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RADIANT BARRIERS


Control heat loss in winter and reflect unwanted heat in the summer with foil barriers.

Energy Star rated, foil radiant barriers... "Your biggest bang for the buck!" Imagine how comfortable your home could be and how low your energy consumption and utility costs would be, if you did not have to contend with heat gain in the summer and heat loss in the winter ...


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The Solution - Silver Shield Radiant Barrier
  • Reduces radiant heat transfer up to 97%. Treats the problem at its source - the roof.
  • A/C savings up to 12%. Significantly reduces attic temperatures up to 30 degrees.
  • Increases insulation and air conditioning duct efficiency.
  • Lowers temperatures and improves comfort in areas that are not typically air conditioned, such as garages and lanais.
  • Qualifies for Florida Energy Code Credits.
  • Energy Star Rating helps to qualify for energy efficient mortgages. Radiant barriers are great for bonus rooms and other problem areas for cooling design.
  • Installing radiant barriers in garages, lanais, and gable ends improves overall performance and comfort in building design.
  • Radiant barriers will not harm roofing materials including shingles.

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  • Solar radiation causes roof temperatures to reach 160 degrees to 190 degrees Fahrenheit.
  • Heat is conducted through roofing materials and radiated to the ceiling below.
  • Attic air temperatures climb to superheated levels, typically 140 degrees fahrenheit in the summer.
  • Ceiling insulation R-values are rated at 75 degrees and 50% relative humidity, as temperatures and humidity levels increase, R-values diminish. Radiant heat transfers into air conditioning ducts increasing energy costs. Attic structure and contents saturate and continue to transfer heat even after the sun has set.
  • A/C run time increases and in peak loads cannot maintain internal temperature set points - comfort is compromised.
  • Air quality is compromised - hot humid air is drawn through leaks in the duct system.


History of Radiant Barriers

  The history of radiant barrier begins far back as the early 1920's when radiant barrier was used to insulate residential and commercial buildings in the United States . In 1945 the product was produced commercially by a New York company, but the government ruled the company a monopoly and shut down production. Radiant barrier was lost to the world until the mid 1950's when Clark E. Beck, P .E. refined and led the Team Wright Labs pioneered the development of the product for NASA. astronaut
 In the mid 1950s, when Clark E. Beck, PE, of Wright-Patterson Air Force Base discovered and pioneered the development of radiant barrier technology for NASA and the space program, he couldn't have envisioned the variety of applications for which this insulation material would someday be used. But today, radiant barrier technology has been spun-off into products as diverse as energy-conserving building insulation, agricultural insulation, automobile insulation, protective clothing (like used by firemen), and many other products.astronaunt
 NASA was trying to find a way to protect the astronauts during space walks from the extreme temperature shifts ranging from -273 degrees Celsius to +238 degrees Celsius. They discovered that they would have to have a seven-foot thick protective layer on the space suit if they attempted to use conventional insulation. Obviously, this was way out of the question. Instead of trying to insulate the suits, they turned to reflective technology and used aluminum foil radiant barrier to solve the problem. NASA reflected the heat of their own body back at the astronauts to keep them warm, while at the same time they used the foil to reflect the deadly direct radiation from the sun (radiant heat) out of the space suit to keep them cool.  The material provided a reflective surface that kept more than 95 percent of the radiant energy from reaching the interior of the space suit. Small holes allow moisture to escape, while keeping longer heat waves from getting through. Weighing only slightly more than 17 pounds per thousand square feet. The material maintained constant, comfortable temperatures inside the space suit.
 Radiant barrier has been in use by NASA since the Gemini and Apollo missions. The insulation was the prime element of the environment control system that allowed Apollo astronauts to work inside the Command Module in shirt sleeves, rather than in bulky space suits. Since the Gemini and Apollo missions, the radiant barrier has been used on virtually all spacecraft, including unmanned missions where instruments required thermal protection.

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