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Accufoam 0.5# Open Cell Foam
Accufoam 0.5# Open Cell Foam
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Accufoam 0.5# Open Cell Foam

Accufoam Open Cell Foam is a two-component, one-by-one-by-volume spray-applied polyurethane foam. Accufoam Open Cell Foam is a high yield, low-density, no-mix, spray-applied insulation foam, which contains zero ozone-depleting blowing agents and is designed to provide good thermal performance and a significant control of air infiltration of an air-barrier assembly. Accufoam Open Cell Foam is 100% water blown.

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    • Accufoam 2.0# HFO Closed Cell Foam
    Accufoam 2.0# HFO Closed Cell Foam
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    Accufoam 2.0# HFO Closed Cell Foam

    Accufoam Closed Cell Foam is a two-component, one-by-one-by-volume spray-applied polyurethane foam. Accufoam Closed Cell Foam is a high-yield, medium-density, spray-applied insulation foam, and is designed to provide good thermal performance and a significant control of air infiltration of an air-barrier assembly.

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    • Accufoam AF1 Open Cell Foam
    Accufoam AF1 Open Cell Foam
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    Accufoam AF1 Open Cell Insulation Foam

    Accufoam AF1 is a two-component, one-by-one-by-volume spray-applied polyurethane foam. Accufoam AF1 is a high-yield, low-density, no-mix, spray-applied insulation foam, which contains zero ozone-depleting blowing agents and is designed to provide good thermal performance and a significant control of air infiltration of an air-barrier assembly. Accufoam AF1 is 100% water blown.


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    • DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Black
    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Black
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    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Black (Please call customer service at 706-557-1400 for volume pricing) (if you order 36 buckets (a pallet) you will receive free shipping)

    This fire barrier spray foam is an intumescent coating applied over Spray Polyurethane Foam (SPF) to achieve a “15 Minute Alternative to Thermal Barrier” and “5 Minute Ignition Barrier.” This 5 gallon spray foam insulation is compliant to IBC & IRC codes; 3rd party inspected and listed by Warnock Hersey ( WN-20947), and meets the requirements of the AC456 criteria recently updated in AC377. DC315 has more than 200 tests worldwide over a wide variety of foams. It has one of the best coverage rates for foam at 115 sq ft/gallon, making it very cost efficient.

    All surfaces to be coated must be clean, cured, firm, dry and free of dust, dirt, oil, wax, grease, mildew, and efflorescence. The quality of any application is only as good as the surface preparation that precedes the application. Our coating has excellent bonding characteristics and will adhere to most sound, clean, foam surfaces. Verify that the surface of the foam is free of gouges, holes, and exposed cells. Also verify the surface is stable, and not crumbling or deteriorated. If any such defects are found make sure to repair them prior to proceeding.
     
    This spray on thermal barrier must be thoroughly mixed before application. Failure to do so will seriously compromise the coating's ability to perform. It is recommended to perform mechanical stirring with a high speed drill and a paddle appropriate for the size container you are working from. Contents should be stirred from the bottom up making sure to scrape the bottom and sides with a paint stick as you go. Contents should be stirred to a creamy consistency with no lumps. Continue mixing for 4-5 minutes per 5 gallon pail. Thinning is usually not needed. If DC 315 has been exposed to high heat, water may evaporate from the plastic 5 gallon container. If the paint level is below 3 inches from the top of the container, add enough water to bring the level back up to within 3 inches from the top in order to ensure proper consistency.
     
    This 5 gallon spray foam insulation is best applied with an airless sprayer to achieve a more consistent mil thickness. In challenging areas where an airless sprayer is not practical, DC 315 can be applied by brush or roller Spraying DC 315 for Maximum Yield: If this is the first time using DC 315 we suggest testing a pre-measured area to get a feel for spraying and yield. Example, if the job requires 20 wet mils or 80 sq. ft. per gallon, then a 5 gallon pail would cover 400 sq. ft. Measure out one or two 400 sq. ft. sections using pieces of tape, thumbtacks, or canned spray paint. Use just enough to outline the area you intend to apply DC 315. We suggest spraying inside the outlined area and taking wet film thickness measurements, with a wet film gauge across the area, to get a feel for maximum yield.

