Architectural Insulation & Accessories Air Handling Firestopping Mechanical Metal Building Commercial Residential Insulated Pipe Supports Catalog SEATTLE 18270 Segale Park Drive B Tukwila, WA 98188 Phone: 253-872-0800 Fax: 253-872-0340 TRI-CITIES 900 East Bruneau Avenue Kennewick, WA 99336 Phone: 509-585-8885 Fax: 509-586-0803 PORTLAND 6709 NE 59th Pl., Bldg 8 Portland, OR 97218 Phone: 503-282-3275 Fax: 503-281-0010 MEDFORD 2113 Delta Waters Road Medford, OR 97504 Phone: 503-282-3275 Fax: 503-281-0010 BOISE 2000 East Commercial Meridian, ID 83642 Phone: 208-887-9955 Fax: 208-887-9675 A subsidiary of Specialty Products and Insulation Co. Website: www.spi-co.com Manufactured by B.B.M.I., LLC.
Transcript
Architectural
Insulation & Accessories Air Handling Firestopping
Mechanical
Metal Building Commercial Residential
Insulated Pipe Supports Catalog
SEATTLE
18270 Segale Park Drive B Tukwila, WA 98188 Phone: 253-872-0800
Fax: 253-872-0340
TRI-CITIES
900 East Bruneau Avenue Kennewick, WA 99336 Phone: 509-585-8885
Fax: 509-586-0803
PORTLAND
6709 NE 59th Pl., Bldg 8 Portland, OR 97218
Phone: 503-282-3275 Fax: 503-281-0010
MEDFORD
2113 Delta Waters Road Medford, OR 97504
Phone: 503-282-3275 Fax: 503-281-0010
BOISE
2000 East Commercial Meridian, ID 83642
Phone: 208-887-9955 Fax: 208-887-9675
A subsidiary of Specialty Products and Insulation Co. Website: www.spi-co.com
Manufactured by B.B.M.I., LLC.
Paragon Pacific/SPI Insulated Pipe Supports
Technical Information………………………………………. 2 Product Data………………………………………………….3 Trymer Urethane Technical Information Dow Chemical Trymer 2000………………………………4 Dow Chemical Trymer 4000………………………………6 Dow Chemical Trymer 6000...........................................8 Thermo-12 Gold................................................................ 10 Resolco INSUL-PHEN ................................................... 12 Georgia Gulf 7181............................................................. 14Intertek ETL SEMKO Specifications................................. 15 Product Images and Drawings.......................................... 22 Saddle & Hanger Compressive Strength Tables.............. 24 (Version 2.2 Written by Jim Young, DOW Chemical) Hanger Sizing................................................................... 28 Summary........................................................................... 30
Index
Revised 03/16/07
Technical Information Mechanical Pipe Shields recommends rigid polyisocyanurate insulation because it is a much cleaner material and has several advantages over Calcium Silicate. In most cases the Trymer Urethane has adequate compressive strength to meet the requirements of weight bearing loads at the hanger point. The following files outline the characteristics of Trymer Foam Insulation. Note that Trymer 2000 has a compressive strength of 24 p.s.i., Trymer 4000 a compressive strength of 80 p.s.i., and Trymer 6000 a compressive strength of 140 p.s.i. The plastic shield only enhances the compressive strengths. The only limitation for the Polyisocyanurate Foam Insulation is that it cannot be used in environments where the temperature exceeds 300°F or 149°C. The Trymer 2000 & 4000 will meet all other applicable codes. The following pages and tables provide technical information from Dow Chemical (www.dowpipe.com), Resolco International BV (www.resolco.com), Georgia Gulf Chemicals and Vinyls, LLC (www.ggc.com), Intertek ETL SEMKO (www.intertek-etlsemko.com), and IIG Industrial Insulation Group (www.intelligentinsulation.com).
