High Purity Carbon Graphite Sheet High Conductivity Thermal Pad for Electrochemical Experiments 1PC(35x100x100mm)

High Purity Carbon Graphite Sheet High Conductivity Thermal Pad For Electrochemical Experiments 1PCPackage include: 1pc x Graphite GasketTips:Prevent dust inhalation: When handling graphite Sheets Foil, avoid generating excessive graphite dust and try to adopt wet or other effective dust control measures to prevent health problems caused by dust inhalation.Regular inspection: check the condition of graphite sheet roll regularly, and replace it in time if it is worn or damaged to ensure the working effect.Notice:Please allow 1-3mm error due to manual measurement.The colors may be a little difference for the different monitors displays, please understand.

• Graphite sheet is a new type of heat-conducting heat-dissipating material with unique grain orientation and uniform heat conduction in two directions. The layered structure can be well adapted to any outside, The product evenly dissipates heat while providing thermal isolation in terms of thickness.
• Thermal conduction and heat dissipation: Graphite heat sink is a new type of heat-conducting heat-dissipating material with unique grain orientation and uniform heat conduction in two directions. Thermal conductivity up to 1600W/(M-K) (equivalent to 2 to 4 times copper, 3 to 6 times aluminum), thermal resistance 40% lower than aluminum and 20% lower than copper.
• The melting point and boiling point of graphite are 3850±50℃ and 4250℃ respectively. Even if it is ignited by ultra-high temperature arc, the weight loss is very small and the coefficient of thermal expansion is very small. The strength of graphite increases with the increase of temperature, and doubles at 2000℃.
• Conductivity and thermal conductivity: The conductivity of graphite is 100 times higher than that of non-metallic ore. The thermal conductivity is higher than that of steel, iron, steer and other metal materials.
• Strong performance: Graphite film adopts a layered structure, which can be well adapted to any outside, thereby shielding the heat source and component outside, and providing the thickness of the heat insulation effect.