Shenzhen Tensan is a professional manufactures of Thermal Grease. There may be a lot of Thermal Grease manufacturers out there, but not all Thermal Grease manufacturers are alike.Our professional expertise in manufacturing Thermal Grease has been honed over the past 10+ years.
Thermal potting is suitable for general potting material for power supplies, connectors, sensors, industrial controls and transformers.
Termal potting Two-part, 1 to 1 mix, dark gray, general purpose encapsulant with good flowability and flame resistance.
High performance neutral cure electronic silicone adhesive/sealant,One-part adhesive/sealant • Cures at room temperature when exposed to moisture in the air • Alkoxy cure system • Non-sag, paste consistency • Easy to apply • Cures to a tough, flexible rubber • Excellent adhesion to many substrates.
Shenzhen Tensan is a professional manufactures of Thermal Grease. There may be a lot of Thermal Grease manufacturers out there, but not all Thermal Grease manufacturers are alike.Our professional expertise in manufacturing Thermal Grease has been honed over the past 10+ years.
Thermal grease is suitable for use as an interface material for a variety of mid to high end PCB system assemblies. Tensan thermally paste are grease like silicone materials, heavily filled with heat-conductive metal oxides. This combination promotes high thermal conductivity, low bleed and high-temperature stability. The compounds are designed to maintain a positive heat sink seal to improve heat transfer from the electrical device or PCB system assembly to the heat sink or chassis, thereby increasing the overall efficiency of the device.
There may be a lot of Silicone Elastomer manufacturers out there, but not all Silicone Elastomer manufacturers are alike.Our professional expertise in manufacturing Silicone Elastomer has been honed over the past 10+ years.
Silicone Elastomer is suitable for: • LED Lighting encapsulation • Power supplies • Connectors • Sensors • Industrial controls • Transformers • Amplifiers • High voltage resistor packs • Relays • Adhesive/encapsulant for solar cells • Adhesive handling beam lead integrated circuits during processing
For high-power components, using electronic potting compounds is not optional, but a crucial prerequisite for ensuring their stable operation. Air has a thermal conductivity of only 0.024 W/(m·K), resulting in extremely poor heat dissipation. If high-power components rely solely on natural air cooling, heat cannot be effectively conducted away, easily leading to localized high temperatures. This high-temperature environment directly damages components and related parts, significantly reducing the reliability of the entire electronic system and shortening its normal operating life. Therefore, the appropriate selection of electronic potting compounds is essential for the stable operation of high-power components.
In the application process of silicone potting compounds, degassing is a crucial step in ensuring product quality. Its core purpose is to ensure that the cured compound is free of air bubbles and pores, both internally and on the surface, thus avoiding impacts on the subsequent performance of the product. Many users believe that degassing simply requires opening a vacuum chamber for extraction; however, improper operation of this step can lead to a series of problems. This article will detail the consequences of degassing abnormalities, the key factors affecting degassing effectiveness, and preventative measures.
The performance of electronic encapsulation AB glue hinges on correct pouring operations and scientific curing techniques. Improper operation not only wastes materials but also severely impacts its core protective properties such as insulation, waterproofing, and shockproofing. Therefore, operators must master relevant practical skills to ensure the adhesive functions effectively.