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SPRAYTITE® 158 Series z. BUILDING ENVELOPE INSULATION SYSTEM - ICC ESR-2642 PRODUCT DESCRIPTION: a:t., .-. ,,, 0 SPRAYTITE 158 is a closed-cell polyurethane system utilizing an EPA approved,zero ozone-depleting,blowing agent. It is designed for use in commercial and residential construction applications. SPRAYTITE 158 is compatible with most common construction materials, but can only be processed with BASF SPRAY 8000A/FE 800A Isocyanate. The benefits of SPRAYTITE 158 include: •" • Superior insulation performance • Control moisture infiltration • • Controls air infiltration ■1irlll • Ease of applicationt • Non-fibrous • Structural properties APPROVALS AND CREDENTIALS: • ASTM E-84*/** NFPA 286 ICC ESR-2642 Class I 8 inch wall • SPF Thickness—4.0 inches 12 inch ceiling Flame Spread Index<_25 with 15 min.thermal barrier ' Smoke Development Index s 450 Test Report Number:3116019-001 'This numerical flame spread rating does not reflect hazards presented by this or any other material under actual fire conditions.Polyurethane foam systems '. should not be left exposed and must be protected by a minimum 15-minute thermal barrier or other code-compliant material as allowed by applicable building code(s)and Code Officials. Building Codes provide guidelines representing minimum requirements. Further information is available at www.lccsafe.orq. Consult all Authorities having jurisdiction over an area for additional or specific requirements prior to beginning a project. /ft iiik iillRhilif **ASTM E-84 is a test designed for sample thickness up to 4 inches. NFPA 286 is a building code recognized alternative test that is conducted for greater thickness applications of spray foam. These two test reports can then be used by design professionals for their product selection process for projects. ' Con : TYPICAL PROPERTIES**: PROPERTY VALUE TEST METHOD IMM" Liquid Resin—As Supplied CI:). . Specific Gravity Q 70°F 1.175 ASTM D 1638 Viscosity @ 70°F(cps) 1050 Brookfield As Cured al) Iso:Resin Mix Ratio(vol:vol) 1:1 driMilliir Density(pcf @ 2"lift) 2.15 ASTM D 1622 Compressive Strength(psi) 22 ASTM D 1621 Tensile Strength(psi) 28 ASTM D 1623 Type C Closed Cell Content(%) >90 ASTM D 6226 Aged k-factor(Btu in/ft2 hr°F) 0.152(R=6.6/in)***@ 1" ASTM C 518 In conformance with ICC AC377 0.147(R=6.8/in)***@ 4" ASTM C 518 Permeability(perm inch) 2.38 ASTM E 96 Permeance(perms) 2.38 @ 1"SPF tv; ( , q 1.19@2"SPF t 016 0.79@3"SPF 0.60@4"SPF Air Permeance 0.00025 L/s/m2 @ 75Pa ASTM E 2178-01 CITY OF ORONO, Air Leakage 0.00025 L/s/m2 @ 75Pa ASTM E 283-99 • ' Dimensional Stability(%Volume Change) Dry Age 28 Days(158°F) 5.75% ASTM D 2126 Freeze Age 14 Days(-20°F) 0.30% • ASTM D 2126 **-These physical property values are typical for this material as applied at our development facility under controlled conditions. SPF performance and actual physical properties will vary with differences in application(i.e.ambient conditions,process equipment and settings,material throughput,etc). As a result,these published properties should be used as guidelines solely for the purpose of evaluation. Physical properly specifications should be determined from actual production material. The above data was collected from samples prepared using the following equipment configuration: • Gusmere H-20/35 proportioner set at 1.1 volume ratio with 50 ft of heated delivery hose • Gusmer•GX-7 spray-gun configured with a#1 mix module and#70 PCD and/or GAP spray-gun configured with a#1 mix chamber • Process temperature settings: Isocyanate 130°F;Resin 130°F,Hose 130°F `- -+ -_ BASF • Process pressure: 1000 psig minimum while spraying SPRAYTITE 158 has shown acceptable on-site performance with temperature settings in the range of 110°F-130°F for Isocyanate,Resin and Hose. Every job site and set of ambient/substrate conditions are different;therefore,one set of process settings may not work for every situation. It is the The Chemical Company responsibility of the applicator to evaluate the on-site conditions and then determine the appropriate SPF reactivity and process settings. ***The data chart shows the R-value of this insulation. "R"means resistance to heat flow. The higher the R-value,the greater the insulating power. Compare insulation R-values before you buy. There are other factors to consider. The amount of insulation will depend upon the climate,the type and size ,,, of your house,and the fuel use patterns and family size. If you buy too much insulation it will cost you more than what you will save on fuel. To achieve - BASF`Polyurethane proper R-values,it is essential that this insulation be installed properly. t ` Foam Ente prises LW is