Release the shackles of the development of LED downlights and light up the future of downlights with high quality! ||

LED downlights have a high growth space in the domestic lighting market, and all major supermarkets, hotel lighting, indoor lighting and engineering lighting fields all have the aura of downlights! LED downlights have won the recognition and appreciation of consumers for their good lighting effects and efficient light quality! According to data, LED downlights are currently the most popular category of lighting fixtures. With the widespread application of LED downlights in various fields, how to increase its utilization rate, reduce the warranty rate, and extend the use effect has become a hot topic for a while, but it still has a slightly higher cost due to heat dissipation problems. After the LED light source is powered on, about% of the electric energy is converted into light energy, and the rest is converted into heat energy. Therefore, to export so much heat energy as soon as possible is a key technology in the structural design of LED lamps. The heat energy needs to be dissipated through heat conduction, heat convection, and heat radiation. The current pain point of LED downlight heat dissipation is that the heat is concentrated at the bottom of the light source, forming a high temperature in the middle of the radiator and low temperature at the edge; there is also a middle copper core radiator, which has a higher cost. How to break the 'pain point' of LED downlight heat dissipation? Most LED downlights must use aluminum alloy with high thermal conductivity due to high heat during operation. Usually there are cold forged one-piece radiators, die-cast aluminum radiators, extruded aluminum radiators, and stamped aluminum radiators. Photoelectric IF-IDL series of LED downlights adopt integrated cold forging forming technology. According to feedback, cold forging integrated heat sink has good metal plasticity in hot state and low flow stress. Therefore, the main deformation process is completed by hot forging; The precision is high, so the important dimensions of the parts are finally formed by the cold forging process. The forming accuracy of cold forging technology is higher than that of warm forging and hot forging, and it has its unique advantages in the field of precision forming. And it has the characteristics of large heat dissipation area and good wear resistance! Photoelectric case of China Merchants Bank Chongqing Branch With the rapid development of LED downlight technology, Optoelectronics has long recognized the importance of quality. Only accurate quality products can impress customers to replace traditional light sources and relieve their worries. The quality of LED downlights determines the future development of downlights. To effectively remove the shackles of the development of LED downlights, we must work hard on quality and use truly high-quality impeccable products to light up the future of LED downlights! Introduction Optoelectronics focuses on lighting design, production and construction, providing overall solutions for LED lighting projects such as airports, hotels, commerce, and offices, and is the designated lighting supplier for major domestic airports. ---Contact address: Lighting selection website on the floor of Changhong Science and Technology Building, Science and Technology Park, Nanshan District, Shenzhen