Kraftkæliefni-Varmaleiðandi sveigjanlegur sílikonpúði
As a heat transfer medium, the thermally conductive flexible silicone pad has excellent electrical insulation and excellent thermal conductivity, and is resistant to high and low temperatures. It can work for a long time without drying out in the temperature range of -55 degree 200 degree . Hardening or melting phenomenon. This product is based on polysiloxane, supplemented by high thermal conductivity fillers, non-toxic, odorless, non-corrosive, and has stable chemical and physical properties.
The main application:
Used for surface coating and overall potting of microwave devices such as switching power supplies, thermostats, radiators and microwave communications, microwave transmission equipment and special power supplies that require high thermal conductivity and temperature resistance.
It can also be used as a heat transfer insulating filling material for transistors and semiconductor transistors to improve their pass rate. The thermal conductivity of SP150 is 1.25w/m-k. The thermal conductivity of SP160 is 2.45w/m-k.
Thermally conductive flexible silicone pad is one of the heat transfer interface materials. It has good thermal conductivity and high level of pressure resistance. Its function is to fill the big requirements between the processor and the radiator, and it is an alternative to thermally conductive silicone grease and mica sheet. The best product for the dual cooling system.
As electronic devices continue to integrate more powerful functions into smaller components, temperature control has become one of the most important challenges in the design, that is, how to effectively take away when the architecture is shrinking and the operating space is getting smaller and smaller.
The more heat generated by the greater unit power. Every 10 degree reduction is of great significance to the normal use and service life of sensitive components.
The thermal conductivity of this product is 2.45W/mK, the voltage breakdown resistance is above 4000 volts, and it has a certain degree of flexibility. It fits well between the power device and the aluminum heat sink or the casing of the machine to achieve the best thermal conductivity. And the purpose of heat dissipation meets the current requirements of the electronic industry for thermal conductivity materials.
The process thickness of the thermally conductive flexible silicone sheet ranges from {{0}}.13mm to 5mm, plus every 0.5mm, that is, 0.5mm; 1mm; 1.5mm; 2mm up to 5mm, special requirements can be increased to 10mm, specially designed to transfer heat through the gap Solution production can fill the gap, complete the heat transfer between the heating part and the heat dissipation part, and also play the role of shock absorption, insulation and sealing.
It can meet the design requirements of the miniaturization and ultra-thinness of the company's equipment. It is extremely manufacturable and usable. new material. And the thickness has a wide range of applications, especially suitable for electronic equipment industries such as automobiles, monitors, computers and power supplies.
