The far-infrared heating tube utilizes milk-white quartz glass tubes processed through special techniques or high-temperature transparent quartz glass tubes, equipped with high-temperature electric heating alloy wires as the heating elements. Since milk-white quartz glass can absorb almost all visible light and near-infrared radiation emitted by the heating wire and convert it into far-infrared radiation, it saves approximately 30% more energy compared to ordinary heating elements.
Technical Features
No far-infrared coating required. Excellent spectral radiation matching and absorption characteristics. Radiation performance does not degrade over long-term use, and electrothermal conversion efficiency is high. Energy savings of approximately 30% compared to ordinary heating elements.
Wide operating temperature range. The ceramic-capped sealed type can withstand temperatures up to 800°C.
Fast heating response, low thermal inertia, high-temperature resistance, corrosion resistance, good thermochemical stability, long service life, and high insulation strength.
Pollution-free. This is a clean-type heater that meets the demands of modern high-efficiency, high-quality production and is suitable for household appliances with high hygiene requirements.
Easy to design, manufacture, and install. Economical and safe.
Applications of Far-Infrared Heating Tubes
Civil/Residential Applications: Widely used in space heaters, fan heaters, bathroom heaters (bath heaters), far-infrared physiotherapy devices, beauty instruments, disinfection cabinets, microwave ovens (lightwave ovens), bread makers, toasters, food ovens, and various baking and far-infrared health care applications.
Industrial Applications: Suitable for almost all industries requiring heating, including textile printing and dyeing, footwear manufacturing, painting/coating, food processing, electronics, pharmaceuticals, textiles, wood processing, paper manufacturing, automotive, plastics, furniture, metal processing, heat treatment, packaging machinery, and more.
Installation and Usage Precautions:
When installed horizontally, the tilt angle should not exceed 30 degrees.
Use with an aluminum or stainless steel reflector during operation – either flat or parabolic. A parabolic reflector is optimal as it maximizes radiation utilization efficiency. (Our factory can provide custom reflectors upon request.)
Avoid severe vibration and shaking.
The optimal distance between the heating element and the object to be heated is generally 150–450mm, depending on the specific conditions of the object being dried.
Quartz heating elements are brittle materials. Exercise caution during installation and use. Take necessary protective measures based on the specific conditions of the object being heated to prevent mechanical damage.
Home
