High electrical-to-thermal conversion efficiency with significant energy-saving effects
The carbon fiber heater is a perfect blackbody material. During the electro-thermal conversion process, visible light is minimal, with an electro-thermal conversion efficiency exceeding 95%. Compared to heaters using materials like nichrome, tungsten-molybdenum, etc., as heating elements, it can save energy by 30%.
At the same power, the carbon fiber heating tube radiates a temperature 30℃ higher than the nickel-chromium metal heating tube, and 15℃ higher than the tungsten-molybdenum wire quartz heating tube.
The emitted far infrared is highly absorbable by the human body, clothing, water, etc., with minimal heat loss during the heat transfer process; it has an even stronger absorbability for carbohydrates, offering a good carbon atom resonance effect, significantly enhancing the product's performance.
2. No instantaneous current shock
点燃器 requires no ballast, eliminating the surge of pulse current during startup, simplifying the lighting power and protective circuit, and extending the lifespan of the power supply and related electrical appliances.
3. High thermal radiation targeting can enhance directional thermal radiation design.
4. Environmental Protection
No light pollution, non-irritating to eyes and skin; no ultraviolet radiation, harmful gases, or high-frequency radiation.
5. High infrared radiation efficiency
Carbon fiber infrared quartz heating tubes feature an infrared wavelength range of 8-15μm and an electrical radiation conversion efficiency of ≥90%.
Compared to infrared quartz heating tubes with metallic heating elements, carbon fiber infrared quartz heating tubes exhibit a 30% or more increase in organic material absorption wavelength and infrared radiation intensity. Heaters made through this heating process possess a high infrared radiation intensity, which promotes blood circulation in the human body, thereby benefiting overall health.
6. Strong resistance to acidity and corrosion
Quartz glass is an excellent acid-resistant material, up to 30 times more resistant to acid than ceramic, and over 100 times more resistant than stainless steel (nickel-chromium alloy).
7. Over 8,000 hours of lifespan.
8. Strong resistance to rapid temperature changes
Quartz glass tubes were heated to 1100 degrees and then quickly immersed in cold water, with no anomalies observed.