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The main differences between infrared transparent carbon fiber heating lamps and infrared frosted carbon fiber heating lamps are as follows:
Appearance and light spread:
The tube of the transparent carbon fiber heating lamp is transparent, and the light can penetrate directly and spread more directly and concentratedly.
The surface of the lamp tube of the frosted carbon fiber heating lamp is frosted, and the light spread is relatively more dispersed and softer.
Lighting effects:
Transparent lamps usually have higher illumination brightness and can provide stronger light.
The illumination of frosted lamps is relatively soft, reducing the stimulation of strong light.
Thermal radiation effect:
The heat radiation of transparent lamps is relatively more concentrated, and the heating effect on specific areas may be more significant.
The heat radiation of frosted lamps is relatively uniform and can provide relatively stable heating in a large range.
Applicable scenarios:
Transparent lamps are suitable for scenes that require centralized heating and high heating accuracy requirements, such as local heating in industrial production.
Frosted lamps are often used in environments that require uniform heating of a large area, such as greenhouses, indoor heating, etc.
Visual experience:
The transparent lamp may produce dazzling light during operation, which may be irritating to the eyes.
Frosted lamps are relatively more comfortable and will not produce strong light interference.
For example, in the welding process of small electronic components, an infrared transparent carbon fiber heating lamp may be selected to accurately and concentratedly heat the solder joints. In home heating equipment, in order to create a comfortable environment, more infrared frosted carbon fiber heating lamps are used to provide even and non-glaring warmth.
