Electrical potting adhesives are commonly used in the manufacturing process of today's electrical appliances, which are different from ordinary potting adhesives, not only in terms of price but also in terms of performance. What is the use of electrical potting glue? What is the technique of using it?
Thermally conductive silicone grease is a highly thermally conductive and insulating silicone material, which can be used to ensure safer use of electronic instruments or meters and better heat dissipation performance. As a heat dissipation material, almost all electrical appliances are used in the production industry, so what brand of thermally conductive silicone grease is recommended? What are the reasons why it is worth buying?
Thermal grease is a heat-dissipating material used in electrical appliances. This heat-dissipating material can play a role in heat-dissipating, good quality and insulation, anti-corrosion and shock-proof performance. It is now widely used in lighting components, telecommunications equipment, consumer electronics, thermal interface materials for power and transmission power components, and more. So, how to choose thermal grease? What to watch out for?
Compared with single-component electronic potting glue, two-component electronic potting glue has more advantages and has been recognized by customers in different industries. Take an in-depth look and see what are the characteristics of the two-component electronic potting compound, and what are the specific operation steps?
Thermal conductive potting adhesive currently plays an important role in new energy, which has a wide range of applications in the field of electric energy, and its safety is receiving more and more widespread attention. Power battery is an important factor in promoting the development of new energy vehicles, is to provide new energy vehicles with power battery technology advances, greatly improving the range of new energy vehicles. However, the higher the working power of the battery, the higher the heat released during use, which requires the configuration of a more efficient thermal conductivity solution.
Thermally conductive gels are gel-like substances between liquid and solid. They are characterised by recoverable shape, strong material cohesion, high heat resistance and good long-term thermal stability, but also, like thermally conductive silicone greases, have extremely low thermal resistance, can fill voids and have high adhesion.
