Knoch IR Technik

Experienced partner in indoor and outdoor heating technology

Questions about energy consumption, safety and ecology require new products and technologies in modern heating technology.

Dipl Ing. Klaus-Dieter Knoch, founder of Knoch Infrarot Technik, has been involved in light-warmth systems for many years and has focused on continual development. As early as 1991 he found a great need for his progressive ideas and founded the Techno Licht GmbH (Techno Light GmbH). The company quickly specialised in innovative light concepts. A newly developed halogen lamp (HeLeN) from Philips founded the radiator heating division in 2004 and the now renamed company Knoch Lichttechnik (Knoch Lighting Technology). The heat radiators were continually improved.

In 2012 Dipl Ing. Klaus-Dieter Knoch founded Knoch Infrarot Technik
GmbH in Hohenölsen. Here the radiators were assembled completely according to customer desires, in order to guarantee safety and satisfaction.

ARE YOU READY FOR THE COMFORT OF LIFE?

Technology

Golden Glare

The radiator with the golden tubes generate infrared A and B radiation from the tungsten filament and filter the visible light with its coating. The long-lasting lamps burn for > 5,000 hours and achieve up to 90% heat recovery.

Low Glare

Only approx. 15% of the visible light of a Golden Glare radiator results, thanks to the Low Glare technology. The infrared radiation contains a larger portion of infrared light from the invisible spectrum. The lamps burn for > 5,000 hours and achieve up to 90% heat recovery.

White Glare - world debut

The white lamps shine with 2700 Kelvin in a warm white reading light. The heat developement is identic. But the red light percentage is absorbed totally by a special coating.

Magic Focus

Through reflectors made of high-gloss aluminium, developed with the most modern ray tracing methods, all ComfortSun radiators can boast an unrivalled efficiency: Up to 90% of the electrical output reaches you as heat. The long-lasting lamps burn for > 5,000 hours and achieve up to 90% heat recovery.