    Building Code Fire Performance Requirements for Spray Polyurethane Foam (SPF): The International Building Code (IBC) mandates that SPF be separated from the interior of the building by a 15-minute thermal barrier, or other approved covering. DC315 Carries IAMPO ER-0499 and ICC- ESR 3702 Evaluation Reports confirming that DC315 meets IBC and IRC Code Requirements as an alternative thermal barrier for SPF. DC315 has also been tested as an ignition barrier under AC 377 Appendix X for use in attics and crawlspaces. DC315 is UL Certified R40016 for use in exterior wall systems and has been tested in accordance with NFPA 285 when applied over spray foam on the exterior side of buildings clad with architectural metal finish panels.



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    • DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Dark Gray
    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Dark Gray
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    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Dark Gray (Please call customer service at 706-557-1400 for volume pricing) (if you order 36 buckets (a pallet) you will receive free shipping)

    This fire barrier spray foam is an intumescent coating applied over Spray Polyurethane Foam (SPF) to achieve a “15 Minute Alternative to Thermal Barrier” and “5 Minute Ignition Barrier.” This 5 gallon spray foam insulation is compliant to IBC & IRC codes; 3rd party inspected and listed by Warnock Hersey ( WN-20947), and meets the requirements of the AC456 criteria recently updated in AC377. DC315 has more than 200 tests worldwide over a wide variety of foams. It has one of the best coverage rates for foam at 115 sq ft/gallon, making it very cost efficient.

    All surfaces to be coated must be clean, cured, firm, dry and free of dust, dirt, oil, wax, grease, mildew, and efflorescence. The quality of any application is only as good as the surface preparation that precedes the application. Our coating has excellent bonding characteristics and will adhere to most sound, clean, foam surfaces. Verify that the surface of the foam is free of gouges, holes, and exposed cells. Also verify the surface is stable, and not crumbling or deteriorated. If any such defects are found make sure to repair them prior to proceeding.
     
    This spray on thermal barrier must be thoroughly mixed before application. Failure to do so will seriously compromise the coating's ability to perform. It is recommended to perform mechanical stirring with a high speed drill and a paddle appropriate for the size container you are working from. Contents should be stirred from the bottom up making sure to scrape the bottom and sides with a paint stick as you go. Contents should be stirred to a creamy consistency with no lumps. Continue mixing for 4-5 minutes per 5 gallon pail. Thinning is usually not needed. If DC 315 has been exposed to high heat, water may evaporate from the plastic 5 gallon container. If the paint level is below 3 inches from the top of the container, add enough water to bring the level back up to within 3 inches from the top in order to ensure proper consistency.
     
    This 5 gallon spray foam insulation is best applied with an airless sprayer to achieve a more consistent mil thickness. In challenging areas where an airless sprayer is not practical, DC 315 can be applied by brush or roller Spraying DC 315 for Maximum Yield: If this is the first time using DC 315 we suggest testing a pre-measured area to get a feel for spraying and yield. Example, if the job requires 20 wet mils or 80 sq. ft. per gallon, then a 5 gallon pail would cover 400 sq. ft. Measure out one or two 400 sq. ft. sections using pieces of tape, thumbtacks, or canned spray paint. Use just enough to outline the area you intend to apply DC 315. We suggest spraying inside the outlined area and taking wet film thickness measurements, with a wet film gauge across the area, to get a feel for maximum yield.

    Building Code Fire Performance Requirements for Spray Polyurethane Foam (SPF): The International Building Code (IBC) mandates that SPF be separated from the interior of the building by a 15-minute thermal barrier, or other approved covering. DC315 Carries IAMPO ER-0499 and ICC- ESR 3702 Evaluation Reports confirming that DC315 meets IBC and IRC Code Requirements as an alternative thermal barrier for SPF. DC315 has also been tested as an ignition barrier under AC 377 Appendix X for use in attics and crawlspaces. DC315 is UL Certified R40016 for use in exterior wall systems and has been tested in accordance with NFPA 285 when applied over spray foam on the exterior side of buildings clad with architectural metal finish panels.

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    • DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Ice Gray
    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Ice Gray
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    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, Ice Gray (Please call customer service at 706-557-1400 for volume pricing) (if you order 36 buckets (a pallet) you will receive free shipping)

    This fire barrier spray foam is an intumescent coating applied over Spray Polyurethane Foam (SPF) to achieve a “15 Minute Alternative to Thermal Barrier” and “5 Minute Ignition Barrier.” This 5 gallon spray foam insulation is compliant to IBC & IRC codes; 3rd party inspected and listed by Warnock Hersey ( WN-20947), and meets the requirements of the AC456 criteria recently updated in AC377. DC315 has more than 200 tests worldwide over a wide variety of foams. It has one of the best coverage rates for foam at 115 sq ft/gallon, making it very cost efficient.

