What Is A Ceramic Metal Halide Lamp

The material used to make the metal halide reflects 98 of the light illuminated by the bulb.

What is a ceramic metal halide lamp.

Cmh lamps use 20 of the power of comparable incandescent light bulbs for the same output 80 117 lumens watt and retain their color spectrum better than most other gas discharge lamps making them a. This allows the tube to reach a higher temperature. Applications for these lamps include television and film making shop lighting digital photography street. Inside a cmh there is a ceramic component.

The bulb can also last up to 20 000 hours. Additionally the lamp corners reflect 95 which means most of the light produced by the bulb goes into use. You are now visiting our global professional lighting website visit your local website by. So the difference is this a ceramic tube is able to withstand much higher temperatures.

Cmh metal halide grow lights are made with an arc tube constructed of a ceramic composite instead of quartz or pca. The lamp is made using german aluminum. Ceramic metal halide lamps are usually rated for universal positioning this means that they can be positioned vertically as well as horizontally so feel free to play around with the positioning to find the best configuration for your grow area. Ceramic metal halide lamps or cmh lamps are a new take on traditional mh bulbs.

A cmh lamp has a different emitter than a normal metal halide lamp which is built of quartz. Ceramic metal halide lamps offer many advantages in higher efficiency and longer life. Choose from our ceramic metal halide philips. The lamp uses a bulb with the ability to store 33 000 lumens.

However they come with a high energy cost and a relatively short life. Ceramic metal halide lamps are 10 20 more efficient than the traditional quartz metal halide and produce a superior color rendition. Ceramic metal halide cmh or cdm lamps are a relatively new source of hid light that is a variation of the traditional metal halide hid lamp. Halogen lamps bring a great deal of illumination to commercial spaces.

Ceramic arc tubes allow higher arc tube temperatures which result in better efficacy color rendering and color stability. The spectral output of the lamp is determined by the specific gas and salt mixture used.