Thermal grease is a material that conducts heat but does not conduct electricity. This material is in a paste state. It is always in a paste state regardless of any stage of use. If a curing reaction occurs after use in electrical appliances, the quality of this type of thermal grease is worrying and cannot be put into mass production.
Sealant is divided into two types: single component and two-component. If two-component sealants are not careful during construction, some bubbles will appear on the surface after curing. These bubbles have nothing to do with quality. In fact, not only two-component sealants are prone to bubbles after curing, but also two-component potting glues are prone to bubbles after curing. Only by understanding the reasons can it be avoided.
Thermal grease has a good heat dissipation effect when used in electrical appliances, ensuring the safety and service life of the appliances. Thermal silicone also has a good heat dissipation effect, and its main application areas include electrical appliances, automobiles and other parts. So are the two the same? Can they be used interchangeably? Although both thermal grease and thermal silicone have heat conduction effects, their raw materials, usage methods and application areas are different.
In the field of adhesives, there are some products with good high temperature resistance, which are suitable for use in high temperature environments. So, how is the temperature resistance of organic silicone, can it be used in high temperature environments for a long time? Take a closer look and use it in a suitable environment.
Two-component potting glue is a type of potting glue. After use, it has the functions of potting, sealing, bonding, fixing, waterproofing, insulation, etc. It is mainly used for large-area potting of electrical components. The construction method must be mastered during the construction process to effectively avoid mistakes.
In the field of adhesives, there are some products with good high temperature resistance, which are suitable for use in high temperature environments. So, how is the temperature resistance of organic silicone, can it be used in high temperature environments for a long time? Take a closer look and use it in a suitable environment.