    All surfaces to be coated must be clean, cured, firm, dry and free of dust, dirt, oil, wax, grease, mildew, and efflorescence. The quality of any application is only as good as the surface preparation that precedes the application. Our coating has excellent bonding characteristics and will adhere to most sound, clean, foam surfaces. Verify that the surface of the foam is free of gouges, holes, and exposed cells. Also verify the surface is stable, and not crumbling or deteriorated. If any such defects are found make sure to repair them prior to proceeding.
     
    This spray on thermal barrier must be thoroughly mixed before application. Failure to do so will seriously compromise the coating's ability to perform. It is recommended to perform mechanical stirring with a high speed drill and a paddle appropriate for the size container you are working from. Contents should be stirred from the bottom up making sure to scrape the bottom and sides with a paint stick as you go. Contents should be stirred to a creamy consistency with no lumps. Continue mixing for 4-5 minutes per 5 gallon pail. Thinning is usually not needed. If DC 315 has been exposed to high heat, water may evaporate from the plastic 5 gallon container. If the paint level is below 3 inches from the top of the container, add enough water to bring the level back up to within 3 inches from the top in order to ensure proper consistency.
     
    This 5 gallon spray foam insulation is best applied with an airless sprayer to achieve a more consistent mil thickness. In challenging areas where an airless sprayer is not practical, DC 315 can be applied by brush or roller Spraying DC 315 for Maximum Yield: If this is the first time using DC 315 we suggest testing a pre-measured area to get a feel for spraying and yield. Example, if the job requires 20 wet mils or 80 sq. ft. per gallon, then a 5 gallon pail would cover 400 sq. ft. Measure out one or two 400 sq. ft. sections using pieces of tape, thumbtacks, or canned spray paint. Use just enough to outline the area you intend to apply DC 315. We suggest spraying inside the outlined area and taking wet film thickness measurements, with a wet film gauge across the area, to get a feel for maximum yield.

    Building Code Fire Performance Requirements for Spray Polyurethane Foam (SPF): The International Building Code (IBC) mandates that SPF be separated from the interior of the building by a 15-minute thermal barrier, or other approved covering. DC315 Carries IAMPO ER-0499 and ICC- ESR 3702 Evaluation Reports confirming that DC315 meets IBC and IRC Code Requirements as an alternative thermal barrier for SPF. DC315 has also been tested as an ignition barrier under AC 377 Appendix X for use in attics and crawlspaces. DC315 is UL Certified R40016 for use in exterior wall systems and has been tested in accordance with NFPA 285 when applied over spray foam on the exterior side of buildings clad with architectural metal finish panels.

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    • DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, White
    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, White
    0
    (0)

    DC-315 Intumescent Coating Thermal Barrier, 5 Gallons, White (Please call customer service at 706-557-1400 for volume pricing) (if you order 36 buckets (a pallet) you will receive free shipping)

    This fire barrier spray foam is an intumescent coating applied over Spray Polyurethane Foam (SPF) to achieve a “15 Minute Alternative to Thermal Barrier” and “5 Minute Ignition Barrier.” This 5 gallon spray foam insulation is compliant to IBC & IRC codes; 3rd party inspected and listed by Warnock Hersey ( WN-20947), and meets the requirements of the AC456 criteria recently updated in AC377. DC315 has more than 200 tests worldwide over a wide variety of foams. It has one of the best coverage rates for foam at 115 sq ft/gallon, making it very cost efficient.

    All surfaces to be coated must be clean, cured, firm, dry and free of dust, dirt, oil, wax, grease, mildew, and efflorescence. The quality of any application is only as good as the surface preparation that precedes the application. Our coating has excellent bonding characteristics and will adhere to most sound, clean, foam surfaces. Verify that the surface of the foam is free of gouges, holes, and exposed cells. Also verify the surface is stable, and not crumbling or deteriorated. If any such defects are found make sure to repair them prior to proceeding.
     
