Compared with traditional heating lamps, carbon fiber infrared heating lamps have the following advantages:
Higher heating efficiency:
Fast heating rate: Carbon fiber has excellent electrical and thermal conductivity and can quickly convert electrical energy into heat energy. Therefore, carbon fiber T-shirt drying infrared quartz heating element can reach higher temperatures in a short time and achieve rapid heating effects, while traditional heating lamps have a relatively short time to heat up. slow.
Good heating uniformity: carbon fiber heat lamp medium wave can achieve a relatively uniform heating effect, avoiding the problems of local overheating or uneven heating in traditional heating methods, and can make the heated object heated more fully and consistently.
The energy-saving effect is more significant: Carbon fiber is a pure black body material with an electric-to-heat conversion efficiency of over 95%, which can save 30% more energy than heaters made of nickel-chromium, tungsten-molybdenum and other materials as heating elements. Under the same power, its radiation temperature is 30°C higher than that of nickel-chromium metal electric heating tubes and 15°C higher than that of tungsten-molybdenum wire quartz electric heating tubes, which can effectively reduce energy waste and lower usage costs.
Longer service life: Carbon fiber material itself has good wear resistance, corrosion resistance and anti-aging properties, and can work stably in high temperature environment for a long time. Generally speaking, the average service life of carbon fiber quartz carbon infrared heating lamp can reach more than 5,000 hours, and the service life of some high-quality products can even reach about 8,000 hours to 10,000 hours. Compared with traditional heating lamps, the cost of equipment maintenance and replacement is reduced.
Better security:
No instantaneous current impact: The carbon fiber quartz carbon infrared heating element does not require a ballast for ignition, and there is no pulse current impact when starting, which simplifies the lighting power supply and protection circuit, and extends the service life of the power supply and related electrical appliances.
Reduce fire risk: It uses electric energy heating, which has a lower fire risk than traditional flame heating methods or some quartz electric heating elements with open flame hazards.
The light is healthy and 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, and more friendly to the human body and the environment.
More precise temperature control: The heating power of the carbon fiber quartz glass halogen heat lamp can be controlled by adjusting the current, thereby achieving precise adjustment of the heating temperature.
Stronger penetrability: The infrared wavelength range emitted by carbon fiber quartz halogen heat element is generally between 2.0-10μm. It has strong reflectivity, permeability and resonance, and can penetrate 3-7mm. This characteristic allows infrared rays to penetrate deep into the object being heated and heat it from the inside. The heating effect is particularly significant for objects with thick or multi-layer structures, which can effectively improve processing quality and efficiency.
