moulding rubber Manufacturers

分享This article explores the advantages of Tensan's LED Silicone TS9911 or Silicone Elastomer TS9911. It's environmentally friendly and safe, having passed international certifications. Its excellent adhesion stabilizes LED device connections. With non - corrosive and high - insulation properties, it safeguards component lifespan and electrical safety. The product has great curing characteristics, balancing operation and production. It can work in a wide temperature range and serves multiple fields. Through in - depth analysis, the article reveals its high value and potential in various industries, especially LED, offering decision - making references for relevant practitioners.

Modern computer-generated heat is emitted primarily through the upper surface of the assembly, so low thermal resistance at the junction is important to the proper operation of the radiator. LED with its small size, low power consumption, environmental protection, strong and durable light source color, and other characteristics, by the majority of users of the favor. However, one of the bottlenecks in the development of LED lighting is heat dissipation, which can be solved with thermally conductive adhesive.

As global demand for advanced adhesives continues to grow, TENSAN is proud to announce a significant shipment of our premium silicone potting to South Korea. This marks an important milestone in our commitment to delivering high-quality products to our clients worldwide, particularly in the rapidly expanding markets of East Asia.

RTV is the abbreviation of Room Temperature Vulcanizing in English, and it is a room temperature vulcanizing silicone rubber adhesive. RTV silicone is a semi-flowing temperature-resistant paste silicone adhesive sealant without curing, which has excellent sealing and bonding properties. The cured colloid has good sealing, waterproof, moisture-proof, shockproof and insulation. Performance, non-toxic, non-polluting, non-corrosive, can reach the environmental protection level. It also has excellent temperature resistance, and the operating temperature range is -60 to 200°C. Widely used for fixing and reinforcing electronic components, cavity sealing, waterproof protection, etc. It is also suitable for sealing, filling, bonding, and packaging in high-temperature applications, such as high-temperature kitchen appliances, electric irons, and air purifiers.

As a heat dissipation material, thermal paste has long been widely used in various electrical appliances, including common computers and TVs. However, many users have found that thermal paste will produce tiny bubbles after use. Why do bubbles appear? As a single-component product of paste, it can be directly applied. Is it a quality problem?