    This spray on thermal barrier must be thoroughly mixed before application. Failure to do so will seriously compromise the coating's ability to perform. It is recommended to perform mechanical stirring with a high speed drill and a paddle appropriate for the size container you are working from. Contents should be stirred from the bottom up making sure to scrape the bottom and sides with a paint stick as you go. Contents should be stirred to a creamy consistency with no lumps. Continue mixing for 4-5 minutes per 5 gallon pail. Thinning is usually not needed. If DC 315 has been exposed to high heat, water may evaporate from the plastic 5 gallon container. If the paint level is below 3 inches from the top of the container, add enough water to bring the level back up to within 3 inches from the top in order to ensure proper consistency.
     
    This 5 gallon spray foam insulation is best applied with an airless sprayer to achieve a more consistent mil thickness. In challenging areas where an airless sprayer is not practical, DC 315 can be applied by brush or roller Spraying DC 315 for Maximum Yield: If this is the first time using DC 315 we suggest testing a pre-measured area to get a feel for spraying and yield. Example, if the job requires 20 wet mils or 80 sq. ft. per gallon, then a 5 gallon pail would cover 400 sq. ft. Measure out one or two 400 sq. ft. sections using pieces of tape, thumbtacks, or canned spray paint. Use just enough to outline the area you intend to apply DC 315. We suggest spraying inside the outlined area and taking wet film thickness measurements, with a wet film gauge across the area, to get a feel for maximum yield.

    Building Code Fire Performance Requirements for Spray Polyurethane Foam (SPF): The International Building Code (IBC) mandates that SPF be separated from the interior of the building by a 15-minute thermal barrier, or other approved covering. DC315 Carries IAMPO ER-0499 and ICC- ESR 3702 Evaluation Reports confirming that DC315 meets IBC and IRC Code Requirements as an alternative thermal barrier for SPF. DC315 has also been tested as an ignition barrier under AC 377 Appendix X for use in attics and crawlspaces. DC315 is UL Certified R40016 for use in exterior wall systems and has been tested in accordance with NFPA 285 when applied over spray foam on the exterior side of buildings clad with architectural metal finish panels.

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    • Flame Control 60-60A Intumescent Coating , 5 gallons, Black
    Flame Control 60-60A Intumescent Coating , 5 gallons, Black
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    Flame Control Intumescent Coating 60-60A, 5 gallons, Black

     Flame Control 60-60A is a 15-Minute Thermal Barrier for Spray Polyurethane Foam Insulation. A water-based, low VOC, intumescent latex paint, 60-60A has been tested to NFPA 286 test standards and has been approved for use on spray foam insulation. Flame Control 60-60A is suitable for use in inhabited (occupied) spaces where spray foam insulation must be coated with a thermal barrier per the IBC. 60-60A should be applied in a single coat, and does not require a primer. These features make 60-60A the easiest to use, fastest to apply thermal barrier available on the market.

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    • Flame Control 60-60A Intumescent Coating , 5 gallons, White
    Flame Control 60-60A Intumescent Coating , 5 gallons, White
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    Flame Control Intumescent Coating 60-60A, 5 gallons, White 

     Flame Control 60-60A is a 15-Minute Thermal Barrier for Spray Polyurethane Foam Insulation. A water-based, low VOC, intumescent latex paint, 60-60A has been tested to NFPA 286 test standards and has been approved for use on spray foam insulation. Flame Control 60-60A is suitable for use in inhabited (occupied) spaces where spray foam insulation must be coated with a thermal barrier per the IBC. 60-60A should be applied in a single coat, and does not require a primer. These features make 60-60A the easiest to use, fastest to apply thermal barrier available on the market.

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    • JM Corbond 0.5# Open Cell Spray Polyurethane Foam
    JM Corbond 0.5# Open Cell Spray Polyurethane Foam
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    JM Corbond 0.5# Open Cell Spray Polyurethane Foam

    JM Corbond® Open-cell Spray Polyurethane Foam (Open Cell SPF) insulation is a two component, low-density, Class 1 rated, nonstructural insulation system designed for interior commercial, residential and industrial applications. JM Corbond Open Cell SPF is 100% water blown. Its high yield, superior performance, and exceptional sprayability make it an ideal choice for high-performing energy efficient buildings.