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Product Data
Insulated pipe supports are made of either Hydrous Calcium Silicate or Polyisocyanurate Foam insula-tion (Urethane). The calcium silicate and urethane is available in a variety of thickness and densities. A two piece 360° galvanized metal jacket or a one piece 360° PVC jacket with a self locking lap system is available. The standard size for both types of inserts is 4 inches of insulation and 4 inches of jacket for pipes ½ thru 2 inch. For pipes 2 ½ thru 6 inches, the insulation is 6 inches with 4 inches of jacket. Lar-ger lengths for either insulation or jacket are available upon request. Hydrous Calcium Silicate has the following characteristics: Compressive Strength = 100 p.s.i average Flexural Strength = 75 p.s.i average K Factor = .2288 @ 100°F mean Working Temperature Range = -20°F to +1200°F
Tested in accordance with ASTM E84 TRYMER 2000 Polyisocyanurate Foam Insulation (Urethane) Compressive Strength = 24 p.s.i. Flexural Strength = 44 p.s.i. K Factor = 0.141 @ 75°F Working Temperature Range = -297 °F to + 300°F
Tested in accordance with ASTM E84 TRYMER 4000 Compressive Strength = 80 p.s.i. Flexural Strength = 110 p.s.i. K Factor = 0.150 @ 75°F Working Temperature Range = -297 °F to + 300°F
Tested in accordance with ASTM E84 TRYMER 6000 Compressive Strength = 140 p.s.i. Flexural Strength = 160 p.s.i. K Factor = 0.160 @ 75°F Working Temperature Range = -297 °F to + 300°F
Tested in accordance with ASTM 84 Please note that urethane has a 0.03% water absorption factor where as calcium silicate will absorb 100%. Calcium Silicate Inserts are noted as Type CP-104, CG-104, CP-106, and CG-106. The CP designates a Calcium Silicate Plastic Jacket and CG designates a Calcium Silicate Galvanized jacket. The 104 designates 4 inches in length with 4 inches of jacket and the 106 designates 6 inches in length and 4 inches in jacket. Urethane inserts are noted as Type T2-104, Type T4-104, Type T6-104, Type T2-106, Type T4-106, and Type T6-106. The T2 represents Trymer 2000, T4 Trymer 4000, and T6 Trymer 6000. The 104 is 4 inches of insulation and 4 inches of PVC self-locking jacket. The 106 is 6 inches of insulation and 4 inches of PVC self-locking jacket.
TRYMER 2000 is used extensively inindustrial and commercialapplications within the servicetemperature range of –297°F to+300°F (–183°C to +149°C). Becauseof the critical technical design aspectsof many of these applications,qualified designers or consultantsshould design the total system. Dowcan provide general guidelines andrecommendations on many typicalapplications for TRYMER 2000. Call1-800-441-4369 or contact your localDow representative for details. Sometypical applications include:
• Pipe, tank and vessel insulation
• Fabricated pipe fitting insulation
• Core material for architectural andstructural panels
• Insulation for shipping containers,trucks or rail cars
• Core material for factory builtpanelized constructions
• Flat or tapered boardstock for roofinsulation
Like all cellular plastics, thisproduct will degrade upon prolongedexposure to sunlight. A covering toblock ultraviolet radiation must beused to prevent this degradation.Other coverings to protect the foamfrom the elements and to meetapplicable fire regulations may alsobe required. Consultation with localbuilding code officials, designengineers/specifiers or insurancepersonnel is recommended beforeapplication.
Safety Considerations
TRYMER 2000 BrandPolyisocyanurate foam insulationrequires some care in handling. Allpersons who work with thesematerials must know and follow theproper handling procedures. Thecurrent Material Safety Data Sheet(MSDS) contains additionalinformation on the safe handling,storage and use of this material. Acopy of the MSDS can be obtained bycalling 1-800-441-4369 or contactingyour local Dow representative.
TRYMER* 2000 BrandPolyisocyanurate Foam Insulation is apolyurethane modifiedpolyisocyanurate cellular foamsupplied in the form of bunstock forfabrication into sheets, pipe, tank andvessel covering and other shapes fora variety of thermal insulationapplications. Although similar inphysical form to polyurethane foams,TRYMER 2000 has betterdimensional stability over a widerrange of temperatures. TRYMER2000 has been specifically formulatedto provide excellent thermal insulationproperties without the use of CFCblowing agents.
TRYMER 2000 is available asbunstock 48" (122 cm) wide by 24"(61 cm) high by 36" (91 cm), 96" (244cm) or 108" (274 cm) lengths forfurther fabrication into various sizesand shapes to meet a variety of enduse needs. Custom lengths areavailable. Contact your local Dowrepresentative for details.
NOTICE: No freedom from any patent owned by Dow or others is to be inferred. Because use conditions and applicable laws may differ fromone location to another and may change with time, Customer is responsible for determining whether products and the information in thisdocument are appropriate for Customer’s use and for ensuring that Customer’s workplace and disposal practices are in compliance withapplicable laws and other government enactments. Dow assumes no obligation or liability for the information in this document. NOWARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE AREEXPRESSLY EXCLUDED.
COMBUSTIBLE: Protect from flame and other high heat sources. For more information, consult MSDS and/or call Dow (1-800-441-4369). In anemergency, call (1-517-636-4400). Local building codes may require a protective or thermal barrier. Contact your local building inspector formore information.
