Features of carbon fiber quartz heating tube

1. High electrothermal conversion efficiency, significant energy savings. Carbon fiber heating elements are pure blackbody materials. During the electrothermal conversion process, visible light is minimal, resulting in an electrothermal conversion efficiency exceeding 95%, 30% higher than heaters made of nickel-chromium, tungsten-molybdenum, and other materials. At the same power, carbon fiber heating tubes radiate 30°C higher than nickel-chromium metal heating tubes and 15°C higher than tungsten-molybdenum quartz heating tubes. The far-infrared rays emitted are highly absorbed by the human body, clothing, and water, minimizing heat loss during heat transfer. They also exhibit enhanced absorption of carbohydrates and a favorable carbon atom resonance effect, significantly improving product performance.

2. No transient current surge. Ignition does not require a ballast, and there is no pulse current surge during startup. This simplifies the lighting power supply and protection circuitry, extending the service life of the power supply and related electrical appliances.

3. Highly directional heat radiation improves the design's directional heat radiation.

4. Environmentally friendly: no light pollution, no eye irritation, no skin burns, and no UV radiation, harmful gases, or high-frequency radiation. 5. High infrared radiation efficiency. The infrared wavelength range of carbon fiber infrared quartz electric heating tubes is between 8-15μm, and the electric-heat radiation conversion efficiency is ≥90%. Compared with infrared radiation from metal heating elements, carbon fiber infrared quartz electric heating tubes have an organic absorption wavelength and infrared radiation intensity that are both over 30% higher. Heaters made with this type of heating tube, due to their high infrared radiation intensity, promote blood circulation and benefit human health, earning them the reputation of health-care heaters.

6. Strong acid and corrosion resistance. Quartz glass is an excellent acid-resistant material (except for hydrofluoric acid), 30 times more acid-resistant than ceramics and over 100 times more acid-resistant than stainless steel (nickel-chromium alloy).

7. Service life of over 8,000 hours.

8. Strong resistance to sudden changes in temperature. Quartz glass tubes can be heated to 1100°C and then quickly immersed in cold water without any problems.