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    • JM Corbond IV 2# HFO Closed Cell Spray Polyurethane Foam
    JM Corbond IV 2# HFO Closed Cell Spray Polyurethane Foam
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    JM Corbond IV 2# HFO Closed Cell Spray Polyurethane Foam

    JM Corbond IV closed-cell spray polyurethane foam (SPF) is a next generation HFO blown, two component, Class 1 rated, medium density, SPF insulation system. JM Corbond IV is designed to insulate commercial, residential and industrials buildings. The HFO Technology allows JM Corbond IV to be produced with low Global Warming Potential (GWP) and with an Ozone Depletion Potential (ODP) of zero. Its high yield, superior thermal and moisture performance, and exceptional sprayability and adhesion make it an ideal choice for high-performing energy efficient buildings.


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    • NCFI 21-070 Rigid Pour Foam System
    NCFI 21-070 Rigid Pour Foam System
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    NCFI 21-070 Rigid Pour Foam System

    NCFI 21-070 is a two component, HFO blown, low GWP, all PMDI based, pour-in-place urethane rigid foam system. It is designed for void filling applications which require a high degree of flow.


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    • NCFI 21-075 Rigid Pour Foam System
    NCFI 21-075 Rigid Pour Foam System
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    NCFI 21-075 Rigid Pour Foam System

    NCFI 21-075 is a two component, HFO blown, low GWP, all PMDI based, pour-in-place urethane rigid foam system. It is designed for void filling applications which require a high degree of flow. 


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    • NCFI AgriThane 2.0# HFO Closed Cell Regular Foam
    NCFI AgriThane 2.0# HFO Closed Cell Regular Foam
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    NCFI AgriThane 2.0# HFO Closed Cell Regular Foam

    11-035 AgriThane is a two component, self-adhering, seamless, closed cell, spray applied polyurethane foam insulation system. This system has been formulated with highly insulating HFO as the blowing agent. 11-035 system is suitable for application on tanks and temperature controlled structures, and for air sealing structures as part of the NCFI AgriThane insulation system.


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    • NCFI Enduratech 2.8# HFO Roofing Foam
    NCFI Enduratech 2.8# HFO Roofing Foam
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    NCFI Enduratech 2.8# HFO Roofing Foam

    NCFI 10-016 is a two component, HFO blown spray polyurethane foam system designed for use as a self-adhering, seamless, high insulating, spray applied rigid polyurethane foam roofing system. 10-016 is available in multiple speeds for use in varying temperature conditions. 10-016 complies with ASTM D7425 and has been formulated to spray at a 2.8 pound density, depending on lift thickness, and may be used in applications of the EnduraTech® roofing systems.

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    • NCFI Geo Terra-lok B Fast Catalyst for Single Component, 1 Gallon Pail
    NCFI Geo Terra-lok B Fast Catalyst for Single Component, 1 Gallon Pail
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    NCFI Geo Terralok B Fast Catalyst,  1 Gallon Pail


    NCFI TERRA LOK 24-120 Geo Foam is a low viscosity single component hydrophobic polyurethane used for increasing the load bearing capacity of loosely bound soils, filling voids and I/I mitigation Ideal for stopping active or flowing water leaks and eliminating water seepage through cracks in stationary concrete structures and asset.

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    • NCFI Geo Terra-lok B Regular Catalyst for Single Component, 5 Gallon Pail
    NCFI Geo Terra-lok B Regular Catalyst for Single Component, 5 Gallon Pail
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    NCFI Geo Terra-lok B Regular Catalyst, 5 Gal Pail

    NCFI TERRA LOK 24-120 Geo Foam is a low viscosity single component hydrophobic polyurethane used for increasing the load bearing capacity of loosely bound soils, filling voids and I/I mitigation Ideal for stopping active or flowing water leaks and eliminating water seepage through cracks in stationary concrete structures and asset.

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    • NCFI Geo Terra-lok Single Component, 55 Gal Drum
    NCFI Geo Terra-lok Single Component, 55 Gal Drum
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    NCFI Geo Terralok 24-120 Single Component Foam, 55 gallon drum.

    NCFI TERRA LOK 24-120 Geo Foam is a low viscosity single component hydrophobic polyurethane used for increasing the load bearing capacity of loosely bound soils, filling voids and I/I mitigation Ideal for stopping active or flowing water leaks and eliminating water seepage through cracks in stationary concrete structures and assets Based on the application, the 24-120 requires the use of REG CAT or FAST CAT catalyst.

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