Reflective Aluminum Foil Reflect Insulation Solid Woven Foil Reflective Radiant Barrier

Radiant Barrier is a reflective insulation that is usually made of aluminum. Radiant Barrier insulation is installed in attics and inside of buildings, either alone or in combination with other types of insulation. Unlike some other common forms of insulation, Radiant Barrier requires a small airspace in order to be effective. Once installed properly, Radiant Barrier is extremely effective, blocking up to 97% of radiant heat transfer.

Radiant barrier is a unique insulation solution in that it reflects rather than absorbs heat, unlike traditional insulation. Heat never stays in one place; it is constantly moving from a warmer to a colder space. This happens through conduction (heat flowing directly through the wall, ceiling, or roof), convection (warm air rising as it heats up and expands) or radiation (heat rays radiating from a warm space to a cooler space, such as when your furnace or coffee mug gives off heat). Regular for

Unlike other forms of insulation, Radiant Barrier does not usually have a measured R-Value. Since Radiant Barrier is usually installed on top of existing insulation, where it reflects heat back to its source, the R-Value is not an accurate measurement of the energy savings that Radiant Barrier provides.

Since Radiant Barrier eliminates the radiation of heat, it is effective at preserving desired internal temperatures in both the summer and winter months. Insulating your home with Radiant Barrier prevents heat from radiating out to the cold outdoors in the winter. The reverse is true in the summer when the hot sun radiates heat down on the roof of a building. Radiant Barrier insulation installed in the attic will reflect the majority of heat back to its source, making your internal air condition

Scientific experts at a number of institutions have confirmed the reflective properties and effectiveness of Radiant Barrier, including the Florida Solar Energy Center at Cape Canaveral, the University of Mississippi, the Tennessee Valley Authority, Oak Ridge Laboratories in Tennessee, and Northeastern Illinois University. Analysis has found that Radiant Barrier prevents the radiant transfer of heat in both warm and cold conditions, with up to 97% effectiveness. In contrast, ordinary building ma