Views: 6 Author: Site Editor Publish Time: 2021-07-18 Origin: Site
In recent years, the rapid development of the LED industry has indirectly driven the development of thermally conductive materials. At present, the market for thermally conductive materials is constantly making breakthroughs in the field of high-end materials.
Nowadays, more and more new thermal conductive materials are pouring into the market. For a long time, heat dissipation has been an important issue for electronic products. Generally speaking, poor product heat dissipation may lead to problems such as power supply damage, faster light decay and shortened service life, so solving the heat dissipation problem is the top priority in improving the performance of the LED lighting system.
Traditional luminaire shells have their own advantages in heat dissipation and heat conduction equipment. Aluminum heat conduction materials have good thermal conductivity, but the electrical conductivity is not easy to pass safety regulations. Plastics have good insulation but extremely low heat conduction. The other thermal conductivity material, ceramic sheet, is compared with the first two. More comprehensive, but the product is fragile, and the processing cost is relatively high. Metallic thermal conductive materials have been difficult to exist in LED heat dissipation applications, and the disadvantages are too great, and there is almost no space for use.
The silicone thermal pad is applied to LED lamps for heat conduction and heat dissipation, which can reduce the cost of LED lamps by at least 30%. Silicone thermal pad is a kind of high-tech thermal conductivity material that is currently used in the market. Its excellent thermal conductivity and insulation performance can greatly reduce the cost of product design and development parties in all walks of life. Silicone thermal pad has excellent characteristics such as high thermal conductivity, high insulation and high flame retardancy, which can effectively provide better solutions for LED lighting products in the overall cost reduction.