Document LKoNYO2YagBJ2MwX70vDBNB8q

RU3ER01D CALSIL1TE Jr ' an improved calcium silicate insulation for use on v process and power steam piping and equipment Calsilite offers distinct application advan tages to the cost conscious user. Calsilite Insulations are quickly and easily applied, light and convenient to handle. Calsilite sections fit accurately on standard pipe sizes, finish smoothly and provide a fine, neat appearance with a minimum of labor cost. Calsilite -- normally provided with standard weight canvas jackets -- may also be finished with heavy canvas or other types of weatherproof jacketing. ) Advantages: : Improved thermal design: Radical new formulation of j Calsilite means superior strength and durability under / almost any exterior or interior industrial conditions. Calsilite is non-soluble in water and is not affected by : most normal acids and alkalis. It retains its shape l under all conditions, including excessive condensation, j high humidity . . . even complete saturation . . . yet ; returns to normal thermal efficiency when dried out. ; Improved texture: Texture of Calsilite is so fine that insulation can be easily cut for any application. Even r the smallest segments can be mitred with a minimum ` of breakage or crumbling. Reduction in loss of material \ means increased savings. Ease of application: Calsilite is easy to fabricate, even ' for the most involved or detailed application. No spe* cial equipment required. Compatible Ruberoid cements ` finish joints and fittings neatly and evenly. *. Variety of shapes and sizes: Made in half-sectional, j three segmental and regular segmental shapes as well ; as block forms, Calsilite eliminates the need to stock a variety of different types of insulation. Sizes corre spond to standard iron pipe and copper tubing. .) Physical Characteristics Thermal Conductivity (BTU/sq. ft./inch/hr./*F.) Density Moisture Absorption (Volume) - Flexural Strength - Resistance to Abrasion Change under Soaking Heat ` Unear Shrinkage ' *' Compressive Strength at 200*F. (Mean) .................................................................o 35 300* F. 400* F. 500* F. 600* F. " ** M M ..................................................................0.40 .................................................................. 0.45 .................................................................. 0.50 ......................................... i.................... 0.55 (Average) ........................................................... 12 Ibs./cu. ft After 6 hours exposure in 3trr.csphere of ?0% relative humidity at 120*F. dry bulb temperature . ...0.7% Lbs./sq. in. (average)............ .................................... ..100 Loss in Weight (Max.)After10 min........... 10% Loss in Weight (Max.)After20min. ............................20% Loss of Weight " *' ' 24 hrs. 1200*F.............................__________ 7.5% 6 hrs. 1000* F............................... ................'.`.-...7.0%; 24 hrs. 1200*F...........Ct:............____________ 1.5%. 6 hrs. 1000'F..................... ; .. ;:... ;0.8% 5% deformation after Immersion in v>2ter for 16 hours while wet (Min.) ..........................*............. ......... .. ... 175 psi' Recommended Thickness for Commercial and Industrial Design V Pipe Covering EJcck _ pipe size 200* % % . 1 " 1%. 1% 2 2% * 3 4 a 1 1 1 1 : 1 1 1 1 5 U4 6 ' 1% 7 1% 8 1% 9 10 12 u.. 1% 1% 1*4 ` 1*5 16 1% 18 1% 20 . 1% 24 1% ^Calsillte-Hl - For temperature of pipe (*F) 400* 600* boo* 1000* 1250* -1V4 2 l'/l 2 1% 2 l1/* 2 1% - 2 1*5 VA 2 .. 2 ... 2*5 2% -2%` 2'A -2%- 2% 3. 3. 33 .. 3 3 -- 3% 3% - 3 3 -3 3% 3% 3% -^3*4 1% -2% 3 3% . 4 -2 2 \ * 2 2% 2% 2% 3 .:3 3 ' 3*43% 3% 4 -.-4-* 4 "2 V, 2% 2 2% 3.. / 3 .. 3 *4-.^ --4 ..... 3% : 4 . 2` 2% 3 3*4 ;4 2 2% 3- 4 -4*4 2 2% 2*5 - * 3 3% A -v '4% 3% 4 . 4% 2% 3 2% : 3 3% " 3*4 ` 4r A -4*4 ,4% 21/* ' . 3 . : 3>/a * 4 '-? .-*4% 2*5*7- 3 ' 3% * 4 *-4% .-ambient temperature 80*F equip- . . commercial temp. . . (110*F max. ' (*F) . - ' surface temp.) ' power " (130*F max, surface temp.) process (150*Fax. surface temp.) 200. . ;. / 300 V`:. 