Foam Factor is committed to providing affordable, healthy and energy efficient solutions that are environmentally friendly, permanent and American made.
ThermoSeal 500 is a semi-rigid, totally water blown, .5lb light density polyurethane foam insulation system which simultaneously insulates and air-seals your building structure. ThermoSeal 500 is designed to make homes more energy efficient, quieter, healthier and more comfortable. ThermoSeal 500 is applied as a liquid spray which expands approximately 100 times its initial mass and cures within seconds into a semi-rigid mass. ThermoSeal 500 fills all building cavities completely sealing all cracks, crevices, and voids where air loss and infiltration are most common. If needed, excess material is easily trimmed off leaving a surface ready for drywall.
ThermoSeal 1200 is a semi-rigid, totally water blown, 1.2lb medium density polyurethane foam insulation system which simultaneously insulates and air-seals your building structure. ThermoSeal 1200 is designed to make homes more energy efficient, quieter, healthier and more comfortable. ThermoSeal 1200 is applied as a liquid spray which expands approximately 70 times its initial mass and cures within seconds into a semi-rigid mass. ThermoSeal 1200 fills all building cavities completely sealing all cracks, crevices, and voids where air loss and infiltration are most common. If needed, excess material is easily trimmed off leaving a surface ready for drywall.
ThermoSeal 2000 is a semi-rigid, partially water blown, 2.0lb high density polyurethane foam insulation system blown by EnovateĀ® blowing agent and water
which simultaneously insulates and airseals your building structure. ThermoSeal 2000 is designed to make homes more energy efficient, stronger, healthier, quieter and more comfortable. ThermoSeal 2000 is applied as a liquid spray which expands approximately 15 times its initial mass and cures within seconds into a semi-rigid mass. ThermoSeal 2000 fills all building cavities completely sealing all cracks, crevices, and voids where air loss and infiltration are most common.