Best Usage of Spray Foam

There are two different types of foam spray insulation, either open-cell or closed-cell foam. We can help you decide which spray foam is best for your home or structure. The two different spray foam has performance characteristics like the structural integrity, control of water vapor, and the amount of available space to install the foam. Closed-cell foam is the only option for residential roofing adhesive, due to its strength characteristics.

Here is How You Save Money on Spray Foam in Austin

There is no better home insulating material that can seal your home from air and moisture intrusion, save on costly utility bills, strengthen your home, and protect your family’s health from dangerous mold than Spray Foam insulation.

  • Stops air and moisture infiltration
  • Makes your home more comfortable
  • Saves on energy costs
  • Adds strength to the building structure
  • It is permanent and will not sag
  • Keeps dust and pollen out
  • Eliminates Ice Daming
  • Improves Air Quality
  • Reduces capacity requirements, maintenance, and wear of HVAC equipment
  • Meets all building codes

Did you know How Spray Foam Works?

  • Air infiltration can increase energy costs in buildings 10 to 40%.
  • SPF reduces air infiltration allowing insulation to be more effective and reducing the demands on HVAC equipment.
  • SPF reduces moisture infiltration by reducing air leakage.
  • SPF adds structural strength to walls and ceilings.
  • SPF reduces sound transfer into buildings.  Most sound from outside is carried into the building through cracks and air leaks.  SPF, by stopping the air infiltration, also helps keep sounds out.
  • SPF minimizes dew point problems and condensation.
  • SPF resists heat transfers through air infiltration regardless of flow direction.
  • SPF provides reliable R-values under the most extreme conditions and dependable and durable protection against heat loss or gain.
  • SPF minimizes thermal bridging, which can cause higher energy usage and cost.
  • SPF out-performs conventional insulation materials because they (conventional insulation materials) trap still-dry air and if that air moves or becomes wet, the thermal resistance can drop by 50%.
  • According to ASHRAE, a 3% void area in a wall cavity represents a 15% reduction in wall R-value.