2*1*4 .U': -r.'iiir.vy-v .VI . ixoo Vr- t :.---42% V/' : - soo--! -. V-" ->3% *V 600 ' r.' -4*4 ./I. 700 .S007;f./;. ' 900*:*'. Le"* ''t-- ^***r - tic. a .* T * , 7 - * *- .* V :i2 `:""3 '.V-"- 1000 ' : 'r- - - 1100- %**>* .'ri.vvn: 6 -t3*4'.; - *4L.C 1200 - 6%: - _ -4%;- *. ' . . ' r*v ../L-.' - r..- > ..............- . 1*..-H %V. -.`.vXJw.v'.'il-.'.'C # | * . *. * Note: It I* recommenced that double layer spoliation with stauered . . joint* be used on ell .installations of 600* up. . --- temperatures to 1800*. For Information regarding Calsilite-Hi, contact New York offiee..^-1 :V'jKiiTivj 1 ' ; The RUBERQ13 Co. R13BER01D i/NA 100 muiti-purpose insulation jacketing ^ superior in appearance . . . superior wherever atmospheric conditions present severe maintenance problems... no specialised Installation Rubercid T/NA 100 is a new and revolutionary materia! that represents a major break-through in the field of insulation jacketing. T/NA ICO is the first and only flexible jacketing to be vir tually fireproof and provide unparalleled resistance to outdoor weathering. Because of its un usual f'exibiiity and workability, T/NA 100 simplifies the application process and offers a significant saving in installation costs. The versatility of T/NA 100 makes it as effective for covering insulated tanks as for protecting insulated piping. .. Rubercid T/NA 100 combines asbestos fibre, an inorganic material of established durability [ and flame resistance, with Tediar, a new PVr film of unique characteristics that has beer. > developed in the laboratories of Du Pont. The asbestos fibre is formed into a tough asbestos ' ^ felt, using an elastomeric binder. "Tedlar" is permanently laminated to the asbestos fe!t with :l an elastomeric adhesive. Rubercid T/NA 100 also eliminates any need for painting or weatherproofing, thus setting a standard of durability and maintenance-ease never before attained in any insulation-jacketing material. Du Pont'* Rogistarod Trademark '-`it `Zz&mmm . :;Substaniia^^ '' FrexibleJ7NA-lo6'W^ . positron? and may- be secured..with: .'TI*arB'oydma^st2pfegun/Aif.jofnts areTT.>.: ^BV-.sVaI^w:t|r.T/NA.lpOfFin!shingTapelvuj|- Features: Flexible: Tough and flexible over wide temperature range, from minus 50*F to over 200 *F. Flame-resistant: T/NA 100 has been labelled with a flame spread rating of 25 by Underwriter's Laboratories, Inc. Weather-resistant: Exposed surface is "Tedlar" and is essentially unaf fected by ultra-violet light. Will not chalk, craze or erode on exposure; will not cor*cde in industrial atmospheres. Chemical and solvent resistant: Retains its form and strength even when boiled in strong acids and bases. Unaffected at ordinary temperatures by many classes of common solvent, including hydrocarbons and chlorinated solvents. T/NA 100 is impermeable to greases and oils, is unaffected in strength and appearance by soil bacteria. Designed for multi-purpose use: Flexibility of material permits its use over large areas as well as narrow-diameter pipelines. \esistant to puncture and abrasion: Tough "Tedlar" surface is designed to take wear and tear. Easy to repa' "-mage can be readily repaired by patching with T/NA 100 Finishing Tape. Bright white surface: Attractive, highly reflective. Other colors under development. Iph -f 11 |!l;-r3a . ' '.<-V . Spsci7ic3tioas:F-/'^^F:F'-'-' iy-T-.Vi/bth of Hell -y:5.5. in. jylyUr.gth..vJ f-yjTM--;-l5.7 lin. ft. i-n -.-Area ;(Grcss) ; .W./.-7500.0 sq. ft.': ~ > . ^ - ... " ' - , ZT7'A:orex..Shipping Weight '.';.'iru,A60.0 lbs/. The RUBER0I0 Co. Toer Glass Fins Insulation ' for use on hot, cc'j and chilled water lines; brine, refrigerant and special process ;>es; dual temperature, steam and other hot i;n - .0 37Q*F. ------ir-rrm niii .........in i~n> nn--ii muii i : This lightweight pipe insulation is made of long, fine glass fibers ; bonded together with a thermosetting resin. Lightweight and one piece construction with "spring-hinge" full length opening and auto- j matic c!cs-ng feature speeds on-the-job handling. Resiliency of glass ^bers prevents breaking and crumbling of edges, saves waste, makes t t:ghter jc:-ts. saves patching costs. Sizes Available in three-foot sections, in standard wall thickness and sizes for iron pipe and copper tubing either bare or with factoryapplied jackets. lAfKETlNG* INFORMATION.