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  4. Halogen Lamp

    Halogen lamp (English: halogen lamp), referred to as halogen bulb or halogen lamp for short, also known as tungsten halogen bulb, quartz bulb, is a variant of incandescent lamp.

    The principle is to inject halogen gas such as iodine or bromine into the bulb. At high temperature, the sublimated tungsten wire chemically reacts with halogen. The cooled tungsten will re-solidify on the tungsten wire to form a balanced cycle to prevent the tungsten wire from prematurely breaking. Therefore halogen bulbs last longer than incandescent bulbs.

    The supply voltage of halogen lamps is usually divided into two types: AC 220V, DC 12V and 24V.

    Halogen Lamp

  • Halogen Bulb
    Halogen Bulb

    Abbreviated as halogen bulb or halogen lamp, also known as tungsten halogen bulb, quartz bulb, it is a variant of incandescent lamp.
    The principle is to inject halogen gas such as iodine or bromine into the bulb. At high temperature, the sublimated tungsten wire chemically reacts with the halogen. The cooled tungsten will re-solidify on the tungsten wire to form a balanced cycle to prevent the tungsten wire from breaking prematurely. Therefore halogen bulbs last longer than incandescent bulbs.

  • Halogen Heating Quartz Tube Lamp
    Halogen Heating Quartz Tube Lamp

    Abbreviated as halogen bulb or halogen lamp, also known as tungsten halogen bulb, quartz bulb, it is a variant of incandescent lamp.
    The principle is to inject halogen gas such as iodine or bromine into the bulb. At high temperature, the sublimated tungsten wire chemically reacts with the halogen. The cooled tungsten will re-solidify on the tungsten wire to form a balanced cycle to prevent the tungsten wire from breaking prematurely. Therefore halogen bulbs last longer than incandescent bulbs.

  • Tungsten Halogen Lamp
    Tungsten Halogen Lamp

    Abbreviated as halogen bulb or halogen lamp, also known as tungsten halogen bulb, quartz bulb, it is a variant of incandescent lamp.
    The principle is to inject halogen gas such as iodine or bromine into the bulb. At high temperature, the sublimated tungsten wire chemically reacts with the halogen. The cooled tungsten will re-solidify on the tungsten wire to form a balanced cycle to prevent the tungsten wire from breaking prematurely. Therefore halogen bulbs last longer than incandescent bulbs.