In rubber-metal composite products, how to ensure a strong bond between the two 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-550, this problem has been effectively solved.

As a silane coupling agent, IOTA-550 can form a chemical bond between rubber and metal, thereby significantly improving the bonding strength between the two. The amino groups in its molecular structure can react with the active groups in the rubber, while the siloxy groups can form a strong chemical bond with the metal surface. This dual effect makes IOTA-550 an efficient tackifier.

In practical applications, IOTA-550 is widely used to manufacture rubber-metal composite products such as automobile tires, seals and shock absorbers. By adding IOTA-550, the durability and anti-aging properties of these products have been significantly improved. For example, in automobile tires, the bonding strength between the rubber and the metal skeleton treated with IOTA-550 is significantly improved, ensuring the safety of the tires at high speeds and under complex road conditions.

In addition, IOTA-550 is also widely used in other fields that require rubber-to-metal bonding, such as aerospace, shipbuilding, etc. By using IOTA-550, these industries can manufacture more durable and reliable composite products, significantly improving the service life and safety of the products.

In short, as an efficient tackifier, IOTA-550 provides a new solution for the bonding of rubber and metal, significantly improving the durability and anti-aging properties of composite materials.


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