Carbon fiber heating pipe

Carbon fiber heating pipe is also known as carbon fiber heating pipe, infrared heating pipe, infrared heating pipe, carbon fiber infrared heating pipe, carbon fiber infrared heating pipe, etc. It is to place a carbon fiber wire in a quartz tube, vacuum and seal the tube, and pass a voltage to the carbon fiber wire to make the carbon fiber wire heat up and generate heat. The carbon fiber heating tube adopts imported carbon fiber heating element, which has the advantages of large power margin, high temperature resistance, strong high heat capacity, long service life, and the power can be adjusted at will. Carbon fiber infrared quartz electric heating tube products comply with GB/T2423.3-1993 Basic Environmental Experiment Regulations for Electronic and Electrical Products, Test Ca: Constant Damp Heat Experiment Method and GB4706.1-1992 General Safety Requirements for Household and Similar Electrical Appliances.

First, the main characteristics of carbon fiber heating pipe:

1. The carbon fiber heating tube has high electrothermal conversion efficiency and significant energy saving effect

      The carbon fiber heating element is a pure black body material. In the process of electro-thermal conversion, the visible light is very small, and the electro-thermal conversion efficiency is over 95%, which can save energy by 30% compared with the heater of nickel-chromium, tungsten-molybdenum and other materials as the heating element; at the same power The radiation temperature is 30℃ higher than that of nickel-chromium metal electric heating tube, and 15℃ higher than that of tungsten molybdenum wire quartz electric heating tube. The far-infrared rays emitted are directly absorbed by the human body, clothing, water, etc., and the heat loss is small during the heat transfer process; the absorption of carbohydrates is stronger, and it has a good carbon atom resonance effect, and the product efficiency is greatly improved.

2. The carbon fiber heating tube has no instantaneous current impact

      No ballast is required for ignition, 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 carbon fiber heating tube has a high heat radiation point, which can improve the design directional heat radiation.

4. Carbon fiber heating tube is energy-saving and environmentally friendly

      The carbon fiber heating tube has no light pollution, does not irritate the eyes and burn the skin; no ultraviolet radiation, harmful gases and high-frequency radiation.

5. Carbon fiber heating tube has high infrared radiation efficiency

      The infrared wavelength range of carbon fiber infrared quartz electric heating tube is between 2.0-10μm, and the conversion efficiency of electrothermal radiation is more than 70%. Infrared has strong reflectivity, permeability and resonance, and can penetrate 3~7mm. Compared with the infrared ray of the metal heating element, the carbon fiber infrared quartz electric heating tube has an increase of more than 30% in the absorption wavelength of organic matter and the intensity of infrared radiation. Using carbon fiber infrared quartz electric heating tube to irradiate processed food, due to the strong penetration of infrared radiation, the conditioning time is short, and the food taste can remain authentic. Baking paint with carbon fiber infrared quartz electric heating tube can effectively improve the surface quality of the paint, increase the adhesion of the paint film, higher strength, brighter brightness and better toughness. The heater made by heating has the function of promoting the blood circulation of the human body due to the high intensity of infrared radiation, which is beneficial to human health, and is known as a health-care heater.

6. Carbon fiber heating tube has strong acid resistance and corrosion resistance

      Quartz glass is a good acid-resistant material (except for 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 average service life of carbon fiber heating pipe is more than 6000 hours

8. The carbon fiber heating tube has strong resistance to sudden changes in cold and heat

      The quartz glass tube was heated to 1100 degrees and quickly put into cold water, and there was no abnormality.