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Aluminum tube packaging: 50ml, 100mlPlastic tube & plastic bucket packaging: 300ml, 2600ml, 25L, 10L
Thermally conductive silicone grease is a paste-like compound blended physically with silicone oil as the base medium and thermally conductive powder as filler. It will not undergo crosslinking and curing reactions.Alias: Heat sink compoundEnglish Name: Thermally Conductive Silicone Grease
Purpose: It is applied for thermal conductive filling between heat-generating components and heat dissipation parts to accelerate heat transfer. Typical application scenarios include gap filling between LED chip substrates and lamp heat sinks, heat dissipation for CPU and other electronic components, and thermal conduction for electric heating appliances. Its core function is to keep electrical equipment operating at a stable working temperature.
Main Applications of Thermally Conductive Silicone Grease:
It is widely coated on the contact surfaces between heat sources (power transistors, thyristors, electric heating assemblies, etc.) and heat dissipation structures (heat sinks, cooling strips, equipment housings, etc.) inside all kinds of electronic and electrical devices. It acts as a heat transfer medium and delivers moisture-proof, dust-proof, anti-corrosion and shockproof properties.
Suitable for surface coating or integral potting of microwave components such as microwave communication equipment, microwave transmission devices, dedicated microwave power supplies and regulated power supplies.
This silicone material offers excellent thermal conductivity for heat-generating electronic parts, including transistors, CPU assemblies, thermistors, temperature sensors, automotive electronic components, car refrigerators, power modules, print heads and more.
Used for heat transfer needs on LED lighting thermal interfaces, power modules, electrical components and other occasions requiring heat dissipation.
As a heat transfer medium, it boasts outstanding thermal conductivity and high & low temperature resistance, with an applicable temperature range of -60°C to +200°C.
Serves as thermal interface material for LED lighting, electronic and electrical equipment, as well as interfacial material for power circuit boards and electronic components.