Published January 2000.
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Density (3) D 1622 lb/ft3 2.05 kg/m3 32.8Compressive Strength (3) D 1621 lb/in.2 kPa
Parallel to Rise (Thickness) 24 165Perpendicular to Rise (Width) 13 90Perpendicular to Rise (Length) 24 165
Compressive Modulus D 1621 lb/in.2 kPaParallel to Rise (Thickness) 550 3790Perpendicular to Rise (Width) 325 2240Perpendicular to Rise (Length) 550 3790
Shear Strength C 273 lb/in.2 kPaParallel and Perpendicular 24 165
Shear Modulus C 273 lb/in.2 kPaParallel and Perpendicular 300 2070
Tensile Strength D 1623 lb/in.2 kPaParallel to Rise (Thickness) 27 186Perpendicular to Rise (Width) 24 165Perpendicular to Rise (Length) 29 200
Tensile Modulus D 1623 lb/in.2 kPaParallel to Rise (Thickness) 1500 10300Perpendicular to Rise (Width) 600 4130Perpendicular to Rise (Length) 1500 10300
Flexural Strength C 203 lb/in.2 kPaParallel and Perpendicular 44 303
Flexural Modulus C 203 lb/in.2 kPaParallel and Perpendicular 1000 6890
k-Factor (75°F [24°C] mean temp.) C 518 BTU•in./hr•ft2•°F W/m°CInitial 0.141 0.020Aged 180 days @75°F (24°C) 0.190 0.027
R-Value/in. (75°F [24°C] mean temp.) C 518 Hr•ft2•°F/BTU m2•°C/WInitial 7.1 1.25Aged 180 days @75°F (24°C) 5.3 0.93
Closed Cell Content D 2856 % 92 % 92Water Absorption • (96 hr. immersion) D 2842 % by Volume 2 % by Volume 2
lb/ft2 0.04 g/cm2 0.02Water Absorption • (24 hr. immersion) C 272 % by Volume 0.15 % by Volume 0.15Water Vapor Permeability E 96 Perm-Inch 4 ng/Pa•S•m 6.25Dimensional Stability (3) (4) D 2126
(1) All properties are measured at 74°F (23°C), unless otherwise indicated.(2) Unless otherwise indicated, data shown are typical values obtained from representative production samples. This data may be used as a guide for design
purposes, but should not be construed as specifications. For property ranges and specifications, consult your Dow representative.(3) Average value through foam cross section.(4) Frequent and severe thermal cycling can produce dimensional changes significantly greater than those stated here. Special design considerations must be made
in systems that cycle frequently.(5) Above 300°F, discoloration and charring will occur, resulting in an increased k-factor in the discolored area.(6) This numerical flame spread data is not intended to reflect hazards presented by this or any other material under actual fire conditions.
✝ The color Blue is a trademark of The Dow Chemical Company.
TRYMER* 4000 Brand Polyisocyanu-rate Foam Insulation is a polyurethanemodified polyisocyanurate cellularplastic supplied in the form of bunstockfor fabrication into sheets, pipe, tankand vessel covering, and othershapes1 for a variety of thermalinsulation applications. Althoughsimilar in physical form to polyurethanefoams, TRYMER 4000 has improveddimensional stability over a widerrange of temperatures. TRYMER 4000has been specifically formulated toprovide excellent thermal insulationproperties without the use of CFCblowing agents.
TRYMER 4000 is available asbunstock 48” (122 cm) wide by 16” (40cm) high by 36” (91 cm), 96” (244 cm)or 108” (274 cm) lengths for furtherfabrication into various sizes andshapes to meet various end useneeds. Custom lengths are available.Contact your local Dow representativefor details.
ApplicationsTRYMER 4000 is used extensively inindustrial and commercial applicationswithin the service temperature rangeof -297°F to +300°F (-183°C to+149°C)2. Because of the criticaltechnical design aspects of many ofthese applications, qualified designersor consultants should design the totalsystem. Dow can provide generalguidelines and recommendations onmany typical applications forTRYMER 4000. Call 1-800-441-4369or contact your local Dowrepresentative for details. Sometypical applications include:• Core material for architectural and
structural panels• Core material for factory built
panelized constructions• Pipe, tank, and vessel insulation• Insulation for shipping containers,
trucks, or rail cars• Fabricated pipe fitting insulation• Flat or tapered boardstock for roof
insulation
Like all cellular plastics, this productwill degrade upon prolonged exposureto sunlight. A covering to block ultra-violet radiation must be used toprevent this degradation. Othercoverings to protect the foam from theelements and to meet applicable fireregulations may also be required.Consultation with local building codeofficials, design engineers/ specifiers,or insurance personnel isrecommended before application.
