The thermal conductive potting adhesive is a kind of potting adhesive, the obvious feature is that it can be used in the power supply with high requirements for heat dissipation and can play a protective role. The thermally conductive potting adhesive is a shrinkable potting adhesive, which does not exothermic, solvent, and by-products in the curing process, so it can be used in various electrical and electronic fields.
Silicone potting adhesive has many advantages and has long been widely used in a variety of fields, such as the production of household appliances, soft pack batteries, outdoor power supply, lithium batteries, sensors, LED lights, displays, and so on. In the process of use often encounter some problems, and most of these problems stem from the shortcomings of silicone potting adhesive know, weigh the pros and cons before buying and using to show good performance.
There are many types of sealants, and insulation sealants are a specific one-component adhesive with high performance, which is better than organic silicone and has a wide range of uses. What are the characteristics of insulating sealants? Is it complicated to use? Here is a detailed description.
On the thermal conductivity, the same thermal conductivity of solid thermal materials, thermally conductive silicone film is certainly not as good as the liquid thermal conductive materials, but some customers feel that the liquid thermal conductive materials are not good after use, for this situation, the preliminary estimate is that the application of several problems.
Many electronic products are affected by the high temperature generated by the work, which directly leads to a rapid shortening of the product's service life, or even directly stop working after the high temperature, but the existing heat dissipation system can not meet the needs of the work at all until the emergence of thermal conductive silicone grease, which effectively solves the heat dissipation problem, and reflects the importance of thermal conductive silicone grease. So the thermal conductivity of thermal grease is very important, so what factors will affect the thermal conductivity of thermal grease?
