By Cass Jacoby, RCS Reporter.
Radiance™ e-0.25 Attic Barrier is designed to be applied onto the underside of a roof deck to create a heat barrier that will stop up to 77% of the potential radiant energy transfer into the attic. Radiance™ e-0.25 Attic Barrier reduces the absorption of heat into a building in the summer. Similar to how low-emissivity glass windows work, the surface has the ability to emit or absorb radiant energy. Thus, by lowering the emissivity, the more energy efficient and the greater the energy savings for the dwelling.
On hot summer days, the sun transfers its heat to the roof exterior, which seeks the cool interior of the home. The roof heat is transferred as radiant energy from the underside of the untreated roof deck and down to the ceiling insulation. The insulation may initially resist much of the heat, but it will inevitably transfer down increasing the temperature of the living space of a home.
Even better news: this product isn’t inhibited by any raw material shortages. The low material cost and ease of application reduces labor. Radiance can be applied easily without the complexity of navigating difficult-to-access attic spaces.
Recommended uses
Interior only
Bottom side of roof decking
Primed or coated metal roofing
What are the unique features of RADIANCE™ e-0.25 Attic Barrier?
Low emissivity with 0.21 'e' value
Reflects up to 79% of radiant energy
100% seamless coverage of attic space
Does not alter electromagnetic fields
Breathable
One coat coverage on bare wood and primed metal
Application by spray, roller and brush
What are the benefits of RADIANCE™ e-0.25 Attic Barrier?
Reduces cooling costs in summer
Increases interior comfort level
More cost efficient than alternative attic systems
Will not disrupt attic-mounted antennae or cell phone reception
Will not increase attic moisture
Fast application
Easy to apply
Learn more about Master Builders Solutions in their RoofersCoffeeShop® Directory or visit www.master-builders-solutions.com.
Original article source: Master Builders Solutions
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