Safety ConsiderationsTRYMER 4000 requires some care inhandling. All persons who work withthese materials must know and followthe proper handling procedures. Thecurrent Material Safety Data Sheetcontains additional information on thesafe handling, storage and use of thismaterial. A copy of the MSDS can beobtained by calling 1-800-441-4369 orby contacting your local Dowrepresentative.
NOTICE: No freedom from any patent owned by Seller or others is to be inferred. Because use conditions and applicable laws may differ from one location toanother and may change with time, Customer is responsible for determining whether products and the information in this document are appropriate for Customer ’suse and for ensuring that Customer’s workplace and disposal practices are in compliance with applicable laws and other governmental enactments. Seller assumesno obligation or liability for the information in this document. NO WARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESSFOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.
Published December 1998.
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Form No. 179-8035-1298QRP*Trademark of The Dow Chemical Company
For Technical Information:1-800-441-4369
For Sales Information:1-800-232-2436
ASTM ENGLISH ENGLISH METRIC METRICPHYSICAL PROPERTIES (1) METHOD UNITS VALUES (2) UNITS VALUES (2)
Density (3) D 1622 lb/ft3 4.0 kg/m3 64
Compressive Strength (3) D 1621 lb/in2 kPaParallel to Rise (Thickness) 80 550Perpendicular to Rise (Width) 65 450Perpendicular to Rise (Length) 80 550
Compressive Modulus D1621 lb/in2 kPaParallel to Rise (Thickness) 1900 13100Perpendicular to Rise (Width) 1500 10300Perpendicular to Rise (Length) 1500 10300
Shear Strength C 273 lb/in2 kPaParallel to Rise 55 375
Shear Modulus C 273 lb/in2 kPaParallel to Rise 500 3450
Tensile Strength D 1623 lb/in2 kPaParallel to Rise (Thickness) 75 500
Tensile Modulus D 1623 lb/in2 kPaParallel to Rise (Thickness) 2500 17200
Flexural Strength C 203 lb/in2 kPaParallel to Rise 110 750
Flexural Modulus C 203 lb/in2 kPaParallel to Rise 3200 22000
k-Factor (75°F(24°C) mean temp.) C 518 BTU·in/hr·ft2·°F W/m°CInitial 0.150 0.021Aged 180 days @75°F (24°C) 0.190 0.027
R-Value/in (75°F(24°C) mean temp) C 518 Hr·ft2·°F/BTU m2·°C/WInitial 6.7 1.17Aged 180 days @75°F (24°C) 5.3 0.93
Closed Cell Content D 2856 % 97 % 97
Water Absorption C 272 % by Volume 0.5 % by Volume 0.5
Water Vapor Permeability E 96 Perm-Inch 3.0 (ng/Pa·s·m) 4.4
Dimensional Stability (4) D 2126@ -40°F (-40°C), 7 days
(1) All properties are measured at 74°F, unless otherwise indicated.(2) Unless otherwise, indicated, data shown are typical values obtained from representative production samples. This data may be used as a guide for design
purposes, but should not be construed as specifications. For property ranges and specifications, consult your Dow representative.(3) Average value through foam cross section.(4) Frequent and severe thermal cycling can produce dimensional changes significantly greater than those stated here. Special design considerations must be
made in systems that cycle frequently.(5) Above 300°F, discoloration and charring will occur, resulting in an increased k-factor in the discolored area.(6) This numerical flame spread data is not intended to reflect hazards presented by this or any other material under actual fire conditions.
Visit us at: www.styrofoam.com
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united statesP R O D U C T I N F O R M A T I O N
ApplicationsTRYMER 6000 rigid polyisocyanu-rate insulation is used extensivelyin industrial and commercialapplications within the servicetemperature range of -297°F to+300°F (-183°C to +149°C).Because of the critical technicaldesign aspects of many of theseapplications, qualified designers orconsultants should design the totalsystem. Dow can provide generalguidelines and recommendationson many typical applications forTRYMER 6000 insulation. Call1-800-441-4369 or contact yourlocal Dow representative for details.Some typical applications include:•Core material for architectural
and structural panels•Core material for factory built
panelized constructions•Pipe, tank and vessel insulation•Insulation for shipping containers,
trucks or rail cars•Fabricated pipe fitting insulation•Flat or tapered boardstock for roof
insulationLike all cellular polymers, this product will degrade upon pro-longed exposure to sunlight. Acovering to block ultra-violet radiation must be used to preventthis degradation. Other coveringsto protect the insulation from theelements may also be required.Consultation with local buildingcode officials, design engineers/specifiers or insurance personnel isrecommended before application.
