and can be readily cut and fitted around pro jections and irregular shapes. Mineral Wool Blankets are recommended for insulating boiler breechings, hot air ducts, industrial ovens, dryers, precipitators and similar heated equipment, especially those having irregular surfaces. Soecial mesh or metal facings to meet other f--- specifications can be fur- . nished. Standard sizes: 2* x 4' and 2' x 8'. Stand- ard thicknesses: 1 ", 1 Vi", ' ' '' * * 2*. 2Vi 3", 3Vi ", 4'. 5* and 6*. Thermal conduc- ' tlvity: At 100* F.--224. ; At 600* F.--.567. L-- SPUN MINERAL WOOL FELT INSULATION Spun Mineral Wool Felt Insulation is made in semi-rigid sheets processed from long, fine fibers of spun mineral wool. Light in weight, with density from 3 thru 8 lbs. per cubic foot, this insulation is easily handled and quickly Installed. It provides a high degree of thermal efficiency and will not absorb moisture. It is recommended for a temperature range of 500 to 600* F. Spun Mineral Wool Felt Insulation is inorganic in com position and does not Cause corrosion of metal duct surfaces. It's easy to cut with a knile to conform to ir regular surfaces. Recommended for same uses as Indus trial Mineral Wool Blanket. - Furnished in sizes: widths 12*. 15*. 20* and 30*; lengths 30* to 60*. Thickness 1* thru 4*---Vi* increments. IWl' !.!. cit/iL w *T`wr** 1 7CF Mineral Wool Insulation is a versatile insulation that can be readily applied to a wide ranqe ol surfaces. 7CF is composed of Iona, line mineral floors bonded toocther with a non-punkinq binder. Recommended for insulating surfaces up lo TOO F. An ideal insulation for insulating boiler walls, hot gas ducts, hot process tanks and equip ment. 7CF Mineral Wool Insulation has a density of 8 lbs. per cubic foot. Standard sues: JO" in width by 24 ' and 48"* In length. Thickness 1" throunli 4" in 'a" increments. Thermal conductivity: At 100' F.--.242. At 400 .---.484. tub:::g insuLATicr.' Flexible Tubing Insulat^n is a tough, flexible, unicellular material constructed of millions of uniform closed cells; oil and flame resistant: can be cemented to steel, copper, enamel, aluminum and itself. For insulating piping and copper tubing; temperatures up to 200* F. Flexible Tubing Insulation cSn be bent, twisted and formed. Yet it is so resilient that it springs back to its original shape when put in place. It is recommended for insulation of dual temperature lines carrying hot or chilled water from a central system to air conditioning units. Many ol these, tines are formed copper tubing and are difficult to insu late. even with semirigid materials. Available in ;i sizes from Y* through 3V4* LO. Thermal con ductivity: At 70*F.---.25. At 110* F.--.26. This material is also available in flexible sheet form in 24* x 60" size, with thicknesses from V * through V* " in V* * increments. Thermal conductivity: At 75* F.--.28. , Sacrrd Me.tit Hospital. Lau Clauo. Wisconsin. 9 CEMENTS AND ADHES3VES . CAREYTEMP ASBESTOS CEMENT Oue to the high resistance of Careytemp insulation to moisture, ordinary asbestos cements are not recom mended. Careytemp Asbestos Cement has been devel oped for use where an asbestos cement is required over Careytemp. It dries to a smooth, hard white surface, will take an initial set in two to three hours and reach a satisfactory condition of dryness in 24 hours. Furnished in multi-wall 50-lb. paper bags. MW-ONE INSULATING CEMENT MW-One Is a combination insulating and finishing cement for temperatures up to 1000* F. Carey mineral wool pel lets and other ingredients, including rust inhibitor, are combined to form this monolithic, all-purpose, fast setting finish cement that insulates as well as protects. MW-One is applied quickly and easily in a single coat, ft has a tough, smooth white surface and has negligible Shrinkage. M'tV-One sets in two to three hours. It is rust Inhibltive, non-combustible and water resistant. MW-One is used for valves, fittings, tanks, ovens, hot air ducts. It can be applied directly over any insulation or it can be used as a finishing cement for Carey MW-50. Furnished in multi-wall 50-lb. paper bags. Thermal con ductivity: At 100* F.