Thermally conductive graphite sheet is a brand new thermally conductive heat dissipation material that conducts heat uniformly in both directions, shielding heat sources and components while improving the performance of consumer electronics products. The color is generally black, and the material is natural graphite. After exquisite processing, the thermal conductivity is up to 1700W/M-K in the horizontal direction. Use IC, CPU, MOS, LED, heat sink, LCD-TV, notebook computer, communication equipment, wireless switch, DVD, handheld device, etc.

Thermally conductive graphite sheet is a new type of thermally conductive material, with excellent process characteristics such as light and thin, easy to process, good thermal conductivity, and easy to install and process. It is widely used in various new energy manufacturing and electronic information technology fields. Very broad application prospects. What electronic technology fields are thermally conductive graphite sheets commonly used in? Next, let’s take a look:

Thermally conductive graphite sheets are widely used in important new industries such as new energy, new manufacturing, light industry, and energy-saving transformation. Because traditional thermal conductive materials have certain pollution and may cause certain damage to the surrounding environment, so in the process of industrial upgrading and transformation In recent years, new types of thermally conductive materials have been widely used, among which thermally conductive graphite sheets are the main type.

Thermally conductive graphite sheets are also commonly used in various electronic devices and home appliances. Due to their own small weight, they occupy a very small volume, and can be processed into various forms. They have strong adaptability and are therefore suitable for some small electronic devices. Very applicable. The smartphones and laptops we use every day use thermal conductive graphite sheet technology.

Thermally conductive graphite sheets are also often used in other communications equipment, wireless switches, LED technology, photovoltaic inverters and other equipment, all of which have superior application effects. As a new type of thermally conductive material, the chemical and physical properties of graphite itself are very stable and will not cause additional interference, so it plays a great role in the stability of the overall performance of the equipment.

As a research and development achievement in the field of a new type of material, thermally conductive graphite sheet technology has a relatively important application in the thermal conduction of electronic products. With the continuous upgrading of electronic technology in the future, thermally conductive graphite sheets will have greater uses.