ProductInformation
TRYMER* 6000 rigid polyisocyanu-rate insulation is a polyurethanemodified polyisocyanurate cellularpolymer supplied in the form ofbunstock for fabrication into sheets,pipe, tank and vessel covering,and other shapes for a variety ofthermal insulation applications1.Although similar in physicalform to polyurethane insulation,TRYMER 6000 insulation hasimproved dimensional stabilityover a wider range of temperatures.TRYMER 6000 insulation has beenspecifically formulated to provideexcellent thermal insulationproperties without the use ofCFC blowing agents.
TRYMER 6000 insulation isavailable as bunstock 48” (122 cm)wide by 12” (30 cm) high by 36”(91 cm), 96” (244 cm) or 108”(274 cm) long for further fabrica-tion into various sizes and shapesto meet various end use needs.Custom lengths are also available.Contact your local Dow representa-tive for details.
SafetyConsiderations
TRYMER 6000 rigid polyisocy-anurate insulation requires somecare in handling. All personswho work with these materialsmust know and follow the properhandling procedures. The currentMaterial Safety Data Sheet con-tains additional information onthe safe handling, storage anduse of this material. A copy of theMSDS can be obtained by calling1-800-441-4369 or by contactingyour local Dow representative.
TRYMER 6000 Rigid Polyisocyanurate Insulation
TRYM
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1Application-specific testing is often required to determine suitability of thematerial and/or the final assembly in the specific application. The potentialuser should perform any pertinent testing to determine the suitability ofthe product in the intended application since final determination of fitnessof the product for any particular use is the responsibility of the buyer.
*Trademark of The Dow Chemical Company†A business unit of The Dow Chemical Company and its subsidiaries
I N D U S T R I A L
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P R O D U C T I N F O R M A T I O N
Form No. 179-08036-0202XP&M*Trademark of The Dow Chemical CompanyPrinted in U.S.A.
NOTICE: No freedom from any patent owned by Dow or others is to be inferred. Because use conditions and applicable laws may differ from one location to another and may change with time, Customeris responsible for determining whether products and the information in this document are appropriate for Customer’s use and for ensuring that Customer’s workplace and disposal practices are in com-pliance with applicable laws and other government enactments. Dow assumes no obligation or liability for the information in this document. NO WARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIESOF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.
COMBUSTIBLE. Protect from flame or other high heat sources. For more information, consult MSDS and/or call Dow (1-800-441-4369). In an emergency, call 1-989-636-4400. Local building codes mayrequire a protective or thermal barrier. Contact your local building inspector for more information.
IN THE U.S.:• For Technical Information: 1-800-441-4DOW (4369)• For Sales Information: 1-800-232-2436
THE DOW CHEMICAL COMPANY• Building Materials • 200 Larkin • Midland, MI 48674 • www.dowpipe.com
TRYMER 6000 Polyisocyanurate Insulation
TA B L E 1
ASTM English English Metric MetricPhysical Properties1 Method Units Values2 Units Values2
Density3 D 1622 lb/ft3 6.0 kg/m3 96
Compressive Strength3 D 1621 lb/in2 kPaParallel to Rise (Thickness) 140 970Perpendicular to Rise (Width) 130 900Perpendicular to Rise (Length) 130 900
Compressive Modulus D 1621 lb/in2 kPaParallel to Rise (Thickness) 3100 21400Perpendicular to Rise (Width) 2800 19300Perpendicular to Rise (Length) 2800 19300
Shear Strength C 273 lb/in2 kPaParallel to Rise 80 550
Shear Modulus C 273 lb/in2 kPaParallel to Rise 800 5500
Tensile Strength D 1623 lb/in2 kPaParallel to Rise (Thickness) 80 550
Tensile Modulus D 1623 lb/in2 kPaParallel to Rise (Thickness) 2800 19300
Flexural Strength C 203 lb/in2 kPaParallel to Rise 160 1100
Flexural Modulus C 203 lb/in2 kPaParallel to Rise 5800 40000
k-Factor (75°F (24°C) mean temp.) C 518 BTU•in/hr•ft2•°F W/m°CInitial 0.160 0.023Aged 180 days @ 75°F (24°C) 0.200 0.029
R-Value/in (75°F (24°C) mean temp.) C 518 Hr•ft2•°F/BTU m2•°C/WInitial 6.3 1.10Aged 180 days @ 75°F (24°C) 5.0 0.88
Closed Cell Content D 2856 % 97 % 97
Water Absorption C 272 % by Volume 0.3 % by Volume 0.3
Water Vapor Permeability E 96 Perm-Inch 1.1 (ng/Pa•s•m) 1.6
Dimensional Stability4 D 2126@ -40°F (-40°C), 7 days
1 All properties are measured at 74°F, unless otherwise indicated.2 Unless otherwise indicated, data shown are typical values obtained from
representative production samples. This data may be used as a guide for design purposes, but should not be construed as specifications. For property ranges andspecifications, consult your Dow representative.