--.54. . NO. 303 ASBESTOS CEMENT (General Utility) Composed of asbestos fibers and bonding clays. No. 303 Cement is a general utility cement lor finishing and point ing up fittings. It sticks to all surfaces and fimsnes medi um hard. Furnished in multi-wall 50-lb paper bags and 100-lb burlap bags. - MW-50 INSULATING CEMENT MW-50 Cement is a complete insulating material in itself. Special MW-50 nodular mineral fibers are combined with bonding materials, asbestos fiber and a rust inhibitor to produce a mixture with excellent physical and thermal properties. MW-50 has more than double the insulation value of ordinary asbestos cements. It adheres to both warm and cold surfaces. A 50 lb. bag oi MW-50 Cement covers pprox. 25 sq. (t. one inch thick and insulates as well as two or thrcc-inch coat of ordinary asbestos cement. MW-50 Cement is an excellent monolithic insulation for valves, fillings, expansion joints, heaters, exchangers, access doors, water tube boiler walls, tanks, stills, drum heads and other heated equipment cpeiating at temperalures up to 1800 F. It is particularly recommended tor Irregular surfaces. Furnished in muUi-wail 50-lb. paper 10 bags. 1 normal conductivity: At 100' F.--.41. NO. 100 ASBESTOS CEMENT (Hard Finish) Composed of asbestos fibers and bonding clays. No. 100 Cement is specifically designed to give a hard, smooth white surface over block work or other insulation. This cement has very low shrinkage. Furnished in multi-wall 50-lb. paper bags and 100-lb. burlap bags. vrrr.icsL cement ' ::rrrtnry Composed of asbestos fibers and bonding materials. Vitricel Cement is a dry. semi-refractory hydraulic ce ment for temporatures'up to 1900' F. It's used for point ing up joints and cracks in stack and breeching linings, covering metal parts exposed to hot corrosive gases and surfacing block insulation installed inside breechings, ducts, economizers. Vitricel Cement resists moisture and has a very low drying and heat shrinkage. Furnished in multi-wall 50-lb. paper bags. !./-20 ASBESTOS CE;-.;EfJT {`.o.-ij FiL-sr) Composed of long asbestos' fibers and bonding days. It is a medium hard finish cement tor final surfacing of insulation where expansion strains are severe, such as over boiler water walls. This cement trowels to a smooth white finish. Furnished in multi-wall 50-lb. paper bags and 100-tb. burlap bags. 7F.1-90 ASBESTOS SHORT CTULATICN CEMENT Recommended as a finish over preformed insulations for temperatures up to 1000' F. Furnished in multi-wait 50-lb. paper bags and 100-lb. burlap bags. Fibrous Adhesive is a fibrous plastic cement of thin troweling or brushing consistency, composed of asbestos fibers, silicate ot soda and filler materials, it is designed for laying up insulating blocks and making fittings. It makes a very strong heat-proof bond that is unaffected by temperatures up to 800* F. Furnished in 1-gal. cans, 5-gal. pails and 55-gal. drums. <:* :s- A special composition ot asbestos fibers, silicato of soda and additives to provide a satisfactory adhesive which must bo used with highly moisfurc-rcsistant Careytemp insulation. Careytemp Adhesive is similar to Fibrous Ad hesive m consistency, application procedures, coverage and tcmpcratuie luiut.itioiis. It can also be used with other types of insulations. Furnished in 1-gal. cans or 5-gal. pails. r G O PROTECTIVE COATINGS THERMOTEX-B Thermotex-B is a breathing-type weather-resistant coat ing Ior temperatures up to 200 F. It is a combination of asbestos libers, emulsified asphalt and mineral stabi lizers. Forms a cetd plastic water-resistant coating which Is applied by trowel in one or more coats. Thermotex-B is recommended as a durable coating lor Insulation on hot equipment, ducts, vessels, breechings: tanks, towers, heat exchangers and liftings that are sub jected to weather conditions. It is especially suited for oil and chemical plant use be cause It resists acid and al kaline conditions and can 1 be Installed over insulation that is not completely dry. Afterapplication over moist Insulation, Thermotex-B al lows the trapped water va por to escape while re ts;-* r l - maining impervious to sur face water. Furnished in 45-lb. pails. 