In the manufacturing process of plastic products, how to improve the bonding strength between plastic and filler has always been a technical problem. Traditional bonding methods often rely on physical adhesion and are easily affected by environmental factors, resulting in a decrease in bonding strength. However, with the application of IOTA-602, this problem has been effectively solved.

As a silane coupling agent, IOTA-602 can form a chemical bond between plastic and filler, thereby significantly improving the bonding strength between the two. The amino and siloxy groups in its molecular structure can react chemically with the surface of the filler and form a strong chemical bond with the active groups in the plastic. This dual effect makes IOTA-602 an efficient plastic bonding promoter.

In practical applications, IOTA-602 is widely used to manufacture high-performance plastic composites, such as automotive parts, electronic components, and building materials. For example, in the manufacturing process of automotive parts, plastic composites treated with IOTA-602 not only have significantly improved mechanical strength, but also maintain excellent performance under high temperature and high pressure environments. In addition, IOTA-602 is also widely used in the manufacture of electronic components, significantly improving the electrical properties and moisture resistance of the material.

In conclusion, as an efficient plastic bonding promoter, IOTA-602 provides a new solution for the manufacture of plastic composites, significantly improves their mechanical properties and durability, and provides a more reliable material choice for modern industry.


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