- C.**ivasc 4 cs^ 5 oe, and S or.. in addition to-standard canvas.." ' G>' General ?uow:- white bleached Vraft" laminated to aluminum foil. Recommended for /j* and thicknesses in all pips sizes. . *Y . .* . Vapor Barriers . .. '.V**; . " ' . Dual Temoeraturer..*-'.. !yY*v.. i'I,..' - .. _ WX Wh'te Vapor 8amerr three-ply with-white-bleached kraft; aluminum foil; and black asohat->moregnated Vratt. .. ..> - -- *- '- FS name Ban fire-resistant jacket!. U.L. flame-spread rating; 25. Three-plyi outer ply wnite- bleached embossed-kraft bonded to aluminum- foil with flame-extinguishinj adhes.ve. reinforced with fiberglass both-directions. ' Weather Res-stanc three weights of roofing-felt available--35 lb.. -IS lb.. 55 tb. and pre mium oualiry P.C. Flexstone. For 2- thick and over pipe insulation, for all pipe sizes. * factory applied. -: ' :jsr Glass insulation... fine fibered % u* " jerever the greatest thermal and acoustical efficiency in the smallest space is required imflgmiww wcipwjt This low density, resilient, blanket-type thermal and acous lation is made of long, extremely fine, glass fibers, bonded with a thermosetting phenolic resin. The insulation will-easily conform to curved surfaces and angles . . . resists breakdown and sagging from vibration and bumps . . . yields under impact without damage. Facing Information - . Available on all densities arid thicknesses either with no tabs or with 1 or 2 2-inch tabs RKL lightweight vapor barrier paper (Reinforced Kraft. Ught): Two layers of 30>lb. Kraft paper, reinforced with fiber glass yam scrim . (1' x 1' spacing) in asphalt lamination. .001 AL .002 ALX FSK Alummum Foil Aluminum Foil (Recommended as vapor barrier) High degree of heat reflection. Foil adds its . own insulating value through its excellent radiant heat reflectivity. Incombustible. Reinforced Foil and Paper (Foil. Scrim. Kraft): A layer of aluminum foil, reinforced with fiber glass yarn mesh and laminated to 40 lb. fire-resistant Kraft. Very strong. Foil adds to insulating value. APV Vpv ,.i?v Vinyl Plastic Aluminum white or green pigmented. Effective vaoor barrier. Provides attractive finish. . .. FSKL Foil Skin Kraft, lightweight plastic Coating, black. - Dimensions! Limitations, Standard Product density 6L .75 lb. l.o ib. i.5ib. thickness vr r.ivT. 2- 3' vr . IM'/j- 2* */* r vi -r width 24'. 36". 43-. 72" 24-. 36". 43". 7224". 26'. 7224", 36'. 43-. 72' 24". 36", 43", 72* 24". 36". 43". 7224", 35\ 43". 72" 24". 36'. 43". 72' 24". 36". 43'. 72' 24". 36*. 43*. 72' length 20C* 100* SO' 2C0' ICO* 50* 200' 100* ICO' so- f 1 i 1 Special :i'csr insu'sticn ulating housings, plenum chambers, ar.d air conditioning ducts in offices, facirriss, stitutional and commercial buildings of ail kinds i'J This insu i`Jon is felted from long, tough, super-springy siliceous fibers of '."'usual fineness. Extremely low in thermal conductivity, it has a temperature limit of 450*F. The fibers are non-abscrptive, )' corrcsion-'esistant, moisture-resistant and incombustible. They have ;j been treated to resist capillary action, will neither rot nor mildew. Standard Sizes, Thicknesses and Available Facings WL per Width, Thickness, -'Type Cu. ft. lb. Length inches . - inches ' l ' No. 411 ('-ft* tie) 3.00 48'. 60' - 30 - l'to5" t No. 411 (fie* t`e) 3.00 25* (rolls) 30 . 1 No. 412 (sem -ngid) 3.50 - 48', 60' 30 . - 1"to 2"* l"to5" No. 413 (ser--rigid) 4.25 ' - 48'. 60' 30 - - . 1" to 5"* l No. 414 (se---rigid) \ ' No. 415 (se"-rigid) 4 No. 416 (sei" i-rigid) 6.00 48'. 60' i 30 vr. v*" 41' to 4'* 8X0' 48', 60'- 30 Vj*. vi'irto^'* 9.00 ' ' 48'. 