Changfu Chemical's specialty silanes are a type of silane compound with unique structures and properties that are widely employed in a variety of sectors. Changfu Chemical's specialty silanes outperform conventional silanes in terms of functionality, stability, adhesion strength, and production efficiency. These characteristics give Changfu Chemical's specialty silanes a broader application scope and better development potential in a variety of industries.

Higher functionality: Specialty silanes have a distinct chemical structure and functional groups, making them more reactive and beneficial. This enables special silanes to better satisfy the requirements of specific applications while also achieving higher performance.

Better stability: Specialty silanes are often more thermally and chemically stable, and they can withstand a wider range of temperatures and chemical conditions. This makes specialty silanes more suitable for usage in high-temperature, high-humidity, or corrosive conditions.

Stronger adhesion and adhesion: Because of their unique chemical structure and functional groups, specialty silanes can generate stronger chemical bonds and physical adsorption with other materials, which improves adhesion and adhesion. This improves the durability and dependability of products like coatings, adhesives, and sealants.

Specialty siloxanes are silicone compounds having unique structures and characteristics. Specialty siloxanes outperform conventional siloxanes in terms of reactivity, chemical stability, thermal stability, electrical insulation, and weather resistant properties. They are commonly employed in high-performance coatings, sealants, adhesives, and plastics to increase product durability and functionality. Changfu Chemical's reactive silicones can contribute to the production of polymer chains in chemical processes. Ability to accurately control polymer structure and characteristics. They are widely employed in polymer synthesis, functional materials, biomedical materials, and other sectors, contributing significantly to scientific research and technical innovation.