Principle and application of far-infrared ceramic heater
The conductor of the far-infrared ceramic heater uses silica glass with a silicon content of more than 95 degrees and a high temperature resistance of 1800 degrees Celsius as the main raw material. The chemical reaction forms silicon dioxide, which has far-infrared performance. The surface glaze layer is composed of a variety of oxides with good radiation performance. After high temperature sintering, it is smooth, beautiful, wear-resistant, anti-corrosion and other advantages. The heating element is made of Cr20Ni80 resistance wire wound spirally, cast in the heat conductor and fired. The far-infrared ceramic heater has certain advantages due to its thermal efficiency, emissivity, safety factor, and energy saving. The heater has fast heating, high thermal efficiency, no pollution, precise temperature control, and can save 35% of electricity. It is easy to operate and safe. Explosion-proof, life of more than 6 years, temperature rise to 950 ℃, replace inductive open flame heat transfer oil, our company guarantees product life of more than 3 years, free maintenance within three years of warranty period, free on-site installation and commissioning instructions, after-sales service to phone notification It will be in place within 24 hours from then. In addition, the far-infrared radiant heating device has high efficiency and energy saving of more than 45%. It has passed the quality certification and ISO-9001 certification to replace the original heating methods such as heat transfer oil, steam, direct fire, and high intermediate frequency; the equipment has high efficiency and energy saving (compared with thermal conductivity) 45% or more), safe explosion-proof, easy temperature control, long service life, fast and stable heating speed, it is the most advanced heating method at home and abroad.
Far infrared ceramic heater
The far-infrared ceramic heater is a heating method that uses the natural frequency of the substance molecule of the heated object to correspond to the infrared wavelength in the infrared region to produce resonance absorption. Compared with other heating methods, it has the advantages of heating uniformity, stability and thermal efficiency. Series advantages. In the current situation of energy shortage, for the purpose of energy saving, people pay more attention to infrared heating. Therefore, in recent years, domestic and external institutions have further carried out research on this main surface, so that infrared heaters can radiate wavelengths of 3-50μm.
It is widely used in plastics, chemical, light industry, electronics, medicine, food and other industries. Mainly used for vacuum forming, paint curing and drying, food baking, medicine dehydration, medical and health, etc.