Radiant Barrier Roof Sheathing Osb

Thd sku 241548.

Radiant barrier roof sheathing osb.

The aluminum is not used for its reflective properties but for its low emittingproperties. 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. Thermostat radiant barrier sheathing reflects up to 97 of the sun s radiant heat from a home s attic and can help lower attic temperatures by up to 30 f. The most effective radiant barrier sheathing is a structural roof sheathing panel which consists of an osb panel with heat reflecting foil laminated to one side.

This reflection insulation also has high mechanical properties making it perfect for load bearing applications in construction. Foil backed osb is applied mostly in attics. However it is also used in wall systems. Other kinds of radiant barriers combine reflective materials usually aluminium foil with materials like plastic films cardboard and kraft paper.

As the original 1 brand of radiant barrier sheathing lp techshield panels vaporvents technology prevents moisture buildup during and after construction while blocking up to 97 of radiant heat in roof panels. More energy is needed to cool the house and that means higher energy costs for. It reduces attic temperatures by up to 30 degrees fahrenheit and it blocks up to 97 of radiant heat. Installed in more than 1 5 million homes to date lp techshield radiant barrier sheathing is the industry s best selling brand of radiant.

The osb techshield radiant barrier osb is engineered to improve energy efficiency. How traditional roof sheathing works. Installed in over 2 million homes in the united states lp techshield panels also lower attic temperatures up to 30 f. With no barrier to restrict the heat it radiates through the insulation into living spaces causing room temperatures to rise.

This improved energy efficiency makes thermostat radiant barrier the ideal choice for new homes additions and renovations in warm to hot climates.