Foam Advantages


Addressing All Six Mechanisms of Heat Loss Through a Wall or Ceiling

 Conduction
 Radiation
 Convection Currents
 Infiltration (Wind Pressure)
  Intrusion (Wind Wash)
  Moisture Accumulation (Humidity, Dew, and Frost)


What is spray polyurethane foam?
Spray polyurethane foam is a remarkably versatile material that serves as an excellent solution to a wide range of construction and insulation challenges.

 

What are the benefits of Spray Foam?
Spray Foam is environmentally friendly. It contains no formaldehyde or ozone depleting chemicals and reduces energy consumption, which also reduces greenhouse gasses. Spray Foam also takes less energy to produce than other insulation and therefore reduces the amount of energy required to both transport and install it. Through the use of Spray Foam indoor air quality is also improved.


Spray Foam is durable and maintains its insulating capabilities over time, contributes little waste in the environment, and can often, in a single product, take the place of as many as four other products including: insulation, air barriers, sealants, and weather barriers. In addition to the above, closed cell Spray Foam adds structural strength and essentially glues a building together, thereby making it more resistant to events such as hurricanes and high winds. Closed cell Spray Foam can also provide an added barrier against vapor and water intrusion.

 

 

Reduced Energy Consumption:

 High R-value per inch (open cell 3.5 per inch and closed cell 6.0 per inch)
 Air infiltration eliminated
 Moisture and condensation controlled (closed cell only)
 Convective currents in attics and walls reduced
 Wind washing eliminated
 Ventilation system efficiency increased
 Outside noise reduced
 HVAC ducts run through conditioned space

 

 

Increased Comfort:

 Drafts reduced
 Comfortable, constant temperature throughout the building, from room to room and floor to floor

 

 

Improved Health:

 Indoor air quality improved
 Infiltration of outside air pollutants reduced
 Moisture condensation and mold growth within the building walls and roof reduced

 

 

Excellent Value:

 Insulation efficiency achieved
 Heating and cooling usage often dramatically reduced
 HVAC equipment down-sizing realized
 Construction costs reduced
 Need for separate housewrap and/or vapor retarders eliminated

 

 

Good for the Environment:

 CO2 emissions reduced
 LEED credits for sustainable, green construction can be earned
 Structural damage caused by high winds resisted
 Formaldehyde or ozone depleting substances