Radiant Barrier Attic Installation

For the majority of installations there are basically two different methods used to install radiant barrier foil in an attic.

Radiant barrier attic installation. Heat always gravitates to cold so if you want to keep your home cool in the summer the heat is trying to get in. Attic area of 55 x 35 1925 sq ft x 1 3 for a medium pitch roof about 8 9ft high at peak 2 503 sq ft. For really high roofs you should consider doing a flat top installation for radiant barrier for tall attics. Whether you use it in a crawl space radiant floor attic or walls you ll find it easy to handle and install.

If you want to keep warm in the winter heat wants to seep out of your living space. Our do it yourself radiant barrier will make your home more comfortable and energy efficient. In an open framed attic it is generally easiest to install the strips of radiant barrier roof material across the attic perpendicular to the direction of the roof joists overlapping each run by about 2 inches. Staples should be placed 14 to 18 inches apart.

Double reflective insulation roll with staple tab edge for a versatile insulation product select for a versatile insulation product select reflectix insulation to help save energy costs throughout the home. Radiant barriers are installed in homes usually in attics primarily to reduce summer heat gain and reduce cooling costs. Attic guys t his protective layer is created with the help of radiant barrier insulation which can be installed during new construction as well as in existing homes. Atticfoil is the proven solution for 250 000 homes.

This method also reduces the heat subject to attic mounted ac duct work thereby allowing them to work more efficiently. They don t however reduce heat conduction like thermal insulation materials. Unroll the radiant barrier hold in place and staple to bottom of roof joists. 100 satisfaction 1 year money back guarantee.

A larger air space between the radiant barrier and the attic roof essentially increases the effectiveness of the radiant barrier s efforts at reducing heat transfer. The barriers consist of a highly reflective material that reflects radiant heat rather than absorbing it. Super r radiant barrier is especially effective in an attic application because that is where most of the heat enters or leaves a home or structure. Radiantguard radiant barrier foil insulation installed in an attics can reduce attic temperatures by up to 30 degrees when stapled with a staple gun to the underside of roof rafters by reflecting up to 97 of the radiant heat that strikes its surface thereby reducing heat transfer from the attic to living spaces resulting in lower utility bills.

Unlike thermal insulation like fiberglass batts or blown cellulose radiant barrier insulation has no r value and is usually made of foil.