Next, you can likely install radiant barrier plywood over your existing insulation rather than choosing one or the other. While a radiant barrier can help with heat retention to some level, other forms of insulation are better for keeping homes warm during cold winters. First, radiant barrier plywood is primarily beneficial for homes in hotter climates, as it effectively reduces radiant heat gain and keeps your home at a cool indoor temperature. Points to Remember Before Installing Radiant Barrier Plywoodīefore you install a radiant plywood barrier, there are a couple of points to note. The plywood has a thin layer of reflective material on one side, and that side faces inward toward your attic. Radiant barrier plywood insulation consists of two primary materials-engineered plywood panels and reflective material, such as aluminum foil. Material Needed for Radiant Barrier Plywood We’ll cover everything you need to know about radiant barrier plywood, from the materials it consists of to its installation process. Radiant barrier plywood reflects the sun’s rays before they heat the roof, thus maintaining your cool indoor temperature. That heat travels into your attic via conduction and raises indoor temperature. Without radiant barrier plywood, the sun’s radiant energy heats your roof. This insulation reduces your home’s radiant heat gain to keep it cool while outdoor temperatures are high. Radiant barrier plywood’s reflective qualities prevent the sun’s rays from striking and heating your home. Radiant barrier plywood is a type of insulation specifically meant for your roof. One great solution is radiant barrier plywood. You may also want your insulation to retain heat during colder months. If you live in a hot climate, you likely want your insulation to prevent hot air from flowing into your home, retain cool air, and cut your air conditioning expenses. Proper insulation allows your home to maintain an ideal temperature and helps you spend less money to keep your home comfortable. Insulation is vital to your home’s comfort and energy efficiency.
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