Laminated glass for energy-saving lamps is one of the key raw materials for the production and manufacture of energy-saving lamps and equipment. Electrical components are mainly used for the production of LED lamps, bulbs, stems, exhaust pipes, lighting reflectors, and gas discharge tubes. At this stage, in the production and manufacture of energy-saving lamps, the total amount of laminated glass used has greatly exceeded the demand for any other material.
Laminated glass has a series of valuable characteristics such as full transparency, hardness, excellent corrosion resistance, high temperature resistance and electrical properties. It has become one of the key raw materials for the production of energy-saving lamps.
With the continuous improvement of material performance and production technology, lampshade manufacturers are also constantly developing trend of electric light source materials. The technological development of lighting sources promotes the continuous upgrading of lighting products, and a variety of environmentally friendly, energy-saving and energy-saving lamps and lanterns are rich and colorful. Therefore, better regulations are also clearly put forward for the laminated glass used for electric light source materials.
There are many physical properties of laminated glass. According to the application regulations, the key properties of laminated glass for energy-saving lamps include structural mechanical properties, thermal properties, electrical properties, vacuum pump properties and organic chemical properties. As a laminated glass for energy-saving lamps, it should generally meet the following requirements. ① The transmittance coefficient of light should be high. For lighting lamps, it should pass all light wavelengths in the visible spectrum region; for the ultraviolet region, it should pass the specified ultraviolet light. In addition, it is stipulated that the laminated glass will not fade under irradiance. It will not black