Silane began to be widely used in industrial products, initially from the production of modified plastic masterbatches. During the production of modified plastics, various inorganic fillers will be added to modify the resin, and the use of silane can enhance the positive effect brought by fillers, and minimizing its negative impact at the same time.

With the development of the modified plastic industry, especially the development of filler modification technology, many modified plastics do not need to add silane in the production process to obtain better product performance.

At present, the most typical application of FEIDIAN silane in the modified plastic industry is the production of modified plastics with glass fibers as fillers, such as the production of modified plastics such as AS fiber, nylon fiber, and PP fiber, which can effectively improve the mechanical properties of materials.

The introduction of silane into the molecular chain of polymers through grafting or copolymerization has become an important way in polymer modification. The introduction of silane into carbon-based resin can significantly improve water resistance, hydrophobicity, toughness and other aspects.

The typical application of emulsion paint is modified with acrylic emulsion, which can significantly improve the water resistance of the paint film; the modification of furan and phenolic resin for foundry can improve the tensile strength of cast sand core; the synthesis of amino silicone oil can improve the fabric softness after treatment with amino silicone oil.

The applications of silane in rubber products have a very long history, especially with the vigorous development of the automobile industry, the demand of vehicle tires has been strong worldwide.

FEIDIAN sulfur-containing silanes can play an important role in the production of radial tires, rubber soles and other rubber products, and it can significantly improve the compatibility between inorganic fillers such as steel wire, white carbon black, etc. and rubber, thereby improving the overall wear resistance of the product and mechanical properties.

For the adhesive products used on the surface of glass, ceramic and metal, silane can significantly improve the bonding performance of this kind of adhesive, among which the most typical application is in the silicone system of adhesives, such as all kinds of silicone adhesive, silane sealants terminated polyether glue (MS Glue), silane terminated glue and so on.

FEIDIAN silanes play an irreplaceable role in the formulation design of silicone adhesives. The most commonly used silanes are amino and epoxy silanes, and the simultaneous use of amino and epoxy silanes can play a synergistic effect and significantly improve the bonding performance of adhesives.

For the production of glass fiber, the use of glass fiber sizing fluid is indispensable, and silane plays an irreplaceable role as one of the most important raw materials of sizing fluid. FEIDIAN high-content silane products can show good hydrolytic stability in the immersion solution, and can endow the glass fiber surface with an excellent and stable modification effect.

For the metal surface, the environmental protection of silanization treatment is better than that of traditional phosphating treatment. With the increasingly mature treatment process and formulation, it has gradually formed a trend to replace phosphating treatment in some fields, and FEIDIAN silane is used in the configuration of metal surface treatment liquid and has good hydrolytic activity and storage stability.

Silane has a good effect on the coating of glass or metal surfaces. It can significantly improve the adhesion between the coating and the substrate, thus improving the overall chemical and weather resistance of the coating. Typical applications are bridge, primer for heavy-duty coating on ships, surface decoration coating of glass container and so on.

Among them, FEIDIAN has the most widely used silanes. Epoxy silanes have good compatibility with coatings of different resin systems. For example, epoxy, acrylic and polyurethane resins can be used with epoxy silanes. With the increasing attention to VOCs, the global paint "oil to water" has been forming a trend, and the epoxy silanes in water-based system can also provide relatively good storage stability.

The application in composite materials is one of the most typical applications of silane. The use of silane as an additive in composite materials can significantly improve the mechanical properties of materials, including peel strength, elongation at break, hardness, etc.

In theory, silanes can play an active role in all composite materials produced with inorganic and organic materials. Among them, for example: the production of copper clad laminates for circuit boards, the production of artificial stone and other industries, FEIDIAN silane has very mature and stable performance.