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The infrared fully woven carbon fiber heating lamp uses a fully woven carbon fiber infrared heating tube, which has the following characteristics:
High efficiency and energy saving:
The carbon fiber heating element is a pure black body material. The visible light is very small during the electric-heat conversion process. The electric-heat conversion efficiency is more than 95%, which can save 30% energy compared with heaters using nickel-chromium, tungsten-molybdenum and other materials as heating elements.
Rapid heating:
The thermal hysteresis is small, the heating is uniform, and the heating speed is fast after turning on the power. The surface temperature can reach 300-700 degrees in 5 seconds.
Directional thermal radiation:
A reflector can be installed to achieve concentrated directional reflection, improve the direction of thermal radiation, thereby enhancing the infrared thermal radiation effect and reducing energy consumption.
Stable electrical performance:
During frequent startup, shutdown and long-term continuous operation, the power is stable within a certain tolerance range and will not produce any instantaneous power shock.
Far infrared and practicality are combined in one:
The infrared wavelength is concentrated in the 2-6 micron mid-wave band (some data also show that the wavelength range is between 8-15μm), the far infrared radiation efficiency is high, which can reach more than 80%, and the organic absorption wavelength and infrared radiation intensity are more than 30% higher than other far infrared electric heating tubes. Its energy emission mainly relies on far infrared radiation, and the infrared radiation has strong permeability, and it has superior performance in the application of industrial far infrared equipment. For example, when used in food processing, it can keep the original flavor of food; when used for baking paint, it can effectively improve the surface quality of paint and increase the adhesion of paint film; when made into a heater, it is known as a health-care heater because of its high infrared radiation intensity, which is beneficial to human health.
Environmental protection:
No light pollution, no irritation to the eyes and burns the skin; no ultraviolet radiation, harmful gases and high-frequency radiation.
Long service life:
During frequent startup, shutdown and long-term continuous operation, the heating element has no oxidation and breakdown phenomenon, the heating light color is uniform, the inside and outside of the tube wall are clean, and the service life is up to 6000-8000 hours or more.
Strong acid and corrosion resistance:
Quartz glass lamps are good acid-resistant materials (except hydrofluoric acid), and their acid resistance is equivalent to 30 times that of acid-resistant ceramics and more than 100 times that of stainless steel (nickel-chromium alloy).
Strong resistance to sudden changes in temperature:
The quartz glass tube is heated to 1100 degrees and quickly put into cold water without any abnormality.
Infrared fully woven carbon fiber heating lamps are widely used in various scenarios that require heating, such as coating drying and curing, paint booths, heaters, food baking ovens, printing rapid heating and drying, human body heating, infrared printing automatic drying lines, plastic machinery, shoemaking machinery, drying boxes, heaters, wet curtain equipment, sauna room equipment, etc., and can also be used for fabric wallpaper drying, car paint, crystallization machines, halogen lamps, chicken roasting ovens, incubators, medicinal paper drying, printing and dyeing textile infrared therapy and other industries.
In actual applications, it is necessary to select an infrared fully woven carbon fiber heating lamp of appropriate power, size and shape according to specific needs, and pay attention to installation and use according to the product instructions to ensure safety and effectiveness.
