1. High electrothermal conversion efficiency and significant energy saving effect
The carbon fiber heating element is a pure black body material. During the electric-heat conversion process, the visible light is very small, and the electric-heat conversion efficiency is more than 95%. Compared with nickel-chromium, tungsten-molybdenum and other materials as heaters, it can save energy by 30%;
Under the same power, the radiation temperature of the carbon fiber heating tube is 30℃ higher than that of the nickel-chromium metal electric heating tube, and 15℃ higher than that of the tungsten molybdenum wire quartz electric heating tube.

2. No instant current impact
The ignition does not require a ballast, and there is no pulse current impact when starting, which simplifies the lighting power supply and protection circuit, and prolongs the service life of the power supply and related electrical appliances.

3. The high heat radiation direction can improve the design directional heat radiation.

4. Environmental protection
No light pollution, no eye irritation and skin burns; no ultraviolet radiation, harmful gases and high frequency radiation.

5. High infrared radiation efficiency
Carbon fiber infrared quartz heating tube infrared wavelength range between 8-15μm, electric heating radiation conversion efficiency ≥ 90%.
Carbon fiber infrared quartz heating tube compared with the infrared of the metal heating element, the organic matter absorption wavelength and infrared radiation intensity are respectively increased by more than 30%. The heater made by heating has the function of promoting human blood circulation due to the high intensity of infrared radiation, which is beneficial to human health, and is known as a health-care heater.

6. Strong acid and corrosion resistance
Quartz glass is a good acid-resistant material (except hydrofluoric acid), which is 30 times that of acid-resistant ceramics and more than 100 times that of stainless steel (nickel-chromium alloy).

7. The service life is more than 8000 hours.

8. Strong resistance to sudden changes in cold and heat
The quartz glass tube was heated to 1100 degrees and quickly dropped into cold water without any abnormalities.