Heat dissipation and blocking or directional cooling applications

1. Combination of graphite and thermal insulation film

Using our ultra-low thermal conductivity: 0.018-0.022 W / (m·K) insulation material, using high conductivity 1200-1500W / (m · K) heat dissipation material, the perfect combination of the two, providing high-performance heat dissipation while specifying the heat dissipation direction

2. Suitable for heat dissipation and blocking or directional cooling

Thermal application of graphite lining and phase change materials



High thermal conductivity graphite coated foam is formed by a high-elastic foam wrapped by artificial graphite with a thermal conductivity of up to 1500w / (m · k). The high elasticity of the foam allows the heating element to closely match the high thermal conductivity graphite-encapsulated foam.

In summary, the thermal conductivity of artificial graphite is used to transfer heat quickly. It can be used with thermal adhesives for electronic products such as mobile phones, computers, monitors, etc., to prevent components from being damaged due to excessive temperature and prolonging the service life. Thermal Graphite-Coated Phase Change Material Foam Heat Transfer Graphite coated phase change material is formed of artificial graphite coated high elastic phase change material with thermal conductivity of up to 1500 w / (m·k).

The high resilience of the phase change material allows the heating element to be tightly bonded to the high thermal conductivity graphite coated phase change material, while the artificial graphite has a very high thermal conductivity, while the internally wrapped phase change material has a high specific heat capacity and phase change.

Potential artificial graphite can quickly output heat, while phase change materials absorb large amounts of heat, lowering peak temperatures and extending the time to peak temperatures. It can be used in combination with thermal adhesives for mobile phones, computers, monitors and other electronic products to prevent damage to components due to excessive temperatures and prolong service life.