Brief: Curious about how the 6201 Full Zirconia Ceramic Bearing performs in extreme conditions? This video showcases its high-performance features, including corrosion resistance, electrical insulation, and low friction, ideal for industries like chemical processing and semiconductor manufacturing.
Related Product Features:
High-purity Zirconia Ceramic construction for exceptional corrosion resistance and electrical insulation.
PTFE cage provides superior self-lubrication and chemical resistance, ideal for dry-running conditions.
45% lighter than steel with high hardness and wear resistance for long-lasting performance.
Non-magnetic and biocompatible, suitable for precision instruments and medical devices.
Operates in extreme temperatures from -200°C to +250°C without lubrication.
Deep groove design reduces rotational friction and supports high-speed operations.
Ideal for chemical, food, pharmaceutical, and semiconductor industries due to inert properties.
Manufactured to international standard 6201 dimensions for compatibility and precision.
Faqs:
What makes the 6201 Full Zirconia Ceramic Bearing suitable for chemical environments?
Its high-purity Zirconia Ceramic material resists strong acids, alkalis, and organic solvents, making it ideal for corrosive environments.
Can this bearing operate without lubrication?
Yes, the PTFE cage provides self-lubrication, enabling maintenance-free operation in dry or boundary lubrication states.
Why choose this bearing for semiconductor manufacturing?
Its non-magnetic and inert properties prevent metallic contamination, ensuring clean and precise operations in sensitive environments.
How does the bearing handle high-speed applications?
The low density of Zirconia reduces centrifugal force, while the PTFE cage minimizes friction, allowing reliable high-speed performance.