The working principle of infrared heating lamp is to use the heat generated when the current passes through the tungsten filament to heat the gas in the quartz tube, thereby generating infrared electromagnetic waves. This electromagnetic wave radiates outward and can be used to heat objects.
The working principle of infrared halogen heat lamp is mainly based on the following aspects:
Thermal radiation: The heating tube elements heats the tungsten filament to make it emit infrared radiation. This radiation can be absorbed by the object and converted into thermal energy, thereby heating the object.
Wavelength characteristics: The wavelength of infrared light is longer and can penetrate the surface of some objects and directly heat the inside of the object. This makes the halogen heaters emitter more efficient in the heating process.
Energy conversion: When the current passes through the tungsten filament, the electrical energy is converted into thermal energy, and the temperature of the tungsten filament increases. The heat of the tungsten filament is transferred to the surrounding environment and objects by thermal radiation.
Temperature control: By adjusting the current, the temperature of the tungsten filament can be controlled, thereby adjusting the heating power. This allows infrared heating lamps to adapt to different heating needs.
industrial infrared heat lamps have the advantages of fast heating speed, uniform heating, small thermal inertia, and energy saving. They are widely used in industry, medical treatment, food processing and other fields
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* ISO approved factory with over 16 years production experience.
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