Topic: Technology Faces the trend of global energy conservation, high-tech industry has also stepped into the field of lighting, and hopes to replace low-efficiency fluorescent tubes with low-power, high-efficiency LEDs and cold cathode lamps (CCFLs).
For these new light source luminaires, although the market has a certain degree of interest, because of the structural factors of the illuminating elements themselves, after the luminaires are completed, there are different degrees of glare and uneven brightness, and there is still a certain push. The difficulty of the degree.
In order to solve the problem of glare and uneven brightness, most of the current use of optical diffuser or reflector to respond, but these materials themselves still have considerable limitations, such as poor light transmission, cost, difficult to secondary processing, Specular reflectance is too high, lack of reflective ability, and so on.
In response to such a problem, Chuozhi Electronics officially represented Japan's Furukawa Electric's micro-foaming reflector to help the lighting industry solve problems such as glare and uneven brightness, and by adding high reflection and diffusion ability of micro-foaming reflection, without increasing the light source. In this case, the illumination of the luminaire is further improved, and the improvement is as high as 40% to 60% depending on the structural design and application.
The official name of the microfoamed reflector is MCPET (Micro Cellular PET), and PET (polyethylene Terephthalate) is used as a substrate for the foaming process. MCPET has the following advantages: excellent light reflection characteristics (more than 99% total reflectance, diffuse reflectance: 96%, specular reflectance: 3%), lightweight, anti-drop impact, can withstand high temperatures, still at 160 degrees Celsius The shape is maintained, the PET resource recovery method can be used for disposal, the material is not used with harmful materials, and the surface has high smoothness. In terms of secondary processing, molding can be performed by means of cutting, punching, bending, heating, and the like. The flame retardancy of the MCPET material itself meets the burning standard of the foam material UL94-HBF. In addition, due to the excellent characteristics of the MCPET material, the uniformity of the reflection ability of each wavelength source can be maintained, and the characteristics can be further exerted when the original light source is faithfully reflected.
In addition to LED and cold cathode fluorescent lamp (CCFL) luminaires, for indoor light sources and advertising light boxes, it is also possible to maintain the desired brightness and illuminance while reducing the number of lamps, thereby reducing the cost of lighting electricity. Achieve energy conservation goals. Or the use of the same number of lamps can enhance the luminaire, with MCPET material, can improve the brightness and illumination by 40%~60%.
At present, the Japanese machine taste convenience store, the Tokyo station and the lighting factory have introduced MCPET materials for applications including illumination enhancement, uniform brightness, and reduced power consumption.
About Chuzhi Electronics:
Chuzhi Electronics provides innovative optical measurement technology to meet customers' needs for optical signal measurement. In addition to the optical measurement business, the company's business also includes Taiwan, Japan technical exchange authorization services, education and materials agents. For further information about Chuzhi Electronics, please refer to the following website: http://
For these new light source luminaires, although the market has a certain degree of interest, because of the structural factors of the illuminating elements themselves, after the luminaires are completed, there are different degrees of glare and uneven brightness, and there is still a certain push. The difficulty of the degree.
In order to solve the problem of glare and uneven brightness, most of the current use of optical diffuser or reflector to respond, but these materials themselves still have considerable limitations, such as poor light transmission, cost, difficult to secondary processing, Specular reflectance is too high, lack of reflective ability, and so on.
In response to such a problem, Chuozhi Electronics officially represented Japan's Furukawa Electric's micro-foaming reflector to help the lighting industry solve problems such as glare and uneven brightness, and by adding high reflection and diffusion ability of micro-foaming reflection, without increasing the light source. In this case, the illumination of the luminaire is further improved, and the improvement is as high as 40% to 60% depending on the structural design and application.
The official name of the microfoamed reflector is MCPET (Micro Cellular PET), and PET (polyethylene Terephthalate) is used as a substrate for the foaming process. MCPET has the following advantages: excellent light reflection characteristics (more than 99% total reflectance, diffuse reflectance: 96%, specular reflectance: 3%), lightweight, anti-drop impact, can withstand high temperatures, still at 160 degrees Celsius The shape is maintained, the PET resource recovery method can be used for disposal, the material is not used with harmful materials, and the surface has high smoothness. In terms of secondary processing, molding can be performed by means of cutting, punching, bending, heating, and the like. The flame retardancy of the MCPET material itself meets the burning standard of the foam material UL94-HBF. In addition, due to the excellent characteristics of the MCPET material, the uniformity of the reflection ability of each wavelength source can be maintained, and the characteristics can be further exerted when the original light source is faithfully reflected.
In addition to LED and cold cathode fluorescent lamp (CCFL) luminaires, for indoor light sources and advertising light boxes, it is also possible to maintain the desired brightness and illuminance while reducing the number of lamps, thereby reducing the cost of lighting electricity. Achieve energy conservation goals. Or the use of the same number of lamps can enhance the luminaire, with MCPET material, can improve the brightness and illumination by 40%~60%.
At present, the Japanese machine taste convenience store, the Tokyo station and the lighting factory have introduced MCPET materials for applications including illumination enhancement, uniform brightness, and reduced power consumption.
About Chuzhi Electronics:
Chuzhi Electronics provides innovative optical measurement technology to meet customers' needs for optical signal measurement. In addition to the optical measurement business, the company's business also includes Taiwan, Japan technical exchange authorization services, education and materials agents. For further information about Chuzhi Electronics, please refer to the following website: http://
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