Year1
- 功率：
- 300-5000w
- 电压：
- 110-380v
- 包装：
- 木箱+泡沫板+气泡纸
1. Energy-saving principle of far-infrared quartz heating tube technology & Quartz far-infrared electric heating tube uses a milky white quartz glass tube processed by a special process and is equipped with resistance composite material as the heating element. Opalescent quartz glass can absorb almost all visible light and near-infrared light radiated from the electric heating wire and convert it into far-infrared radiation. Therefore, opalescent quartz is a far-infrared energy heating element with high conversion efficiency, and it has excellent far-infrared radiation characteristics. After being energized, % of the near-infrared light and visible light emitted by the heating alloy wire are blocked and absorbed by the opalescent quartz tube, causing the temperature inside the tube to rise to produce molecular vibrations of pure silicon-oxygen bonds and radiate far-red rays. This % of visible light and near-infrared light can be converted into far-infrared light radiation. Far-infrared rays with wavelengths greater than . Far-infrared heating refers to the heating technology that utilizes radiation with a wavelength of .~micron.
2. Performance and uses of far-infrared quartz electric heating tubes
Quartz heating tubes do not require paint, have stable radiation rate, no deformation at high temperatures, no harmful radiation, no environmental pollution, high temperature resistance, extremely high corrosion resistance, chemical It has good stability, small thermal inertia, fast thermal response and high thermal conversion efficiency. The heating temperature can be selected by oneself, the radiation performance will not degrade after long-term use, and the structure is reasonable and easy to use. The quartz heating element is the only selective radiation far-infrared heating element in China. Wide range of uses and strong applicability. It can be widely used in heating and drying, curing and dehydration, and heating equipment in various drying tunnels, drying rooms, and ovens in electromechanical, chemical, electronic textile, printing and dyeing, plastics, printing, grain, food processing, medical and health, leather, etc. Far-infrared quartz electric heating tubes are particularly suitable for medicine and health, scientific research laboratories, environments requiring no pollution, and corrosive heating situations containing acids and alkalis.
3. Technical parameters of far-infrared quartz electric heating tubes
Rated voltage :,,, (determined according to user needs) Component length: (made according to user needs
Component matching
Component outer diameter: Ф (made according to user needs)
Thermal response speed: minutes
Surface temperature: low temperature is ~℃, medium temperature is ~℃. It can be increased to ~℃ or lowered to ~℃ according to user requirements
Spectral range: Micron (higher radiation intensity) Spectral emission coefficient:. (wavelength is)
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