Hybrid ceramic bearings deliver proven performance in electric motors. With SKF CeraDrive, SKF introduces an optimised bearing design that brings hybrid ceramic performance within reach for a much wider range of motor applications.
With SKF CeraDrive, you can now:
All without changing your motor design.
Contact SKF to discuss how SKF CeraDrive can help you improve reliability, uptime, and maintenance performance in your electric motors.
Electric motors operate under conditions that challenge conventional bearing designs. This includes electrical currents, lubrication issues and varying speeds. Hybrid ceramic bearings address these challenges directly, even in demanding VFD-driven motors. In real applications, hybrid bearings are rarely replaced with steel alternatives once implemented.
Electrically insulating rolling elements
Better performance in poor lubrication conditions
Lower friction and heat
See how ceramic rolling elements interrupt electrical currents and improve bearing performance in electric motors.
SKF CeraDrive makes hybrid ceramic performance viable for a wider range of motor applications through a smart hybrid bearing design.
By using smaller, lighter ceramic rolling elements, the bearing maintains the benefits of hybrid technology while reducing the use of ceramics.
SKF CeraDrive extends grease life, reduces friction,
and supports more reliable motor operation compared
to all-steel bearings in electric motors.
By making the hybrid ceramic technology available for more motors, SKF CeraDrive lets you:
Download the SKF CeraDrive brochure to learn how this new hybrid ceramic bearing design is optimized for electric motor applications, and how it can improve reliability, efficiency, and maintenance performance.
Get our guide to hybrid ceramic bearings and discover why they outperform traditional steel bearings in electric motors, how they protect against electrical erosion, and where they deliver the greatest value.
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