Thermal conductive silicone grease is a kind of soft material. Its function is to fill the gap between electronic products. Nowadays, the bottom of many high-grade fans have been coated with thermal conductive silicone grease, which is dry and different from the commonly used paste and emulsion liquid silicone grease. It has good thermal conductivity and a mixture of high-purity filling and silicone. It is generally mainly used in the assembly surface of semiconductor devices and radiators to eliminate the air on the contact surface, increase the heat flow channel and improve the heat.
Characteristics of thermal conductive silicone grease:
Thermal conductive silicone grease is a new type of organic grease prepared for heat transfer of electronic components. It is produced with special formula and is compounded with organosiloxane and metal oxide with good thermal conductivity and insulation.
1. Good thermal conductivity and electrical insulation, shock absorption and impact resistance.
3. A kind of viscose similar to thermal conductive interface material, which will not dry
4. It is a heat transfer chemical, which can maximize the heat transfer between the semiconductor block and the radiator
5. Good electrical insulation will not harden even if exposed to high temperature for a long time
6. Environmental protection and non toxicity
Technology can be changed or subverted at any time. The change of science and technology is always elusive. Who knows what tomorrow will be? The market plays a decisive factor. Cost performance and safety are the main needs of the market. The above "None" goal is to meet the needs of the market. Therefore, the LED industry has gradually formed such a development trend. In the near future, plastic clad aluminum will be the mainstream in the direction of heat conductive plastic radiator, and the other two "no" linear power supply schemes and flip chip will share the market pattern equally.
No heat dissipation is a relative concept, not no heat dissipation, which requires the gradual development and change of heat conduction material technology and process. No heat dissipation is neither a gimmick nor out of reach, but it does require the industry's efforts to explore and integrate resources. It is not difficult to imagine that the realization of no heat dissipation will subvert the traditional LED process, and LED lighting is about to go out of the way to replace traditional lighting appliances to lighting electronics.
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