With the rapid development of functional polymer materials, further improving the mechanical properties and electrical stability of mineral-filled polymers has always been a key focus of the industry. Recently, the industry has turned its attention to a stable silane coupling agent—vinyltris(2-methoxyethoxy)silane (IOTA-5072).

IOTA-5072, with its unique vinyl structure and excellent wetting and dispersing abilities, exhibits significant effects in mineral-filled systems. When introduced onto the filler surface, it reacts simultaneously with inorganic materials and the polymer matrix, effectively improving interfacial bonding and enhancing the tensile strength, impact strength, and insulation properties of the composite material.

More importantly, IOTA-5072 performs exceptionally well in humid environments. When mineral-filled materials are exposed to moisture or humid environments, traditional systems are prone to increased water absorption and decreased electrical properties. However, after treatment with IOTA-5072, the composite material maintains more stable mechanical strength and dielectric properties.

With these advantages, IOTA-5072 has gradually become an important additive in high-end application fields such as engineering plastics, cable materials, and rubber products, providing new solutions for achieving lightweight and high-performance materials.