Efficient Homes | Spray Foam Insulation27 May
Insulation is very important when it comes to houses and buildings. Fiberglass was the most common type of insulation until the introduction of the Polyurethane foam insulation system. Polyurethane is known to be a closed-cell material ensuring that the indoors is kept free from air and moisture.
The process of installing this type of insulation is also very simple and does not require anything else to hold it in place. The foam is sprayed into the walls or between the ceiling and the roof. The foam then starts to expand to about 100 times its original volume, thus, making its way to all parts of the wall and leaving no room for air or moisture to seep in. It can be installed even in the hardest places to reach without settling or shrinking.
This type of residential insulation is highly recommended by the US Department of Energy because of its energy efficiency. Spray foam insulation has an R-value of 6 to 8 per inch, much higher than that of fiberglass which only has an R-value of 2 to 4. This means that any heating or cooling equipment would not require as much fuel as it would need with any other types of insulation systems. Polyurethane, once installed in between walls and ceilings, does not emit any harmful odors or fumes. Its efficiency in sealing out moisture makes it impossible for mold and mildew to grow, thus, reducing the risks of allergies. It is very effective in keeping bugs and rodents out as the spray foam material has no food value for them whatsoever.
The great thing about spray foam insulation is that it actually adds to the structural strength of a house or building without adding too much weight to it. So regardless of what material a house is made of, polyurethane spray foam insulation will adhere easily and work efficiently.
For more information about Spray Foam and how it can work for you, contact EcoLogic Spray Foam Insulation at 1 888 880-8420.
Tags : benifits, building envelope, efficiency, R-value
Posted in : Common Questions, Environment, R-value | Comments Off









