Low Friction Ceramic Bearings

Ceramic bearings have gotten a bad start in the drag racing world.

Low friction ceramic bearings.

6900 metric series ceramic ball bearings. Bearings run cooler and vibration levels are lower at high rpm. We have pioneered the use of ceramic ball bearings in the competition eliminator class and have had zero problems. Cooler running ceramic bearings have no micro weld adhesion between the balls races which means lower friction.

1600 metric series ceramic ball bearings. Low friction racing ceramic and steel bearings this is our master bearing list it is based on the bearing number marked on your bearing. Or in other words. Ceramic bearings simply put.

6200 series ceramic ball bearings. For this reason manufacturers are constantly looking for improvements. Ceramic also has a lower amount of thermal expansion which also reduces temperatures. They ceramic bearings do run with less friction which offers a significant advantage in industrial applications running at 20 000 rpm.

A lighter running bearing is a better bearing. Because ceramic is a glass like surface it has an extremely low coefficient of friction and is ideal for applications seeking to reduce friction. Ceramic bearings are a good option for low torque applications. Low drag racing ceramic bearings prices from 30 00 1000 call to order.

Our low friction deep groove ball bearings can help to reduce friction by up to 30. If your bearing says 6203 then click the 6000 series button below to display all of that bearing series available. Checkout ceramic bearings for motorcycles snowmobiles and go karts. Low friction sealed bearings frictional losses are a major contributor to reduced fuel efficiency.

6000 series ceramic ball bearings. The problem never was the bearing. As a result ceramic ball bearings are well known for providing low levels of resistance and low frictional torque. The material has a low coefficient of friction so these bearings can be used without lubrication.

Ceramic balls require less lubrication and have a greater hardness than steel balls which will contribute to increased bearing life.