Potting glue is mainly used in the bonding and sealing of electrical components, and can even be used in the overall potting and coating of electrical substrates, the field of use is very wide, as long as the reasonable performance of the use, can show good waterproof, moisture-proof, sealing and other performance, has become one of the indispensable materials for the electrical and electronic manufacturing industry.
As you know, for the vast majority of the period is not difficult to use thermal conductive adhesive, but the use of the appropriate method to give the best results, the next small introduction to the best way to use thermal conductive adhesive introduction.
Nowadays, thermally conductive silicone grease is commonly used in the manufacturing industry, which is not expensive and has a limited amount of use each time. After using thermal grease, the heat dissipation performance of electrical appliances will be more secure, and there will be no burnout due to poor heat dissipation after a long period of operation.
The manufacturing industry requires the use of a variety of adhesives, such as sealants. Sealant curing can play a good sealing performance, but also has a good waterproof, moisture-proof, bonding, fixed, and other properties. Some special industries have higher requirements for sealants, especially in terms of high-temperature resistance, when it is necessary to use high-temperature sealants.
Electronic products in the manufacturing process are almost inseparable from the potting adhesive, potting adhesive after curing not only has the performance of bonding, waterproof, insulation, moisture-proof, acid and alkali resistance, and some potting adhesives can achieve high-temperature resistance after curing.
As an adhesive with good flexibility after curing, flexible sealant has full elasticity and bonding. When used, the flexibility changes before and after curing. After successful pouring, it can be bonded to most materials. After the bonding is completed, a protective layer is formed to securely protect the bonded object from external factors as much as possible
