- 碳纤维加热管:
- 碳纤维加热管烤灯
- 碳纤维电热管:
- 半镀白碳纤维电热管
- 使用寿命:
- 5000
The heating element base material of the infrared carbon fiber heating tube is imported carbon fiber heating wire, 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 - Basic Environmental Experiment Regulations for Electronic and Electrical Products: Constant Moisture and Heat Test Methods and - General Safety Requirements for Household and Similar Electrical Appliances.
.High electrothermal conversion efficiency and significant energy saving effect
The carbon fiber heating element is a pure black body material. The visible light is very small during the electro-thermal conversion process, and the electrothermal conversion efficiency is more than %. It is better than nickel-chromium, tungsten-molybdenum and other materials as heating elements. The heater can save energy by %
Under the same power, the radiation temperature of the carbon fiber heating tube is higher than that of the nickel-chromium metal electric heating tube, and the radiation temperature is higher than that of the tungsten-molybdenum wire quartz electric heating tube.
The far-infrared rays emitted are highly directly absorbed by the human body, clothing, water, etc. The heat loss during the heat transfer process is small, and it is more absorbent to carbohydrates. It has a good carbon atom resonance effect and greatly improves product efficiency.
.No instantaneous current impact
The ignition device does not require a ballast and there is no pulse current impact when starting, which simplifies the lighting power supply, protection circuit, power supply and related electrical appliances and extends the service life.
.High thermal radiation direction can improve the design directional thermal radiation.
.Environmentally friendly
No light pollution, no irritation to the eyes and no burning of the skin, no ultraviolet radiation, harmful gases and high-frequency radiation.
.High infrared radiation efficiency
The infrared wavelength range of carbon fiber infrared quartz electric heating tube is between -% and above.
Compared with the infrared rays of metal heating elements, carbon fiber infrared quartz electric heating tubes have an increase in organic matter absorption wavelength and infrared radiation intensity of more than % respectively. Using a carbon fiber infrared quartz electric heating tube to irradiate processed food can keep the original taste of the food due to the high permeability of infrared radiation and the short processing time. 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, make it stronger, brighter and tougher. The heater made by heating is known as a health-care heater because of its high infrared radiation intensity, which can promote blood circulation in the human body and is beneficial to human health.
. Strong acid resistance and corrosion resistance
Quartz glass is a good acid-resistant material (except hydrofluoric acid), which is several times as acid-resistant as ceramics and many times as stainless steel (nickel-chromium alloy).
. The service life is more than hours
. Strong resistance to sudden changes in cold and heat
There is no abnormality even if the quartz glass tube is heated to a certain temperature and quickly put into cold water.
Carbon fiber quartz heating tubes are widely used in infrared paint rooms, paint machines, spray paint ovens, various drying rooms and drying tunnel heaters, food, medicinal materials, paper drying, printing and dyeing, textiles, infrared physiotherapy and other industries
Far infrared carbon fiber quartz electric heating tube technical parameters
Rated voltage:,,, (determined according to user needs) Component length: - (made according to user needs
Component matching: -
Component outer diameter : Ф-Ф (made according to user needs)
Thermal response speed: - minutes
Surface temperature: low temperature is ~ ℃, medium temperature is ~ ℃, can be increased to ~ ℃ or lowered to ~ ℃ according to user requirements
Spectral range: .-micron (higher radiation intensity) Spectral emission coefficient: . (wavelength is)