The principle of the carbon fiber heating lamp is to use the resistive heating characteristics of carbon fiber to convert electrical energy into thermal energy, thereby achieving the heating effect. Specifically, when current passes through the carbon fiber, the carbon fiber will heat up due to resistance, and the generated heat will be emitted in the form of infrared radiation, thereby achieving heating of the object.Carbon fiber heating lamps are usually composed of carbon fiber filaments, glass shells, electrodes and other parts. The carbon fiber filament is the core component of the heating lamp, and its quality and performance directly affect the heating effect and service life of the heating lamp. The glass shell protects the carbon fiber filament and insulates it, and the electrode is used to connect the power supply and the carbon fiber filament to transmit electrical energy to the carbon fiber filament. Carbon fiber heating lamps have the advantages of fast heating speed, high efficiency, energy saving and environmental protection, and are widely used in industry, medical treatment, scientific research and other fields

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