Radiant Roof Barrier Sheathing

Radiant barrier roof sheathing is a great product that will reduce your power bill.

Radiant roof barrier sheathing. This reflection insulation also has high mechanical properties making it perfect for load bearing applications in construction. A radiant barrier works best when it is perpendicular to the radiant energy striking it. However radiant barriers can also be installed in other ways such as having it infused with your roof decking or underneath tiles. A radiant barrier is typically stapled to the bottom truss chords against the deck sheathing.

Product overview the osb techshield radiant barrier osb is engineered to improve energy efficiency. There are just a few manufacturers that make this unusual type of roof sheathing that has a shiny perforated aluminum foil craft paper laminated to one side of it. Radiant barrier sheathing made up of either plywood or oriented strand board osb with athin layer of aluminum facing on one side is installed to the roof rafters with the aluminumlayer facing down. For a picture of this in action you can check out the product listing on amazon.

Other kinds of radiant barriers combine reflective materials usually aluminium foil with materials like plastic films cardboard and kraft paper. Radiant barrier applied either under the roof rafters or under the roof sheathing is probably the most common application of a radiant barrier but many homeowners shy away from it because they don t fully understand what radiant barrier is or how it works. Installed in over 1 5 million homes in the united states lp techshield panels also lower attic temperatures up to 30 f. It reduces attic temperatures by up to 30 degrees fahrenheit and it blocks up to 97 of radiant heat.

Rbs radiant barrier sheathing weyerhaeuser radiant barrier sheathing rbs comes pre fabricated with a reflective foil layer that reflects up to 97 of the sun s radiant energy minimizing heat transfer through the roof and insulation to interior living spaces. A radiant barrier reduces the radiant heat transfer from the underside of the roof to the other surfaces in the attic.