260-lb. drums and 470-lb. drums. INSULATION SEAL Insulation Seal is a ready mixed asbestos fibrated bi tuminous mastic. It is especially compounded for cold application over most types of insulating materials. It protects the insulation against damage and loss of effici ency by the penetration ol v.ater and water vapor. Made in spray or trowel consistency. A fire-resistant Insulation Seal is also available. Insulation Seal can be used on pipes, curved and flat sur faces of all kinds. It will ho`-d its bond on homontal. verti cal, sloped or inverted surfaces. Designed for application over insulation such as asbestos cement, rock wool base cements, cellular glass. fibrcglass,.mmeral wool blankets. It is specially recomcndSd for systems operating at temperatures below dew' * ,% w *i r point, dual ' temperature * . systems (200` F. maximum surface temperature), and systems subject to long; S'l ,shut-down periods. Fur nished in 1-gal. cans. 5-gal. j t pails, S4-gal. drums. *V' v. r*o. r.i '* No. 51 Emulsion is composed of asphalt, water and ben tonite clay, with troweling consistency. May be used as a prime and bond co.it for insulation and cold storage vault and other low temperature insulated construction, as well os for temperatures up to 200" F. Mixes well with asbestos fibre and sand to mako "ontlio job" finished coats. Furnished in 5-gal. pails and 55-gal. drums. PVA NO. 100 EMULSION COATING PVA No. 100 Is a polyvinyl acetate emulsion coating and Is recommended for both indoor and outdoor application. PVA No. 100 is designed for use over insulation, con crete, einderblock. asbestos shingles and brick. It will provide an unusually tough, flexible and weather resist ant surface. Easily applied by palm, trowel or special spray equipment in thickness from one-sixteenth pi an inch to one-eighth inch depending on the protection needed. . PVA No. 100 Is available in 7 colors and white--buff, green, gray, blue, yellow, black, and red. ?. 220 FICRATED EMULSION No. 228 Fibrated Emulsion is an odorless composition of bentonite clay type emulsified asphalt and asbestos fibre similar to Thermotex-B, with a troweling consistency. No. 228 can be used as a weather-resistant coating to protect insulation exoosed to weather, chemical fumes and liquids. It is applied to wire mesh stretched over in sulation; on insulating air conditioning ducts as a coating or for "running the seams" on rigid duet insulation. As a protective damp-resistant coating on foundation wails and perimeter insulation, it can also be used as a mastic finish coat in cold storage vault construction. Recom mended for temperatures up to 200' F. Furnished in 1gal. cans. 5-gal. pails, and 55-gal. drums (Nominal). :-ccte r.v.sTic Carey Cork-Cote Mastic is an asphalt-base mastic con taining a high percentage of granulated cork. The mastic film protects equipment from weather and corrosion and decreases the possibility of condensation forming on the equipment ' Carey Cork-Cote Mastic is used by the refinery, chemical and petro-chemicai industries as an anti-sweat insulat ing and weather-resistant coating applied directly to the primed metal surface. Used on fractionation towers, oil or water storage tanks, ducts and pipes. Recommended for temperatures up to 2C0 F. Furnished in 5-gal pails and 55-gal. drums (Nominal). . v.. i* i U C .T Carey BTU Cement is a ready mixed, asbestos fibrated bituminous mastic of a troweling consistency. It is espedaily compounded for cold application to exterior sur faces of porous masonry walls not to exceed 200 F. surface temperature. It produces a firm, tough, air-im pervious plastic film which effects an air-tight seal, pre venting infiltration of cold air through mortar joints, porous masonry and structural cracks. , BTU Cement can incrcaso boiler efficiency and save as much as 101* on fuel bills when it is used for sealing the outside walls ol buck boiler settings. It can be used in power plants, boiler rooms, lactones, apjitmcnts. hotels and institutional buildings. Furnished in I gal cans (six par carton), 30 gal. drums (Nominal), 52 gal. drums (Nominal). H - tI i_-n Vlfc>` >*, ir *t s *s r l m iu t.f'n m INSULATION JACKETING P h ilip C ttttCorpo>t<OA t1 -- ij January, 1959 I I 12 FinECLAO JACKETING Flreclad Jacketing Is a durable, weather-resistant |aeketIng specifically designed tor the protection of outdoor pipe lines where the danger of fire must be minimized. Carey Fireclad consists of a tough, substantial sheet ol asphalt saturated asbestos felt, over wmch is