CA8040

Product Overview
b Appropriate rheology, convenient for use in various ways
b Very high thermal conductivity
b Extremely low thermal resistance
b Excellent electrical insulation properties
b Extremely weak oil separation under long-term use
b Obtain a heat dissipation medium smaller than a micron
Typical uses
Widely used as a thermal conductive medium between heating components and heat sinks, due to its extreme Low thermal resistance and long-term stable and reliable thermal conductivity provide excellent solutions in semiconductor chips, etc.
Typical performance
Note: These data do not represent the actual results during application. If you need more information, please contact us.
Unit characteristic value remarks
Color gray
Viscosity~
Density/.
Non-volatile components. No solvent
Thermal conductivity/.
@(.) Thermal resistance D./
Breakdown voltage/
Volume resistance*
Thermal conductive silicone grease is also a silicone material. The silicone polymer is filled with functional fillers. These measures ensure that the thermal conductive silicone grease has high thermal conductivity and is effective at high temperatures. Thermal grease is designed to transfer heat from electronic devices to the heat sink or chassis more efficiently. With the continuous updating of electronic equipment, especially consumer electronic equipment, the design direction tends to be smaller and more compact, which will generate more heat and be difficult to evacuate in a smaller space. Therefore, the design engineers of electronic equipment regard heat dissipation performance as Key parameters are used to consider the overall effect of the equipment. Therefore, the cooling system must have better reliability and better service life than components. Therefore, thermal conductive silicone grease plays an indispensable role. Thermal grease acts as a bridge to transfer heat from the heat source (device) to the heat dissipation system. Therefore, for thermal grease, having low thermal resistance, high thermal conductivity and a relatively thin medium thickness will greatly improve the efficiency of heat transfer. .