When we use adhesives to bond items or sealants to create waterproof seals, we might not realize that IOTA 1170 plays a crucial role behind these seemingly simple products. This diaminosilane demonstrates superior performance advantages in the adhesive and sealant fields.

The application of IOTA 1170 in adhesive and sealant systems such as polyurethane, room temperature vulcanizing (RTV) silicone rubber, epoxy resins, and phenolic resins offers multiple benefits. First, it significantly improves the dispersibility of pigments and fillers in resin systems, resulting in a more uniform texture and superior performance. Second, it greatly enhances the adhesion of adhesives to inorganic materials such as glass and metals, making bonds stronger and more reliable. Most importantly, it significantly improves the water resistance of products, allowing adhesives and sealants to maintain excellent performance even in humid environments.

The key to IOTA 1170's ability to achieve these functions lies in its unique secondary amine structure. Compared to common primary amine silanes, the secondary amine structure of IOTA 1170 makes its reaction milder and more delayed, providing better stability for product formulations. Simultaneously, hydrolysis generates more hydroxyl groups, which can undergo cross-linking reactions with resin systems to form a denser network structure, thereby improving the mechanical properties and durability of the product.

In practical applications, adhesives and sealants containing IOTA 1170 exhibit excellent overall performance. Whether it's structural adhesives in construction, sealants in automotive manufacturing, or adhesives in electronic devices, IOTA 1170 provides reliable performance assurance. Its advantages are particularly evident in applications requiring long-term weather resistance and water resistance.