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Silicone Thermally Conductive and Insulating Adhesive Sealant Liquid Gel for Heat Dissipation¹

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Product Description TS series belongs to dealcoholized one-component room-temperature vulcanized silicone rubber products, which can be vulcanized into elastomer when contacting with moisture in the air at room temperature, and is applied to heat transfer between heating components and radiators, and saves mechanical fastening required by traditional heat conduction methods. Excellent volume resistance, breakdown voltage, power loss, arc resistance, etc., and not easily affected by temperature and frequency changes, and can work for a long time at -55oC~200oC; After vulcanization, it is non-corrosive to metals and can withstand the impact of cold and heat changes.Product Features1. Easy to use, curing at room temperature in contact with moisture in the air;2. It has good adhesion with most materials, and generally does not need to use primer;3. Excellent weather aging resistance, ultraviolet resistance and ozone resistance;4. Good water resistance, excellent moisture-proof and waterproof performance;5. Excellent high temperature resistanceTypical Applications Single - component thermal conductive silicone has various applications in different fields. The following is a classified summary: Electronics and Electrical EquipmentHeat Dissipation for Electronic Components: It is used to fill the gap between electronic components such as CPUs, GPUs, and power transistors and their heat sinks. This helps to improve heat transfer efficiency, ensuring the components work within a proper temperature range, thus enhancing the stability and lifespan of electronic devices.Thermal Management in Circuit Boards: Applied to circuit boards to conduct heat away from heat - generating components, preventing overheating of the board and potential damage to electronic elements, which is crucial for the reliable operation of the entire electronic device.Optoelectronic DevicesThermal Conductivity in LED Lighting: In LED lamps and lighting fixtures, it is used to attach the LED chips to the heat - dissipating substrate. By effectively transferring the heat generated by the LEDs, it helps to maintain their luminous efficiency and prolong their service life, as excessive heat can cause color shift and reduced brightness in LEDs.Heat Dissipation for Optical Modules: For optical communication modules and other optoelectronic devices, this silicone plays a vital role in dissipating heat. It ensures the stable operation of these devices by maintaining appropriate temperatures, which is essential for high - speed and reliable optical signal transmission.Industrial EquipmentThermal Management in Motors: Used in motors to dissipate heat from the windings and other heat - generating parts. This helps to improve the efficiency and reliability of the motor, preventing overheating - related failures and extending its service life.Heat Dissipation in Power Supplies: In power supply units, it is applied to transfer heat from the power - converting components to the heat sink. This ensures the stable operation of the power supply, maintaining its output voltage and current stability, and protecting the internal components from thermal stress.Automotive IndustryHeat Dissipation for Car Electronics: Utilized in various automotive electronic components such as car infotainment systems, engine control units (ECUs), and power amplifiers. It helps to dissipate the heat generated during their operation, ensuring their reliable performance under different driving conditions and temperatures.Thermal Protection for Battery Packs: In electric vehicles, it is used to attach the battery cells to the battery pack's heat - dissipating structure. This helps to maintain a uniform temperature distribution within the battery pack, improving the efficiency and safety of the battery, and prolonging its overall lifespan.Technical Data SheetTest ItemUnitTS-10TS-20Test methodCharacteristics before curing (23 ± 2 oC) 50% ± 5% RHColor/White pasteOff-white pasteVisual inspectionSurface drying time 23 oC, 50% RH, Min1515GB/T13477.5-2002Characteristics after curing (23 ± 2 oC, 50% ± 5% RH, 7 days)Appearance/WhiteOff-whiteVisual inspectionSpecific gravity23 oC, g/cm31.71±0.052.8±0.05ASTM D0792Hardness Shore A70±565±5ASTM D2240Tensile strengthMPa≥1.5≥2.0ASTM D412Bonding strengthMPa≥1.0≥2.0ASTM D1002Elongation%≥50150~200%ASTM D412Thermal conductivity W/m. K.≥1.0≥2.0ISO/DIS22007-2.2Volume resistivity Ω.cm≥1× 10^14≥3× 10^15ASTM D257Insulation strength KV/mm≥15≥20ASTM D149Dielectric constant60 HZ≤4.0≤4.0ASTM D150Dielectric loss factor 60 HZ≤0.04≤0.04ASTM D150Flame retardant rating/V0V0UL94Temperature ResistantoC-50~250-50~250-Company ProfileShenZhen DoBon Technology Co., LTD produce thermal conductive and heat dissipation materials. 10000 square meters original production base in DongGuan city20 sets production process and 4 fully automatic production line to help quick lead timeWith 100+ manufacturing raw material from oversea countryWe have ROHS, UL, ISO 9001, ISO 14001, IATF 16949 certificate.FAQ Q: Are you trading company or manufacturer ?A: We are manufacturer, our factory in Dongguan city, China. Welcome to visit us.Q: How long is your delivery time?A: Each 100,000 pieces, we need about 3 days to produce. Q: Do you provide samples ? is it free or extra ?A: Sample is available, please you need to pay for it.Q: How to customize a sample?A: Please send us design of your products, such as size, shape, etc. We can customize your products.

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