In industrial manufacturing, adhesives are key connecting materials, and their performance directly affects the reliability and service life of products. For the bonding problem of heterogeneous materials (such as metal-glass, plastic-ceramic, etc.), GPTMS (3-glycidyloxypropyltrimethoxysilane) provides an excellent interface compatibility solution.

GPTMS has both epoxy and silane reactive structures and can be introduced into the adhesive system as a coupling agent. On the one hand, it crosslinks with the organic resin structure, and on the other hand, it forms a strong silicon-oxygen bond with the surface of the inorganic substrate, thereby improving the interfacial bonding force. Especially in epoxy adhesive, polyurethane adhesive and silicone adhesive systems, it performs particularly well.

Adhesives using GPTMS show more stable adhesion and durability in tests such as heat aging, boiling, and salt spray. This is a valuable improvement for scenarios such as electronic packaging, building components, and automotive parts that require high bonding strength.

According to IOTA, GPTMS is easy to use and can be directly added to the main agent or pre-diluted with a solvent to treat the surface of the substrate. It has high purity and low volatility, making it suitable for environmentally friendly formulation design. The current product is available in 25kg and 200kg packaging, and supports customized certification reports and sample services.