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Thermo Glass – layered heating glass with carbon nanofibers
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The unique heating layer "Thermo Glass Nano Energy" made up of carbon nanofibers heats up as electric current passes through it creating together with the transparent "Thermo Glass Infra-red Ceramic" layer the long-wave infrared radiation.
Long-wave infrared radiation is currently the most efficient way of transforming electricity to heat. This thermal radiation is capable of heating objects more easily than heat produced by a gas heater or classical electric heating. Up to 80% of radiation is absorbed by objects in the room.
The infrared heating principle as such is not new. What is truly innovative is the coupling of several unique features into the PION panel:
Ideal wavelength 2–13 micrometers
This wavelength interval is based on the biological nature of mankind and our perception of heat. We ourselves radiate infrared radiation of exactly this wavelength. We have also known the same heat radiation wavelength interval for centuries from heating by tile stoves or even earlier by clay stoves.
Minimum weight
Thanks to its unique lightweight structure and the modern technologies used the most powerful PION ThermoGlass panel with the output of 1400 W weighs only 5 kg (to compare with up to 30 kg panels from our competitors).