3 Average value through insulation cross section.
4 Frequent and severe thermal cycling can produce dimensional changes significantlygreater than those stated here. Special design considerations must be made in systems that cycle frequently.
5 Above 300°F, discoloration and charring will occur, resulting in an increased k-factorin the discolored area.
6 This numerical flame spread data is not intended to reflect hazards presented by this or any other material under actual fire conditions.
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Thermo-12® Gold Pipe and Block Insulation
Description Thermo-12 Gold is a preformed, high temperature, abuse-resistant pipe and block insulation with excep-tional structural strength. It is inorganic and noncom-bustible. It is composed of hydrous Calcium Silicate for use on systems operating up to 1200oF (649oC). The gold color provides positive identification that it is asbestos-free. Thermo-12 Gold meets or exceeds the physical and thermal property requirements of ASTM C533, Type I. It is composed primarily of lime, silica, and reinforcing fibers. Applications Because of its strength, low thermal conductivity and durability, it is the preferred product for application on high temperature piping and equipment. Thermo-12 Gold is especially recommended for use in the power generation and process industries where piping and equipment operate up to 1200oF (649oC). Thermo-12 Gold will not burn and may be used for fire protection in some applications. Advantages • Superior resistance to breakage and physical
abuse during shipping, fabrication, and installa-tion
• Fast, easy installation • Large selection of sizes and forms • Noncombustible Available Forms and Sizes Thermo-12 Gold pipe insulation is 36” (914mm) in length, and is available in thickness from 1 to 3” (25 to 76mm) in ½” (13mm) incremments. For thicknesses greater than 3” (76mm), factory double layer is available for thicknesses up to 6” (152mm). Thermo-12 Gold block insulation is 36” (914mm) in length and is available in widths of 6, 12, and 18” (152, 305, and 457mm). Thicknesses are available from 1 to 3” (25 to 76mm).
Safety Surface Burning Characteristics. When tested in accordance with ASTM E84, NFPA 255, or UL 273, Thermo-12 Gold has a flame spread/smoke developed rating of 0/0. Hot Surface Performance. Thermo-12 Gold passes ASTM C411 to 1200oF (649oC)
Average Thermal Conductivity, (“k”)
Pipe Insulation Mean Temperature oF oC Btu.in/hr.ft2.oF W/m.oK 200 93 0.41 0.059 300 149 0.45 0.065 400 204 0.50 0.072 500 260 0.55 0.079 600 315 0.60 0.086 700 371 0.65 0.094 Pipe insulation tested in accordance with ASTM C335 Block Insulation Mean Temperature oF oC Btu.in/hr.ft2.oF W/m.oK 200 93 0.41 0.059 300 149 0.45 0.065 400 204 0.50 0.072 500 260 0.55 0.079 600 315 0.60 0.086 700 371 0.65 0.094 Block insulation tested in accordance with ASTM C177 and C518
Additional Information Technical information and MSDS www.iig-llc.com
52+ 1300+ Scored Block Block 6, 12, and 18” (152, 305, and
457mm) wide
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For Customer Service and Order Placement Brunswick GA Ruston, LA Mesa, CO International 2100 Line St 276 Fiberboard Rd 1110 16 Rd 800-551-4902 Brunswick, GA,31520 Grambling, LA 71245 Fruita, CO 81521 Fax: 318-255-5821 800-334-7997 800-551-4902 800-525-0017 Fax: 912-267-6096 Fax: 318-255-5821 Fax: 970-858-6248 For Sales Information For technical information and assistance 800-866-3234 regarding application information, code Fax: 610-358-0602 approvals, and performance specifications Phone: 800-872-0338 Fax: 970-858-9641
The physical and chemical properties of IIG products represent typical, average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are subject to change without notice. Any reference to numerical flame spread or smoke developed ratings are not intended to reflect hazards presented by these or any other materials under actual fire conditions. Check with the Customer Ser-
vice Office nearest you to assure current information. All Industrial Insulation Group products sold are subject to the IIG Warranty and Limitation of Remedy and Li-ability. For a copy of the warranty, call 800-334-7997.
