Manufacturer of energy-saving heating

We make your life warmer

Thermal radiation is not absorbed by air. Therefore, all the energy from the device reaches objects and people in the area of its effect almost without loss. And it heats them, not the air, as happens when using convectors. In other words, the heat from the infrared heater is transmitted, first of all, to solid objects (floor, walls, furniture, etc.), and from them to the air. That is, the closer to the infrared heater, the denser the flow of heat and the higher the temperature of objects. Moreover, the release of heat from the infrared heater occurs only in the zone of its direct action, that is, the heating is of a local nature. This provides infrared heater with a number of features, some of which are very useful from a consumer point of view.

First, when using an infrared heater, warmer air practically does not accumulate under the ceiling, which is characteristic, for example, of convective heating (in this case, warm air in high rooms even has to be turned downwards, using ceiling fans). To put it simply, the infrared heaterare those heating devices that best implement the old medical wisdom: "Keep your feet warm and your head cold." This feature of infrared heater operation makes them practically irreplaceable when solving the tasks of economic heating of rooms with high ceilings. After all, heating a significant volume is technically difficult and therefore expensive. Such radiators are also useful for situations where only certain (working) areas require heating or when the creation of convective air flows, and therefore, the dust flows contained in it, is undesirable (this is an important requirement for allergy sufferers).

Secondly, when using local "additional heating" with the help of infrared zones in which people are located, you can afford to lower the temperature created by the main heating system in the entire room by several degrees. At the same time, the "perceptible" temperature will remain unchanged, since the decrease in the overall air temperature will be compensated by the IR "additive" that is absorbed directly by the human body.
Thus, the use of infrared heaters leads to a decrease in energy consumption and a decrease in heating costs compared to traditional methods of its implementation.
And a little more about the emission and absorption of IR rays. This time it will be about the human body. All heated bodies emit IR rays. For example, the Earth, warmed by the sun, emits them in the band from 7 to 14 μm with a peak intensity of about 10 μm. And the human body is no exception to this rule - it emits IR rays in the range from 3 to 50 μm with a peak
9.6 microns. Moreover, it both emits and intensively absorbs - at a wavelength of 9.6 microns, they penetrate the deepest into the body. It is on this property of IR radiation that the effect of thermal treatment, which is widely used in physiotherapeutic offices, is based.