Product performance characteristics: stable electrical performance. During frequent start-up, shut-down and long-term continuous operation, the power is stable and no instantaneous current impact is generated. High thermal efficiency, energy saving over 30% compared with ordinary metal heaters, and extremely rapid temperature rise. Far infrared radiation has obvious health care effect. When carbon fiber electric heating tube is heated, it can produce 765.9W/M infrared radiation, which is equivalent to spectral physiotherapy instrument. Long service life. Service life (continuous ignition) exceeds 6000 hours. Most of the heat released by far-infrared carbon fiber electric heating tube is far-infrared radiation energy, which avoids the generation of electromagnetic field and has no surge current. Strong resistance to cold and hot mutations. When the quartz tube is heated to 1500℃, it will not burst even if it is quickly put into water at 20℃. Strong acid resistance and corrosion resistance. It is 30 times that of acid-resistant ceramics and 150 times that of stainless steel (nickel-chromium alloy). Timely heating tube of halogen heater: the timely heating tube is a kind of electric heating wire (such as OCR25A 15, CR 19A 14, CR80Ni20, etc.). ) It's in a quartz tube. Because quartz tube has the function of selective infrared radiation, compared with other heating elements, it does not need far infrared coating, has good matching absorption characteristics of spectral radiation, does not degrade after long-term use, and has high electrothermal conversion efficiency, saving about 30% energy compared with general heating elements: rapid temperature rise, small thermal inertia, high temperature resistance, high corrosiveness, good thermochemical stability, long service life, high insulation strength, no pollution and short thermal response time, and is especially suitable for heating occasions that are frequently closed. At the same time, the design, manufacture and installation are very convenient, economical and safe. Timely heating pipes are mainly used to disinfect household appliances, such as cabinets, microwave ovens and water dispensers. Halogen heater electrothermal film heating: the surface material of electrothermal film is made of special polyester film and mica sheet, and the ink line in the middle of the film is made of special conductive ink, which is the core part of electrothermal film, equivalent to many parallel resistors, and can generate heat after being electrified. The silver bars on both sides of the electrothermal film are metal current-carrying bars, which are used to connect ink (resistors) and play the role of wires. The main materials of metal current-carrying strips are copper tin plating and silver paste. The electrothermal film is made of American aerospace patented technology, special manufacturing technology and special materials. The intelligent heating system of electrothermal film is manufactured by advanced computer numerical control technology, which can accurately control the thickness of solidified ink on the film and ensure the uniform and stable temperature of the film surface.
Low-temperature radiant electrothermal film is a translucent polyester film, which can generate heat after being electrified. It is made of conductive special ink and metal current-carrying strip through processing and hot pressing between insulating polyester films. When working, the electrothermal film is used as the heating element, which sends heat into the space in the form of radiation, so that the human body and objects can be warmed first, and its comprehensive effect is better than the traditional convection heating method. The low-temperature radiation electrothermal film system consists of power supply, temperature controller, connector, insulation layer, electrothermal film and decorative layer. The power supply is connected with the electrothermal film through wires to convert electric energy into heat energy. Because the electrothermal film is a pure resistance circuit, its conversion efficiency is high, except for a small part of the loss (2%), most (98%) is converted into heat energy. Infrared light can be divided into three parts, namely near infrared light with wavelength of 0.75 ~ 1.50μ m; Mid-infrared, the wavelength is between 1.50 ~ 6.0μ m; Far-infrared, with a wavelength of 6.0 ~ 1000 μ m, near-infrared or short-wave infrared, with a wavelength of 0.76 ~ 1.5 μ m, penetrates deeply into human tissues and is about 5 ~10mm; Far infrared rays or long-wave infrared rays, the wavelength of which is 1.5 ~ 400 microns, are mostly absorbed by superficial skin, and the depth of penetration into tissues is less than 2mm. In sunlight, the far infrared ray with the wavelength of 8~ 14μm is a necessary factor for biological survival. Therefore, people call this wavelength of far-infrared light "life light wave". It is called "lifeline" and "fertility line".