Physical Properties Density (Avg) ......................... 14.5 pcf (232 kg/m3) Recommended Maximum Continuous Service Temperature ..................1200oF (649oC) Flexural Strength, (Avg) ............... 65 psi (448 kPa) Compressive Strength (minimum) @5% deformation .................. 100 psi (689 kPa) Abrasion Resistance (% weight loss by tumbling) 10 min (Avg): .....................................................15 20 min (Avg): .....................................................30 Linear Shrinkage After 24 Hours at Temperature Temperature ..................................1200oF (649oC) Length: ............................................................<2% Width: .............................................................<2% Thickness: .......................................................<2%
Specification Compliance ASTM C 533: ...................................................... Type I ASTM C 795: .....................................................Passes ASTM E 84, Flame Spread, Smoke developed ........ 0,0 ASTM C411: ..................................... Passes at 1200oF MIL-I-2781 to 1200oF MIL-PRF-2819, Class 2 NRC Regulatory Guide1.36 MIL-I-24244
4/21/2003
Specification Compliance When ordering material to comply with any ASTM, gov-ernment, or other specification, a statement of the fact must appear on the purchase order. These specifications require specific lot testing and prohibit the certification of the lot after the shipment has been made. There may be additional charges associated with compliance testing. Refer to customer service for more information.
ISO 9000 Certification Thermo-12 Gold is designed, manufactured, and tested in our own facilities. Two of the three facilities are certi-fied and registered to stringent ISO 9002 (ANSI/ASQ 90) series quality standards. This certification, along with regular independent third-party auditing for compliance, is your assurance that all our products deliver consis-tently high quality.
IIG Industrial Insulation Group, LLC is a joint venture company between Calsilite Manufacturing and Johns Manville International. IIG manufacturers MinWool-1200 mineral fiber pipe, board, and batt; Super Firetemp board prod-ucts; Thermo-12 Calcium Silicate pipe and block insulation; Sproule WR-1200 Perlite pipe and block insulation; high temperature adhesives, and insulating finishing cement.
-156°F for 7 days and 100% RH 1" dim. 1.20 4" dim. 1.00
+267°F for 7 days 1" dim. 2.60 4" dim. 1.00
CLOSED CELL CONTENT ASTM D-2856 minimum 92%
WATER VAPOR PERMEABILITY ASTM E-96 0.117 perm inch
WATER ABSORPTION ASTM C-209 0.5% by volume
ASTM D-2842 0.10 lb/ft2
SURFACE BURNING CHARACTERISTICS ASTM E-84 25/50 Flame/Smoke Test Results
Flame Spread Index Smoke Developed Index
1 Inch thick - insulation only 10 20
3 Inch thick - insulation only 10 15
1 Inch thick - insulation faced with ASJ 0 10
3 Inch thick - insulation faced with ASJ 0 10Insul-phen meets the requirements of ASTM C1126 Type 11 and 111 grade 1 standard specification for faced or unfaced rigid cellular phenolic thermal insulation
Other information
This information is furnished without warranty, expressed or implied, except that it is accurate to the best knowledge of ResolcoInternational BV. The data on this sheet relates only to the specific material designated herein. Resolco International BV assumes nolegal responsibility for use or reliance upon this data. For information regarding specific applications of the product please contactResolco International BV.
IMPORTANT: The technical data herein is believed to be accurate. It is offered for your consideration, investigation and verification. These values andsets of properties are based upon laboratory work with small scale equipment and does not necessarily indicate end product performance. Full scaletesting and end product use and performance are the responsibility of the Buyer. Buyer assumes all risk of use, storage and handling of the product.NO WARRANTY, EXPRESSED OR IMPLIED, IS MADE INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR APARTICULAR PURPOSE. Nothing contained herein shall be construed as a license to operate under, or recommendation to infringe, any patents.1 “value” may not be construed as product specifications.
7181Georgia Gulf 7181 is a special purpose rigid PVC profile extrusion compound designed for applications requiring the followingproperties:
P Weatherability P Flame RetardantP Impact Strength P Chemical ResistanceP Dimensional Stability
General Properties Test Method Value1
Cell Classification ASTM D-4216 14413233
Specific Gravity ASTM D-792 1.42
Color Values ÎL, Îa, Îb ASTM E-308/E-1345 ÎL = ±1.0, Îa = ±0.5, Îb = ±0.5
1414 – 127TH PLACE NE, SUITE 104 BELLEVUE, WASHINGTON
98005
REPORT PREPARED BY:
INTERTEK TESTING SERVICES NA LTD. 1500 BRIGANTINE DR.
