Here are a few important stage on Low-E film development. (1) application optimization barrier 5--13nm silver film thickness on both sides of the zinc oxide layer as a barrier layer of silver film before, lowe glass, help to optimize the crystal growth of silver film, thin (about 10nm thick) silver film, which can reach very low emissivity and high light transmittance. (2) the application of asymmetric asymmetric silver membrane system structure that is located on the refractive index of the dielectric film silver film before and after the "n" different. Asymmetric membrane system can achieve better anti-reflective performance, higher light transmittance. (3) having a corrosion resistance and high mechanical properties of the top film to improve the reliability of Low-E glass processing based on the application of nitrogen oxide thin film, but also improve the aging resistance film system. The late 1990s, the application of medium frequency reactive magnetron sputtering, so that the kind of technology has been widely used in industrial production. low-e glass that is coated glass. Blackbody radiation was an ordinary glass surface emissivity of 0.84, by the low-e coating on the glass, the glass surface can reduce the radiation rate to around 0.03, and can maintain good transparency glass, to meet the requirements of natural lighting . The lower the surface emissivity, limit the ability of infrared radiation through the stronger, the better the insulation properties, lowe glass door, that energy saving, the better. Energy saving Low-E glass is mainly manifested in two aspects, one limit solar heat radiation through that sun, the purpose of saving refrigeration and air conditioning costs in summer; the second is to reduce indoor and outdoor temperature of heat transfer, namely to limit heat loss in winter, to reduce winter heating costs purposes. Here are a few important stage on Low-E film development. (1) application optimization barrier 5--13nm silver film thickness on both sides of the zinc oxide layer as a barrier layer of silver film before, help to optimize the silver film crystal growth, thin (about 10nm thick) silver film, namely You can achieve very low thermal emissivity and high light transmittance. (2) the application of asymmetric asymmetric silver membrane system structure that is located on the refractive index of the dielectric film silver film before and after the "n" different. Asymmetric membrane system can achieve better anti-reflective performance, Yantai lowe glass, higher light transmittance. (3) having a corrosion resistance and high mechanical properties of the top film to improve the reliability of Low-E glass processing, lowe glass coating film is based on the application of nitrogen oxides, but also improve the aging resistance film system. The late 1990s, the application of medium frequency reactive magnetron sputtering, so that the kind of technology has been widely used in industrial production. lowe glass Yaohui glass quality assurance (online consultation), Weifang lowe glass provided by Jinan Glass Co., Ltd. Yaohui. Jinan Yaohui Glass Co., Ltd. (www.jyhhc.com/) Shandong Jinan, architectural glass leader, over the years, the company is implementing the scientific management, innovation and development, the principle of honesty and trustworthiness, and satisfy customer needs. Yaohui glass in Jinan leadership with the staff warmly welcome all inquiries negotiations to create the Jinan Yaohui glass better future.