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hybridceramicbearings
When most people think of ceramic bearings, they are usually actually referring to hybrid versions. Hybrid bearings sit between full ceramic and steel options. While they use ceramic balls, these bearings are paired with metal inner and outer rings
Ceramic hybrid bearings are widely used in electric motors, aerospace applications, performance racing vehicles, laboratory equipment, under water applications and more. Any application that requires higher speeds, lower friction and longer life are ideal for ceramic hybrid bearings.
No, full ceramic bearings can be run completely dry. They do not need lubrication to run. Ceramic is non-porous, unlike steel, as a result it is virtually frictionless.
Swiss - Swiss bearings accelerate faster, roll smoother and last longer than traditional steel bearings. Ceramic - Ceramic bearings are lighter than steel bearings and roll smoother with less friction. Ceramic bearings also resist dirt and moisture better than steel, but aren't completely waterproof.
Bones Swiss Ceramics are a must have if your serious about skating and ease of roll. I can roll like a whole lap off of one good stride. Once you go ceramic you will never go back to steel balls. Definitely worth the investment if you can afford them.
A hybrid bearing creates less friction and generates less power loss, therefore the speed limit is increased. Low rolling friction: Ceramic balls are lighter than steel, therefore rolling friction is reduced because the centrifugal force is less. The contact ellipse is less because of the higher Young's modulus.
Ceramic bearings are not only suitable for use in the rain, they are also simply the fastest bearings available, even on dry road surfaces. Ceramic bearings are used always in inline skate races. They are also maintenance friendly
They are able to run without lubrication, have low thermal expansion, are normally low density and have non-magnetic qualities. However, they are expensive, have low load capacities, are sensitive to thermal shock and are difficult to achieve a high quality of surface finish on.