Traditional thermally conductive silicone pads will deposit silicone oil at room temperature for a long time. Therefore, non-silicon thermally conductive pads replace traditional silicone thermal pads on high-end medical equipment such as precision optics and LEDs.
Thermally conductive material is a new type of industrial material.
the graphite thermal conductive film thermal pad is very suitable for efficiently transferring the heat generated by the heat source in a small space.
The thermal conductivity pads, insulating and thermal materials uses a silicon rubber base material, and ceramic particles such as boron nitride and alumina are used as fillers, and the heat conducting effect is very good
The thermal conductive silicone film is specially produced for the planning scheme of heat transfer through the gap
Thermal conductive silicone film is a kind of thermal conductive material composed of silica gel as base material and metal oxide as auxiliary material.
As a new product in the heat dissipation adhesive market, high thermal conductivity silicone gaskets are thermal conductive media mixed with silica gel base materials and auxiliary materials such as metal oxides. They are specially used to reduce the contact thermal resistance between heat sources and heat dissipation devices. This material is designed to efficiently transfer heat between heating parts and heat dissipating parts. It not only improves heat dissipation efficiency, but is also widely favored for its environmentally friendly and economical properties.
In the heat dissipation management of modern electronic equipment, thermally conductive silicone sheets, as an important thermal interface material, play a key role. It is widely used in heat conduction processing of various equipment due to its excellent thermal conductivity, low thermal resistance and soft elasticity. However, in the process of using thermally conductive silicone sheets, there is a problem that cannot be ignored-the precipitation of silicone oil, which may have an adverse effect on some specific equipment.
In the world of high-performance electronics, thermal management is a key factor in ensuring stable system operation. Especially for MOSFETs in direct current (DC) equipment, their high heat load requirements when converting and regulating power make heat dissipation a link that cannot be ignored in the design process. Sunen's SF series of thermally conductive silicone sheets provide a reliable solution to this challenge with its excellent thermal conductivity and stability.