60' 30 ' Vi*. Vi'&l'ta 2- |.l t ** in increments. w* . \ * P Facings VS. FSK. APV VS. FSK. APV VS. FSK. APV. AP VS. FSK. APV, AP VS. FSK. APV. AP VS. FSK. APV. AP VS. FSK. APV. AP - . . Facing Information , ' VS: Heavy asphalt-kraft paper. Applied w.n ' wrap around edge to 413, <314, 415 & 416. Applied wnn no edge wrapping to r - one surface-of 411 and 412. FSK: Foil scrim kraft. flame resistant. APV: .0C4" aluminum pigmented vinyl film. AP: Asbestos paper. . Fiber Glass Insulation textile fibered for use as a duct liner and duct wrap, for refrigerated trucks and trailers, air conditioning and heating equipment This lightweight, resilient, semi-rigid blanket insulation is composed of fine g'ass fibers, reinforced with glass textile fiber and ponded with a thermosetting resin. It is especially effective as a liner for air ccndit'oning and heating ducts . . . will absorb air-borne noises in the 25C to 4000 cps range and dampen vibration. 11 Facing Information'; \!>\ Available on all densities end thicknesses either* with no tebs or with 1 or 2 i 2>tnch tabs - . < ... - " ` I' T-:' ' '-'llfr'.V'.'h.. " " . ;)H. RKL LIGHTWEIGHT VAPOR 8ARRIER PAPER {Reinforced Kraft. Light): Two layers of 30-lb. Kraft paper, reinforced with fiber glass yam scrim *- Dimensional Limitations, Standard Product : (1** 1'spacing) in asphalt lamination. ;.V " . . density thickness . a width length .001 AL Aluminum Foil * High degree of heat reflection.' Foil adds its - .6. .75 4 7. . `1*.'1V4* - '24', 36'. 43' 100' * .002 ALX ' Aluminum Foil (Recommended as own insulating value through its excellent radiant heat reflectivity. Incombustible. , V- J.Oib. . : *.. ..2". 3' . 24'. 36", 48' 50' .i ` * .* -- ' FSX vapor barrier) . Reinforced Foil end Paper (Foil, Scrim, Kraft):. A layer of aluminum *. ' - foil, reinforced with fiber glass yarn mesh and laminated to 40 lb. vr . - 24', 36". 48' 100' r.Ti/j-. 2-- r 24". 36'. 48' - - 50' ; ` '. fire-resistant Kraft. Very strong. Foil adds to insulating value.. '*~V4* - ...24". 26". 48" 100' j APV' Vinyl Plastic ~*' i- 1M */*' -_24". 36". 48" - 50' WFY GPY * FSKL. Aluminum white or green pigmented. -. -L ` " Z'\- ' .,iI> Effective vapor barrier. Provides attractive finish. Foil Skin Kraft, lightweight plastic coating, black.' *. V "* W : -24", 36". 48" - vi* .S'*" 1*" .. ' - 24*. 36'. 48' ICO' - .. 50' ?3?rt--,z The RUSSROIO Co. 7 Jkfl? f-\ fer/%v ^\^y ^. Commercial Asbestos Paper As a fire retardant with all the properties of a thin, pliable paper, Ruberoid Asbestos Paper has a multiplicity of uses in residential and general building work and in industrial applications. It can be used to wrap furnace pipes, air conditioning ducts, furnaces, jack ets and for the protection of wood partitions exposed to heat. This product is ideal for any application where paper is desired and a de gree of fireproofing is required. Asbestos Millboard is designed to be used wherever a lightweight, in expensive fireproofing material is required. It is employed widely in insulating ovens and ranges and for lining grates, ceilings and walls. Its many residential and industrial uses are apparent when it is con sidered that the product is fire retardant, vermin proof and can be used as protection against acid fumes. Insulation Cements Ruberoid o-ers a cement for every temoersture problem . . . for bctn insulating and finishing. Terns. Product Ra-ge Grace 313 v>erai Wccl Cement 2 j CalS'lite Cement 125:'F Grade 412 Single Coat Cement 12*3*F Grade 214 Astes'.os Cement Grade 115 Astestos Cem.e.-.t lCdCF Asbestos Rollboard Asbestos ..vooard is basically the same product as Ruberoid Asbes tos Paper, except that it is made in thicknesses of and It is used for general fire proofing, and heat resisting purposes. It will withstand temperatures up to 350*F. Asbestos Furnace Tapi Ruberoid Asbestos Paper in tape widths has been cut in convenient size small rolls, making it easy to handle in the furnace industry. This tape can be used for sealing joints in the application of cellular insulation on furnaces and pipes and air conditioning ducts. Asbsstcs Electrolytic Paper This special long Ibre asbestos paper is speciticaiiy manufactured for chlcrne manufacturers us'ng electrolytic cell process. It is avail able only upon special order. seem