liquid adhesive Manufacturers

Many electrical appliances or electronics need to use heat dissipation paste in the process of manufacturing. Heat dissipation paste is a paste-like substance with thermal conductivity. It needs to be applied to the gap between the CPU and the heat sink, which can play a role in heat conductivity. , to prevent burning due to excessive local temperature of the CPU. In this process, the heat dissipation paste should maximize the effect of increasing the thermal conductivity. So, what is the principle of thermal paste heat dissipation? What are the precautions?

Silicone, an Organic silicon compound, refers to a compound that contains Si-O bonds and at least one of the organic groups is directly attached to a silicon atom. It is also customary to regard those compounds that link organic groups with silicon atoms through oxygen, sulfur, nitrogen and the like as organic silicon compounds.

Many electrical appliances or electronics require the use of thermal paste during the manufacturing process. Thermal paste is a paste-like substance with thermal conductivity that needs to be applied in the gap between the CPU and the radiator to provide thermal conductivity. , to prevent the CPU from being burned due to excessive local temperature. During this process, the thermal paste should pay attention to maximizing the thermal conductivity. So, how does thermal paste dissipate heat? What are the precautions?

In the silicone sealant market, there are many types, with different application environments and different performance. At present, neutral silicone sealants have a higher usage rate, exert a variety of properties, and have been strongly recognized by many industries.

Before using thermal grease, many users do not know how to apply it. Everyone has their own method of operation, but they don't know which method of operation is more practical and can make the adhesive show excellent performance. Study hard and try to use it better and last longer.

This article introduces silicone, epoxy resin, and polyurethane (PU) potting adhesives. It includes the definition of potting adhesives, the functions of potting, and focuses on the advantages, disadvantages, and application ranges of the three types of potting adhesives. It also mentions the issues to consider when selecting potting materials and potting processes, such as manual and mechanical vacuum potting, curing conditions, operation methods, and precautions of different potting adhesives, helping readers understand relevant knowledge of potting adhesives and facilitating the selection of appropriate potting solutions.