metal halide floodlights, with higher luminous efficiency and good colour rendering properties identified and has characteristics of lengthy lifestyle as well as a selection of colours to select from, is now a favourite lighting layout and application of personnel light supply items, and it is extensively made use of inside a wide variety of indoor and outside lighting spots, this kind of as workshop, warehouse, lobby, stadiums, a crucial street, park outdoors the developing floodlighting shortcomings: but simply because the quartz glass anti metal halide corrosion capability is relatively weak, so metal halide lamp color drift is comparatively substantial, in light of life through this efficiency is especially evident in HCI: ceramic tube metal halide lamp, belonging to hid.
So as to increase the shade of metal halide lamp and even further broaden the application discipline of metal halide lamp, the metal halide lamp materials is employed because the metal halide lamp because the metal halide lamp. Starting up in 1993, the complete settlement on the difficulty and boost the transparency with the sealing process, the ceramic tube metal halide lamp (HCI) started to enter the industrial application stage in 1988, PHILPS lighting good results first metal halide lamp, notice the dream of individuals for 30 years, turning into an important milestone while in the advancement of electric light supply. Like a new model in the discipline of illumination, the metal halide lamp of human wisdom not only brings the technological revolution to your globe, but additionally brings the best light for mankind.
Ceramic metal halide lamp of large luminous efficiency can additional successfully make improvements to energy utilization and to minimize the price of the use of the owners, the light efficiency than tungsten halogen lamps, incandescent lamp improves the 4 to nine occasions, while on the same time about the photochromic properties and much more good than metal halide lamp, is a set of great photochromic properties plus a substantial luminous efficiency inside a new light.