Xuchang Infrared Research Institute develops high-temperature energy-saving electric heat coating with energy-saving principle:

The Xuchang Infrared Technology Research Institute Co., Ltd. is located at No. 1 Yongxing East Road, High-tech Development Zone (Zhongyuan Electric Valley) in Xuchang, Henan Province. It was formerly the Xuchang Infrared Technology Research Institute and is now one of the influential infrared heating research institutions in China.

Since its establishment in October 1979, we have adhered to the guiding principle of "highlighting strengths, rigorously focusing on quality, and strengthening services." With our robust technical capabilities, a highly qualified workforce, and a spirit of innovation, the Xuchang Infrared Institute has developed and produced a series of advanced infrared products. Our main products include a range of infrared radiation (absorption) coatings, infrared heating elements, infrared radiation heating modules (plates), infrared radiation heating ovens (boxes), rapid infrared radiation heaters, a series of high-end infrared heating experimental equipment, and a series of infrared heating controllers, all while providing 24/7 infrared radiation heating technical services to our clients. The company has been honored with titles such as "Outstanding Energy-saving Technology Research Center" and "Advanced Unit of Technological Innovation."

The Xuchang Infrared Research Institute has developed a high-temperature energy-saving electric heat paint that forms a robust coating after curing. This coating, due to its high surface blackness, can absorb a large amount of radiant heat energy, and because of its high emission rate, it can convert the absorbed radiant heat energy into far infrared heat energy easily absorbed by objects, transmitted in the form of electromagnetic waves..The micrometer-level electric heat coating has a thick layer, high thermal resistance, and high reflectivity. When applied to the surface of oven panels, it converts lost heat energy into far-infrared heat energy, which is radiated into the oven as electromagnetic waves. This energy is absorbed by the heated objects inside the oven, rather than being easily absorbed by moisture. Consequently, the heat energy is retained within the oven, reducing the exhaust temperature and increasing the oven's internal temperature, maximizing the utilization of the oven's heat..Nano-scale electrically heated coatings feature thin layers and low thermal resistance. Used on the metal surfaces of ovens where heat conduction and temperature transfer occur, this coating not only converts absorbed radiant heat energy into far-infrared heat energy for transmission, but also becomes a far-infrared radiant heat source itself. Moreover, due to the increased surface temperature, the temperature gradient is amplified, enhancing the heat conduction intensity of the heated object and significantly improving its heat absorption capacity..In summary, the direct effect of converting radiant heat energy into far infrared heat energy through electrothermal coatings is:Increased the oven temperature, reduced the temperature of moisture loss, and enhanced the heat absorption speed of the heated objects.;Reduced thermal energy loss, achieving energy-saving objectives.