Features of the photon heating
The unique photon heating, made and engineered in Germany, is superior to other infrared heaters in its efficiency and versatility. This is due to the fact that most of its infrared radiation is acting predominantly in the long-wave infrared radiation range which is relevant for the human body. This means for the user, that
  1. the radiant heat emitted by the photon heating system achieves a range of up to 5 meters
  2. in contrast to other infrared heaters a uniform and pleasant feeling of warmth is created
  3. photon heating elements are significantly thinner and lighter
  4. the generated heat can also be emitted to the room via the rear panel so that the efficiency is increased further
  5. heat radiation is not only emitted passively but also actively directly through the surface material
  6. the radiation component is in the optimum range at about 50% (based on the total radiation area) and thus results in the lowest possible energy consumption
  7. the surface temperature can drop to around 27°C while still emitting for the human body relevant radiant heat to the room and hence continue to retain the warmth
  8. the photon heating system is designed in such a way (with the same output and surface as infrared heaters) that the average desired indoor temperature of 20°C is easily achieved at outdoor temperatures of -10° with an operating time of only 7 hours a day
  9. the life of the heating element is at least 15 years without loss of functionality as the relevant heat wave range is already achieved at low temperatures (guarantee available)
  10. versatile design options (such as integrated controllable light elements) are available for the private and commercial sector
  11. heating element that is free of electrosmog according to EMC
  12. the photon heating meets the stricter EnEV-2009 German Energy Saving Regulations (§10a) for electric heating, hence may be used in new buildings and passive houses
  13. the photon heating is a quality product made and engineered in Germany
  14. energy consumption and thus the electricity costs are significantly lower than those of existing infrared heaters  (guarantee of stated consumption available)
To draw an exemplary comparison: the photon heating represents the LED while existing infrared heaters are still the light bulb!