Parylene Coating Technology Redefines Protection Standards for Oil Seals and O-rings
Parylene coating technology uses Parylene as a base material to bring new performance breakthroughs to oil seals and O-rings. This high-performance organic polymer film adheres to the surface of objects during the vapor deposition process, forming a dense and uniform protective layer characterized by full coverage, high penetration, and chemical inertness.
1. Dry Lubrication: Superior Motion Efficiency Improvement Parylene is applied through vapor deposition, and the unique dry lubrication coating reduces the friction coefficient, achieving excellent dry lubrication effects for oil seals and O-rings. It feels comfortable to the touch, has a smooth surface, and avoids adhesion, non-sticking to fibers and dirt. It is especially suitable for automatic assembly of silicone rubber objects and silicone rubber jewelry.
2. Excellent Isolation Performance: Ensuring Long-term Stable Operation The active monomer molecules of Parylene coating technology are close to nanometer in size, which can fill tiny holes, prevent the release of free colloidal molecules, and prevent reactions with external chemical substances. This makes Parylene coating technology perform excellently in applications such as sealing rings, seals, and silicone plugs for medicine bottles, ensuring excellent isolation performance of components and adapting to the needs of different industrial environments.
3. Resistance to Friction and Wear: Protection of Electronic Product Buttons Parylene coating not only has resistance to friction and wear but also has anti-corrosion and acid-alkali resistance. In industrial environments with chemical gases, especially components such as electronic product buttons, it can effectively protect against wear and chemical attack. This provides longer-lasting protection for components and ensures their stable operation in harsh environments.
4. Dense and Smooth Coating: Maintaining Component Surface Integrity After silicone rubber is coated with Parylene, it will not leave marks or damage the surface when it comes into contact or fits with glass or mirror electroplating layers. This makes Parylene coating technology perform excellently in industrial equipment components such as silicone rubber suction nozzles, suction cups, and wafer manufacturing processes that require maintaining a smooth component surface.
Parylene coating technology not only improves the performance of oil seals and O-rings but also opens up new protection solutions for industrial applications. Seth Precision relies on the application of this technology to solve customer problems and has won a good reputation in the market. Through our professional technical team and efficient production processes, we provide customers with comprehensive protection and superior performance. Enterprises with needs are welcome to inquire with Seth to jointly create a new situation for future industrial applications.
