Infrared efficiency principle
What nature has in common with the best hall heaters
Energy efficiency is a megatrend. And the infrared heating principle is the method of choice for the efficient heating of large rooms. In our opinion, it is the best heating technology for any hall. Future-proof, technically convincing and legally compliant.
Infrared is the natural thermal principle of the sun. Physics uses this term to describe electromagnetic waves in a defined spectral range at the boundary to visible light. Infrared rays in long-wave frequency are emitted by every thermal source. These infrared rays have the property of only heating the bodies they hit. Heat transfer by infrared is therefore very different from convection, i.e. the heating of ambient air.
The ratio of convection to infrared provides information about the quality and efficiency of an infrared system. This is based on a physical law: the higher the temperature of a heat source, the lower its (undesirable) convective component and the higher its (desirable) infrared component. A physical law that KÜBLER utilizes to its limits.
Infrared rays heat. Without air movement, without draughts, without swirling up dust. The most pleasant heating principle on our planet. That's what makes infrared so comfortable.
Infrared rays heat bodies and objects that absorb them. Air remains unaffected. A decisive advantage in high halls. This is because there are no warm air pockets that rise upwards and fizzle out unused under the hall roof. Infrared heat works where it is used. That's what makes it so economical.
Comfortable, efficient and economical: KÜBLER has made infrared its efficiency principle because of these advantages. And the performance of this principle in its hall heating technologies has been at the forefront since 1989. Today, KÜBLER infrared systems are powerhouses with the lowest energy requirements. Highly intelligent and unique in many ways.
The ratio of convection to infrared provides information about the quality and efficiency of an infrared system. This is based on a physical law: the higher the temperature of a heat source, the lower its (undesirable) convective component and the higher its (desirable) infrared component. A physical law that KÜBLER utilizes to its limits.
Infrared rays heat. Without air movement, without draughts, without swirling up dust. The most pleasant heating principle on our planet. That's what makes infrared so comfortable.
Infrared rays heat bodies and objects that absorb them. Air remains unaffected. A decisive advantage in high halls. This is because there are no warm air pockets that rise upwards and fizzle out unused under the hall roof. Infrared heat works where it is used. That's what makes it so economical.
Comfortable, efficient and economical: KÜBLER has made infrared its efficiency principle because of these advantages. And the performance of this principle in its hall heating technologies has been at the forefront since 1989. Today, KÜBLER infrared systems are powerhouses with the lowest energy requirements. Highly intelligent and unique in many ways.