This heating tube has a silicon carbide inner tube and a stainless steel finned outer tube. The inner tube has an infrared effect, and the heating efficiency is much higher than that of ordinary heating tubes!
Product Description: How to Translate
Far infrared quartz electric heating tube is made of specially processed milky white or white quartz glass tube, equipped with resistance composite material as the heating element. Due to the milky white or white quartz glass's ability to absorb almost all visible and near-infrared radiation from the electric heating wire and convert it into far-infrared radiation.
Product Features:
Quartz heating tubes do not require coating, with stable emissivity, no deformation at high temperatures, no harmful radiation, no environmental pollution, high temperature resistance, extremely high corrosion resistance, good chemical stability, low thermal inertia, fast thermal response speed, and high thermal conversion efficiency.
Product Usage
It can be widely used in heating and drying, solidification and dehydration, as well as heating equipment for various drying channels, drying rooms, and ovens in electromechanical, chemical, electronic textile, printing and dyeing, plastic, printing, grain, food processing, medical hygiene, leather, and other fields. Far infrared quartz electric heating tubes are particularly suitable for medical and health, scientific research laboratories, environments that require no pollution, and corrosive heating environments containing acid and alkali
Technical parameters:
Rated voltage: 380V, 220V, 110V (determined according to user needs)
Component length: 200-2500mm (made according to user needs)
Component matching: 200-5000W
Component outer diameter: Ø 10-30mm (made according to user needs)
Thermal response speed: 3-5 minutes
Surface temperature: Low temperature is 380~460 ℃, medium temperature is 500~580 ℃, which can be increased to 700~750 ℃ or reduced to 100~300 ℃ according to user requirements
Spectral range: 2.5-6 microns (with high radiation intensity) Spectral emission coefficient: 0.92 (wavelength of 48Um)
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