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In the past few years, due to the steady increase in LED power, output, efficiency and reliability, the competition for solid-state lighting in the general lighting applications in the Chinese market has become increasingly fierce. Market analyst firm Lux Research recently predicted that by 2017, the compound annual growth rate of China's LED lighting market will reach 24, far exceeding the compound annual growth rate of the lighting market of 5.6. Moreover, the LED lighting market share will almost double, from 9.6 to 18. The rapid growth of optical silicone accelerates the application of LED in the field of lighting. The national ban on incandescent bulbs issued last year accelerated the field of lighting for more efficient LEDs. demand. This growing demand not only greatly benefits optical silicones, but also motivates LED designers to develop LED solutions with high transparency, excellent plasticity, and photothermal stability. For example, high-definition LED encapsulants can help Chinese customers optimize the efficiency of next-generation LED lighting, and also eliminate the high investment in high-power LED chips. Compared with methyl silicone products, phenyl silicone encapsulants have a light output of about 7. Except for LED chips, housings or input power. Meanwhile, phenyl silicone encapsulation materials provide higher gas content than methyl materials. Tightness, which effectively protects the silver-plated LED electrode from moisture and corrosion and prevents blackening of the material. Since these electrodes double as the number of LED retroreflective components increases, the strong air tightness helps maintain the performance and reliability of the LED output. In addition to high transparency and photothermal stability, the excellent plasticity of optical silicones has also contributed to the creation of new design concepts in general lighting applications, further contributing to the rapid growth of the Chinese LED market. These advanced silicone technologies have helped to develop optically clear or high-bright white reflective coatings, which have also accelerated innovation in components, including new secondary optics, light pipes, white reflective components, and remote phosphors. Its superior plasticity also benefits LED structure design to more complex shapes, miniature optical path structures, bottom grooving, and thinner wall thickness, all of which are difficult or impossible to achieve for organic polymers or glass. . The competition in the LED industry is becoming increasingly hot, and the cost structure tends to be reasonable. At present, the competition in the LED industry is becoming increasingly hot. Major lighting companies have invested heavily in the LED field. How can the LED industry succeed? Controlling costs is definitely a very important aspect. However, cost is not only the cost of materials, but also whether to improve efficiency. First of all, the original backlight or LCD TV used hundreds of LEDs, but now only a few dozen, or less than a few dozen, because each single luminous efficiency is improving; Second, the entire process Efficiency in the market also has a lot of impact on costs, such as the difference between manual and automated production lines. At present, the labor cost in the Chinese market is getting higher and higher, and the so-called human dividend has gradually disappeared. In summary, the increasingly competitive competitive environment is bound to rush to generate a reasonable. The popularity of this pair of LED lights will be the biggest good news. Green energy-saving light source is bound to cost the modern family first choice. With smart lighting entering more and more families, LEDs and other smart lighting as the best choice will eventually be accepted by more and more families. At present, the LED light effect is about incandescent lamps. 8 times, 2-4 times that of fluorescent lamps, that means LEDs of the same brightness consume only one-eighth of the energy of incandescent lamps, and one-quarter to one-half of fluorescent lamps. If it is home lighting, ordinary households use 40W incandescent lamps. To achieve the same brightness, 10W fluorescent lamps or 5W LED lamps should be used. According to the calculation of 3 hours per day, the incandescent lamp consumes 43.8 kWh per year, the fluorescent lamp consumes 10.95 kWh, and the LED lamp consumes 5.475 kWh. According to the calculation of 0.5 yuan per kWh, the electricity cost is: incandescent lamp 21.9 Yuan, fluorescent lamp 5.475 yuan, LED lamp 2.7375 yuan. In addition, the use of LED lights is more environmentally friendly. With the continuous improvement of the material living standards of our people, green and security have gradually been valued by the people. I believe that LED will become the first choice for modern families in the near future. LED lighting, as the mainstream of modern lighting, will be the most sensible choice for a family, whether it is green or cost-effective. From the current development trend of optical silicone or the requirements of smart home, LED has replaced the traditional lighting has become the trend of the times, I believe that everyone will be happy to accept the new LED, we will be able to achieve the popularity of LED in the near future.