Glass Fiber
Application Areas
Electronic Fabric
In electronic fabric production, silane coupling agents improve glass fiber–resin bonding and dielectric properties, ensuring high reliability of copper-clad laminates and electronic circuit materials.
Wetting agent
Silane is a key additive in glass fiber sizing formulations, forming chemical bonds between fibers and resins to significantly enhance mechanical strength and environmental stability of composites.
Glass fiber products
Silane treatment enhances interfacial bonding and durability of glass fiber products (such as chopped strand mats and fabrics), widely used in construction and industrial composites.
Glass fiber drawing
In glass fiber drawing, silane coupling agents in sizing improve fiber surface activity, enhance resin bonding, and deliver strong, moisture-resistant composites.
Main Performance Improvements
Processing and wetting optimization
Silanes improve glass fiber wettability and resin impregnation, enhancing molding consistency and surface uniformity of composites.
Dielectric performance improvement
In electronic fabrics and related applications, silanes help reduce dielectric loss and improve electrical insulation and signal transmission stability.
Improved moisture and heat resistance
Silanes provide glass fiber composites with excellent moisture resistance and thermal stability, ensuring reliable performance in high-humidity and high-temperature conditions.
Mechanical performance optimization
Improves tensile strength, flexural strength, and impact toughness, ensuring greater reliability during long-term use.
Enhanced interfacial bonding
Silanes form stable chemical bridges on glass fiber surfaces, significantly enhancing fiber–resin adhesion and overall composite strength.
