Natural Graphite Composite Plate
Parameter
Type |
Width |
Length |
Thickness |
Density |
sheet |
customized |
customized |
≥2000μm |
1.0 g/cm³ |
Characteristic
Graphite heat dissipation film is a novel material designed for heat dissipation purposes. It is composed of more than 99.5% expandable graphite and rolled to achieve a unique grain orientation, enabling it to dissipate heat evenly in two directions. By using this material, the performance of electronic products can be significantly improved, while simultaneously shielding heat and electronic components.
To cater to a wider range of design needs, the graphite heat dissipation film can be used in combination with other materials such as metal, plastic, self-adhesive, aluminum foil, and PET. Furthermore, the product has excellent resistance to high temperatures, radiation, and chemicals. It is a preferred choice in various electronic products due to its low thermal resistance, which is 40% lower than aluminum and 20% lower than copper. Additionally, it is lightweight, weighing 30% less than aluminum and 75% less than copper.
Application area
Natural graphite composite plate is a highly versatile sealing material that finds wide application in several industries. Some of the key industries that use natural graphite composite plates include:
Power Industry: Natural graphite composite plates are used for sealing purposes in power plants.
Petroleum Industry: In the petroleum industry, natural graphite composite plates are used for sealing pipes, pumps, and valves.
Chemical Industry: The chemical industry extensively uses natural graphite composite plates for sealing machinery and equipment.
Instrument Industry: In the instrument industry, natural graphite composite plates are used for sealing sensitive and precision instruments.
Machinery Industry: The machinery industry also uses natural graphite composite plates for sealing purposes.
Diamond Industry: The diamond industry uses natural graphite composite plates for sealing diamond cutting tools and other equipment.