With the trend of continuous improvement in the performance of industrial materials, the synergistic system of silane and silica is gaining increasing attention. By introducing organic silanes into surface treatment and composite materials, the interfacial bonding between fillers and resins can be significantly improved, thereby improving the durability, water resistance and mechanical strength of the products. This technology is currently widely used in tires, electronic packaging, glass fiber reinforced plastics, sealants, adhesives and building materials.

For example, in tire manufacturing, by introducing specific silane coupling agents on the surface of silica, the dispersion of fillers in rubber can be improved, rolling resistance can be further reduced and wet grip performance can be improved, meeting the dual requirements of energy saving and safety. In the field of building materials, silane can be used as a water repellent on the surface of concrete and stone. It has the characteristics of deep penetration, thin film formation, and no change in the appearance of the substrate, and is effective in waterproofing and moisture-proofing for a long time.

In addition, some amino, epoxy or thiol functionalized silanes are also used in the packaging process of electronic devices to improve the adhesion of epoxy resins to materials such as metals, glass, and ceramics, enhance interface stability, and effectively extend the service life of components.

In the future, as the demand for high-performance, sustainable materials continues to grow, the structural design of silanes will become more refined and combined with new technologies such as nanomaterials and green catalysis to promote the development of more environmentally friendly industrial products.