FAQs

Yes. Spray foam insulation is approved by the Residential and Commercial building codes.

Unvented attics use air-impermeable insulation on the underside of the roof deck as a barrier to prevent condensation of moisture. Vented attics allow hot and/or moist air to escape to the exterior by air flow.

• Low density (.5lb per cubic foot).
• Expands about 100 times its original volume when applied.
• Forms a semi rigid/flexible insulation.
• R-value is between R3.4 to R3.9 per inch.
• Forms an excellent air barrier.
• A good soundproofing material

Closed cell:

• Medium density (2lbs per cubic foot).
• Expands about 40 times its original volume when applied
• Forms a rigid insulation (adds structural strength).
• R-value is R6.0 or higher.
• Forms an excellent air barrier.
• Applied at 2” or more, closed cell SPF is a vapor retarder material.

While the initial cost of installing SPF maybe higher than other traditional insulation, homeowners are able to save more money per month to more than make up for this difference. SPF can reduce heating/cooling costs (compared to traditional insulations) by up to 50%. SPF can also save money by way of a reduction in the required sizing of the HVAC unit.

Spray foam insulation adheres to the substrate and will not settle or fall out of the walls or ceiling.

Indefinitely. As an inert, long lasting polymer, residential and/or commercial structures are a great places for spray foam insulation.

Yes. Spray foam will stop air infiltration in commercial/residential buildings. This will also keep out moist/humid air and dust/pollen. Fiberglass batts and loose cellulose will not stop air infiltration allowing dust, pollen and moisture into a home/building.

Spray foam insulation offers no food value; therefore it does not support bacteria or fungal growth. It also does not retain water, making it an unappealing environment for fungal spores.

SPF is a two component liquid that’s sprayed in place by a trained professional applicator. The two liquids, heated under high pressure, mix at the spray gun reacting with each other causing the liquid to expand rapidly and cure as a rigid/semi-rigid foam.

Moisture damage within a building envelope is mainly the result of warm moist inside air being exchanged with the cold dry outside air with your walls. As moisture in the air condenses, it forms dew within the insulation. Because spray foam insulation is air sealing, this moisture movement and condensation do not occur.

Spray foam has a flame spread of <25 and smoke development of <450. With these results, spray foam is a Class 1 rated material. This is the highest rating an insulation product can receive for residential and commercial applications.