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Thermal graphite sheet can be divided into natural graphite sheet and synthetic graphite sheet. As the horizontal heat conduction materials, both have high thermal conductivity, lightweight, flexible and easy to be cut. So we can offer die cut graphite sheet, graphite tape and composite graphite sheet with adhesive on both sides.


Synthetic graphite sheet, also known as artificial graphite sheet, is a new type of thermal interface material made of polyimide. It adopts advanced carbonization, graphitization and calendering process to produce a thermally conductive film with unique lattice orientation through high-temperature sintering at 3000 °C.


HOME > News > Thermal properties of graphite- thermal expansion The interatomic spacing between the carbon atoms of graphite is a function of temperature. At 0 K, these atoms have their lowest energy position or ground state. The increased energy resulting from increasing temperature causes the atoms to vibrate and move further apart.
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Synthetic graphite sheet, also known as artificial graphite sheet, is a new type of thermal interface material made of polyimide. It adopts advanced carbonization, graphitization and calendering process to produce a thermally conductive film with unique lattice orientation through high-temperature sintering at 3000 °C.


synthetic graphite sheet for computer thermal management,flexible sheet expanded graphite foil for for led lighting heat dssipation,high thermal conductive carbon graphite block for heat exchanger,thermal artificial carbon foil graphite sheet customized size and shape electrolytic graphite factory


graphite sheet,panasonic graphite sheet,graphite thermal ... Synthetic graphite sheet, also known as artificial graphite sheet, is a new type of thermal interface material made of polyimide. It adopts advanced carbonization, graphitization and calendering process to produce a thermally conductive film with unique lattice orientation through high-temperature sintering at 3000 °C.


Graphite also possesses remarkable heat transfer properties. This is inevitably due to their impressive thermal conductivities. Many graphite materials have conductivities as high as 120-240 W/m°K (70-140 btu•ft/hr•ft²•°F). The conductivity of some graphite composites are being measured as high as 1,000-2,000 W/m°K.