cemented `on one side an unsaturated asbestos snect. The complete sheet is reinforced with a fabric of tough, flexible glass threads. Fireclad Jacketing will not drip asphalt in the presence of fire and is highly resistant to combus tion. Flrectad Jacketing is recommended for use in the process industries and in oil refineries, where it affords maximum resistance to the spread of fire --and further protects the Insulated surface from weather damage. Furnished in approxi mately 45 lb. rolls 38" wide by 34*6* long, containing 108 sq. ft ASBESTOS FELT Asbestos felts in various weights are used to protect insdlated piping and equipment from weather damage. The asbestos base of these felts' is highly resistant to weather damage and provides long lasting protection. /w/i/p C4/7FK DISTRICT OFFICES ANO WAREHOUSES ATLANTA 203] Tucker Intlu,trill It4. Tucker. Crewe 30034 404--339.1505 BOSTON 763 0 Certci'4 Annul Cem&nOce. Mill. 02131 117--3/(-7700 CHICAGO 2516 t Werrtn Avenue rll-ooJ. Ill'M.I 60104 312--217-2232 CINCINNATI 1307 Alkmioit Sauer* Cineinntli. Okie 4524S SIS--321-3000 CLEVELAND 16350 Hummel fte*4 Cleecln4. 0re 44142 214--471 (270 DETROIT 14420 timneie Avenue Dentil. Mic.Vran 43233 31S-363 2600 EDISON 514 Amlin Center Ne l*rr, 03317 701--434 0530 HOUSTON 1403 Kerim rent Oik Xee4 krnttn lt*n 77074 711-416 37(1 INOIANAPOI IS IIII5 11i-ki.n Bun* lnj.,n>,,.i. InJ.jne 1(733 317 JM4J1J MEMPHIS 1510 Oitnlm X,4 Memphis Icrncist* 31107 901--57( 1361 MONTREAL Ik, Pkrlit Cert, Ce.. tie. 95 StiMen BeutteirA Title Si. leurenl `Memlrtel 3. ft).. Cene4a :51--743 3331. NEW YORK * Smitm Jl/ecl t Vitlary (n4|e Peru Amfcei. N 1. 03862 201--32(4181 PHILADELPHIA 24tli en< Seller An pmieOeNkri Pe. 13172 21S--2736430 PROVIDENCE 40 Pelle* Xet4 Cent Ptevee-ie X I. 02916 401-434 0750 ST LOUIS ICI47 M.e.ett Intfuttnif 3li4. Sr teun. mi.iuur, (3137 314--173 5500 WASHINGTON 13710 M Street Bellteille "'>nn4 2070$ 301--474 3372 WEST COAST lei e-.r'ri A*ee Intuiititn, O.vitipn 517 Se llnnteiee Pet* XJ Menitiet Peri Cel.f 11/54 213-743 365/ Olker Tk,n let 4nCele, Arte 73711 >ree, One* Sente le V'*ci CeM 90(70 213--863 74i) ASBESTOS PAPEn AND nOLLBOAHD Asbestos Paper and Rollboard are strong, flexible, fireresistant sheets composed of pure Canadian asbestos fibre and free from hard, rocky particles. 6-lb. and 8-lb. Commercial Grade Asbestos Papers arc used extensively in the manufacture of various pipe insulation and electri cal insulation. The 10-lb. and 12-ID. papers are used lor wrapping hot air furnace pipes. Heavier weights are used for lining stoves, ovens, gas ranges and for making gas kets, filters and discs. Furnished in standard widths of 18", 24", 36" and 37 Vj " roils. Special sizes can be made to order. Acmr.TGS r.::LL3GA::o Asbestos Millboard is made from pure Canadian asbestos fibre pulp mixed with t nding materials and formed in sheets. Asbestos Millboard is used extensively in the electric heating field and glass industry. It is recom mended for use in fire screens and partitions, as a fire proof lining for ceilings, walls, floors, elevator shafts, motion picture machine booths, ranges, stoves, grates, electric ovens, sterilizers and roasters. No. 7 grade with stands temperatures up to 800* F.; No. 1 grade with stands temperatures up to 10G0* F. Furnished in 42" x 48* sheets in thicknesses from !fa* to 1". y:~.\r.tc F2LT3 Organic felts are available tor economical weather proofing of piping and equipment. They do not have the aging characteristics of asbestos but will provide years of satisfactory protection. r/efrj CINCINNATI, OHIO 45215 WARRANTY--We warrant our materials to be of seed auality and will replace material proved ce'eetivc. This warranty is in lieu of all others exorcss or implied anti may not be extended by representatives, written sales intarmatien or drawirgs. white we recommend uses lor our material p.isea cn tests bciit.cd rciiaotc, we in no way guarantee particular methods ol use or application or performance under special conditions. - Descriptions and specifications contained herein were in effect at tae time this publication was approved ter printing, ive reserve the right to discontinue products at any time or change scco-'icahons and/or designs without notice and without incurring obligation. ' file. U tte A