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The RG1
The RG1
Pittsburgh, PA, United States
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The RG1
Pittsburgh, PA, United States
Here is the prototype of what the Fisher ARCHitecture team believes to be the world’s first radiant heated glass chair, (patent pending) which we introduced to the public in October, 2013 after more than three years of design. Heating air is inefficient. This battery-powered piece of radiant heated furniture, which can be used both indoors and out, uses astonishingly little energy yet effectively heats the human body even when the surrounding space is cool.
Our project team has designed and developed this concept with the assistance of noted Kittanning, PA glass manufacturer, Frank Dlubak, who developed the glass for the White House, the Statue of Liberty, and the Getty Museum. Why glass? According to Mr. Dlubak, glass is an ideal radiant chair material because it is
clear,
moldable,
conductive,
colorful,
elegant,
inexpensive,
long-lasting,
and green!
How does it work? A thin film of conductive material is sprayed onto the surface of the glass. When a tiny DC current is introduced to two copper busbars located along opposite edges of the seat and back, radiation heat is emitted across the surface of the film. In a typical office environment the chair can be operated for less than $5 a month. It uses 80% less energy than a traditional space heater. The chair materials are certified for safety by Intertek testing under UL 962 and CAS STDE60335-1/4E and are constructed using ANSI certified hurricane glass.
Although our initial suggested retail price for the chair will be $900.00, we are optimistic that the price will decrease significantly as production ramps up. This price includes the batteries, still in engineering, which should power the chair for up to three hours.
Our project team has designed and developed this concept with the assistance of noted Kittanning, PA glass manufacturer, Frank Dlubak, who developed the glass for the White House, the Statue of Liberty, and the Getty Museum. Why glass? According to Mr. Dlubak, glass is an ideal radiant chair material because it is
clear,
moldable,
conductive,
colorful,
elegant,
inexpensive,
long-lasting,
and green!
How does it work? A thin film of conductive material is sprayed onto the surface of the glass. When a tiny DC current is introduced to two copper busbars located along opposite edges of the seat and back, radiation heat is emitted across the surface of the film. In a typical office environment the chair can be operated for less than $5 a month. It uses 80% less energy than a traditional space heater. The chair materials are certified for safety by Intertek testing under UL 962 and CAS STDE60335-1/4E and are constructed using ANSI certified hurricane glass.
Although our initial suggested retail price for the chair will be $900.00, we are optimistic that the price will decrease significantly as production ramps up. This price includes the batteries, still in engineering, which should power the chair for up to three hours.
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