COQUITLAM, B.C. V3K 7C1
REPORT NUMBER: 3086329
DATE: NOVEMBER 15, 2005
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PREFACE
This report describes the tests, standards, and details for the samples of insulated PVC pipe supports, submitted by BBMI, LLC. This report does not automatically imply product certification. Products must bear labels in order to demonstrate Intertek/Warnock Hersey certification, and the company must be authorized under the Intertek/Warnock Hersey Follow-up Certification Program. Intertek/Warnock Hersey authorizes the client to reproduce this report. It must be copies in its entirety.
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INTRODUCTION
On November 14, 2005, Intertek Testing Services NA Ltd./Warnock Hersey conducted a flame spread test program to determine the surface burning characteristics of insulation PVC pipe supports. The material tested was selected, prepared, and submitted by BBMI, LLC. Testing was conducted in accordance with ASTM E84-05, Standard Test Method for Surface Burning Characteristics of Materials. Upon receipt of the samples at the Intertek/Warnock Hersey laboratory they were placed in the conditioning room where they remained in an atmosphere of 23 ± 3ºC (73.4 ± 5ºF) and 50 ± 5% relative humidity until they reached a constant weight. One trial run was conducted on the sample material.
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BBMI, LLC November 15, 2005 Report No. 3086329 Page 1 of 4
SAMPLE MOUNTING
The test sample was constructed using four sample pieces. Each sample piece consisted of a 6 ft. 6 in. copper pipe protected by 6 ft. of insulation, separated by a 4 in. long insulated PVC pipe support. The test sample was supported on the upper ledge of the flame spread tunnel using 3/8 in. steel rods that were placed perpendicular through the ends of each sample piece. An insulated PVC pipe support was placed at the front of the first sample length and at each joint of copper pipe. A layer of 6mm Hardiboard was placed over top of the test sample, the tunnel lid was lowered into place, and the sample was tested in accordance with accordance with ASTM E84-05.
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BBMI, LLC November 15, 2005 Report No. 3086329 Page 2 of 4
CALCULATIONS: ASTM E84-05 According to the test standard, the flame spread classification is equal to 4900 when
(195 - At )
At is the total area beneath the flame spread curve, if this area exceeds 97.5 minute feet.
If the area beneath the curve is less than or equal to 97.5 minute feet the classification
becomes 0.515 x At.
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BBMI, LLC November 15, 2005 Report No. 3086329 Page 3 of 4
TEST RESULTS
FLAME SPREAD The resultant flame spread classifications are as follows: (classification rounded to nearest 5)
Sample Material Flame Spread
Flame Spread Classifications
Insulated PVC Pipe Supports 0 0
SMOKE DEVELOPED The area beneath the smoke developed curve and the related classifications are as follows: (classification rounded to nearest 5)
Sample Material Smoke Developed
Smoke Developed Classification
Insulated PVC Pipe Supports 19 20
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BBMI, LLC November 15, 2005 Report No. 3086329 Page 4 of 4
CONCLUSIONS
The samples of insulated PVC pipe supports, submitted by BBMI, LLC, exhibited the following flame spread characteristics when tested in accordance with ASTM E84-05, Standard Test Method for Surface Burning Characteristics of Materials.
Sample Material Flame Spread Classification
Smoke Developed Classification
Insulated PVC Pipe Supports 0 20
INTERTEK TESTING SERVICES NA LTD.
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Product Drawings
Side View
Front View
Closed Position Open Position
Side View
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Product Drawings
Front View Side View
Side View
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Saddles & Hanger Compressive Strength Tables Version 2.2 Written by Jim Young, Dow Chemical Company
Notes: All Knauf Pipe Insulation complies with ASTM C 585 Dimensional Standards, with the exception of 15/8" x 1½" cts.
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Summary
Insulated Pipe Supports should be noted in Division 15000 under Mechanical Insulation Systems as:
“...unless otherwise specified, insulated pipe supports shall be provided by the Mechanical Contractor and installed by the same during pipe support installation.”
The Anchors and Support Section in Division 15000 should read as:
“Insulated Pipe Supports should be provided at hanger, support, and guide locations on pipe requiring insulation. The insert should consist of either Hydrous Calcium Silicate or Polyisocyanurate Foam Insulation (Urethane) encircling the entire circumference of the pipe with a 360 degree PVC (1.524 mm thick) or galvanized steel jacket and installed during the installation of the piping system.”
Insulated pipe supports manufactured by:
B.B.M.I., LLC 1 Landfill Road
Anaconda, MT 59711 (206) 962-7046
Insulated pipe supports distributed by:
Paragon Pacific/SPI 18270 Segale Park Drive B Tukwila, Washington 98188
