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Silicone Elastomer Manufacturers

Being supported by an highly developed and specialist IT team, we could give technical support on pre-sales & after-sales service for Silicone Elastomer, Standing still today and seeking into the longer term, we sincerely welcome customers all over the environment to cooperate with us.
Silicone Elastomer, At Existing, our solutions have been exported to more than sixty countries and different regions, such as Southeast Asia, America, Africa, Eastern Europe, Russia, Canada etc. We sincerely hope to establish wide contact with all potential customers both in China and the rest part of the world.

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  • TS1006 High Thermal Conductivity Grease 2.5W/mK for Power Supplies & Lighting Assembly

    TS1006 High Thermal Conductivity Grease 2.5W/mK for Power Supplies & Lighting Assembly

    2.5W/mK thermal grease: high conductivity for power supplies & lighting. It’s engineered to handle continuous operation, reduces heat buildup, and is durable in harsh environments. A top pick for industrial electronics.
  • Soft Silicone Type Thermal Mat/Thermal Pad for Electronics TS300

    Soft Silicone Type Thermal Mat/Thermal Pad for Electronics TS300

    Soft Silicone Type Thermal Mat/Thermal Pad for Electronics of Thermal Pad LED lighting,lighting equipment.Household appliances, LCD monitors.Between the semiconductor and the heat sink.Communications products, smart phones, tablet PCs.Desktop computers, notebooks and other portable computers.High power Electrical appliances power supply.
  • TS8833 High Thermal Conductivity & UL94 V-0 Flame-Retardant Potting Compound 1:1 – Heavy-Duty Encapsulant for LED Drivers & Converters

    TS8833 High Thermal Conductivity & UL94 V-0 Flame-Retardant Potting Compound 1:1 – Heavy-Duty Encapsulant for LED Drivers & Converters

    TS8833 Heavy-Duty Potting Compound: A 1:1 two-component design with high thermal conductivity and UL94 V-0 flame retardancy. Specifically developed for LED drivers and power converters. It has excellent flowability, penetrating deep into component gaps to form a dense protective layer. After curing, it is resistant to high and low temperatures and UV aging. Highly efficient thermal conductivity prevents component overheating, flame retardant properties eliminate fire hazards, and it offers excellent waterproof and moisture-proof performance. Factory direct supply, free samples, and customized specifications are available to meet the needs of high-end equipment.
  • TS505

    TS505

    This product is ROHS, REACH compliant. It does not contain any unknow carcinogenic, mutagenic or teratogenic components.
  • TS1105 Top-Tier Thermal Conductivity Grease 5.0W/mK for High-Power Electronic Components & Transistors

    TS1105 Top-Tier Thermal Conductivity Grease 5.0W/mK for High-Power Electronic Components & Transistors

    Our 5.0W/mK top-tier grease cools high-power components & transistors. It delivers industry-leading heat transfer, resists extreme temps, and protects parts from overheating. Perfect for industrial electronics or high-power transistors.
  • TS8800 Economical 1:1 Two-Part Silicone Potting Compound – Thermal Conductive Waterproof Encapsulant for LED Drivers, Bulk Price

    TS8800 Economical 1:1 Two-Part Silicone Potting Compound – Thermal Conductive Waterproof Encapsulant for LED Drivers, Bulk Price

    TS8800 Economic 1:1 Two-Component Silicone Potting Compound, specially developed for LED drivers and power modules, offers both thermal conductivity and waterproofing. It cures at room temperature, is easy to mix, requires no special equipment, and is suitable for both automated and manual operations. After curing, it is flexible and crack-resistant, effectively protecting electronic components from moisture and dust. It offers excellent value for money, supports bulk purchases at wholesale prices, meets the stable protection needs of mid-to-low-end products, free samples are available upon request, and factory direct supply ensures fast delivery.
  • Related Blog
  • Reviews

  • Why does the sealant crack after curing? What are the common causes?

    Nowadays, sealants are indispensable in the electrical appliance manufacturing industry. Sealants can effectively protect electrical components from water and moisture intrusion. The reason why this sealing material has good sealing performance is that it has adhesive properties and can be "tightly" bonded to the sealed substrate to protect the electrical components.

  • What is LED thermally conductive silicone?

    Recently, there are many kinds of lighting tools with energy-saving and environmental protection functions in the market, among which LED lamps are a very common electronic product. LED lamps are a very common type of electronic product.

  • Potting adhesive selection method according to the use of substrate selection is reliable?

    Potting glue is mainly used in the bonding and sealing of electrical components, and can even be used in the overall potting and coating of electrical substrates, the field of use is very wide, as long as the reasonable performance of the use, can show good waterproof, moisture-proof, sealing and other performance, has become one of the indispensable materials for the electrical and electronic manufacturing industry.

  • Is the led potting compound good for use?

    Potting glue belongs to a huge system, carefully divided into a variety of types, of which led potting glue is one of them, this glue is mainly used in led lamps potting, can also be used in other electrical appliances.

  • What should be paid attention to when mixing silicone potting ? How to properly store and transport?

    When using silicone potting compound, the most important step is to mix the compound. Mix the two groups of materials evenly to make them more valuable. If it cannot be mixed evenly, a large number of air bubbles will appear while causing waste, and it will not function normally.

  • Impacts for using inferior silicone potting on electronic components

    What impacts may have for electronic products if using inferior potting compound ? Shenzhen Tensan company will talk about it . Using bad quality potting silicone on electronic products leads to poor electrical performance and insulation ability. Electronic components will affect each other after potting which could easily cause malfunction for electronic components . Furthermore,bad silicone potting has poor heat and cold resistance , it is difficult to bear changes between cold and heat, then the cracking cured silicone, so that rainwater penetrates into electronic components , reducing the moisture resistance of electronic products and causing electronic elements device failure. Thirdly, inferior potting compound has poor performance like poor thermal conductivity, bad high and low temperature resistance, and poor flame retardancy. It is not so effective to improve the heat transfer performance and safety factor of electronic products .

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