The core of the vulcanization process is to transform the linear molecular chains of liquid silicone into a three-dimensional network structure through chemical cross-linking.
The key to silicone sealing gaskets' effective UV resistance and significantly extended service life lies in their unique material nature—a structurally stable polymer system that is insensitive to high-energy UV light.
In industry, medicine, scientific research, and high-end manufacturing, seals often need to operate for long periods in complex chemical environments, facing constant attack from corrosive media such as acids, bases, and organic solvents.
Silicone sealing gaskets are widely used in electronics, automotive, medical devices, and industrial equipment due to their excellent temperature resistance, chemical stability, and sealing properties.
Silicone buttons are widely used in modern electronic devices, especially in portable tools like flashlights that rely on intuitive operation. The quality of their press feel directly impacts the user experience and confidence.
In modern automated production lines, robotic arms equipped with silicone suction have become a core technology for handling, sorting, and assembly.
