Thermal Conductive Products
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1.0W Thermal Silicone Sheet
Thermal Conductivity:1.0W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to:UL 94 V-0
1.5 WThermal Silicone Sheet
Thermal Conductivity:1.5W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to :UL 94 V-0
2.0W thermal silicone sheet
Thermal Conductivity:2.0W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to :UL 94 V-0
3.0W thermal silicone sheet
Thermal Conductivity:3.0W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to :UL 94 V-0
4.0W thermal silicone sheet
Thermal Conductivity:4.0W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to :UL 94 V-0
5.0W thermal silicone sheet
Thermal Conductivity:5.0W/m.k
Temperature range:-40-200℃
custom thickness:0.3-15mm
Flame retardant grade conforms to :UL 94 V-0
Industries where thermal conductive silicone can be used
"1. Connection between LED chip and heat sink: Thermal conductive silicone sheet can be used as the connection material between LED chip and heat sink, quickly transfer the heat generated by the chip to the heat sink, improve the heat dissipation efficiency, and reduce the chip temperature.
2. Sealing and fixing of LED lamps: Thermal conductive silicone sheet has certain elasticity and viscosity, and can be used for sealing and fixing of LED lamps. By applying thermal conductive silicone sheet between the various parts of the lamp, sealing and fixing can be effectively achieved to ensure the stability and reliability of the lamp.
3. Optimization of thermal conduction path of LED lamps: Thermal conductive silicone sheet can be flexibly applied to the thermal conduction path of LED lamps. By optimizing the thermal conduction path, the heat conduction efficiency is improved, the working temperature of the lamp is reduced, and the energy efficiency and life of the lamp are improved."
Application of thermal conductive silicone sheet in the home appliance industry
“Thermal conductive silicone pads are soft pads made of thermal conductive materials, which can effectively transfer the heat generated by the SSD chip to the radiator. The thermal conductive pad has a simple structure and is easy to install, and is widely used in the field of SSD heat dissipation. The advantages of thermal conductive pads in SSD heat dissipation are mainly reflected in the following aspects:
1. Good thermal conductivity: The thermal conductive pad has a high thermal conductivity and can effectively transfer the heat generated by the SSD chip to the radiator to improve the heat dissipation efficiency.
2. Soft and easy to stick: The thermal conductive pad is soft and easy to stick, and can adapt to SSD chips of different shapes and sizes to improve the heat dissipation effect.
3. Good compatibility: The thermal conductive pad is suitable for a variety of radiator types and can be used with different types of radiators to improve the versatility and flexibility of the cooling system.”
Application of thermal conductive silicone pads in SSD chips
“In the field of 5G electronic devices, the application of thermal conductive silicone gel materials can not only enhance the conduction effect of heat energy, but also realize the conduction of heat energy. Compared with traditional thermal conductive materials, the use of new thermal conductive silicone gel materials in the application of electronic components can effectively improve the signal transmission efficiency and promote the high-quality application of new thermal conductive silicone gel materials.
In the shell manufacturing of 5G equipment, in order to effectively improve the use quality of new thermal conductive silicone gel materials and accelerate the transmission and use of new thermal conductive silicone gel materials in 5G electronic devices, it is necessary to add new thermal conductive silicone gel materials to polymer materials in the current shell manufacturing.
However, due to the limitations of many design technologies, the new thermal conductive silicone gel materials are not compatible with some polymer materials. Therefore, in the current use, the conductivity loss has been used as the basis to ensure the stability of the current. At the same time, on this basis, the effective use of new thermal conductive silicone gel materials has improved the quality of shell manufacturing on the one hand; on the other hand, it has also promoted the technological innovation and improvement and optimization of electronic equipment.”
Application of thermal conductive silicone gel in 5G electronic devices
“Aviation electronic equipment has strict requirements on thermal management materials. Thermal conductive silicone gel performs well in many targeted tests. Compared with traditional thermal conductive medium materials, it has excellent performance in high and low temperature performance, crash safety and continuous vibration, providing a new choice for the production of avionics products.”
Application of thermal conductive silicone gel in avionics equipment