Use Of Ceramic Bearings

Ceramic bearings can be found in a number of space applications from space flight to satellites to unmanned exploration vehicles.

Use of ceramic bearings.

As more and more of the cycling masses look to advanced technology formerly seen in use only by the pros the question arises of where the hard earned money of the average cyclist should be spent. Unsealed ceramic bearings can be used to upgrade components that don t use cartridge type bearings like cup and cone hubs. Request for all options and dimensions benefits of ceramic bearings. Mrc hybrid ceramic ball bearings use a combination of traditional 52100 steel rings precision matched with silicon nitride ceramic balls.

Full ceramic bearings have races and balls that are made entirely of ceramic material and are superior to common steel bearings in many ways. A number of benefits can be found in the use ceramic bearings. What technologies will get them the largest gains for their money. Space poses a combination of many high stress applications in one.

In our higher end cult bearings ceramic balls and races lighter lubrication is needed so they roll much quicker with. In addition to being excellent electric insulators hybrid bearings have a higher speed capability and will provide longer service life than all steel bearings in most applications. It s in the professional peloton a place obsessed with marginal gains that ceramic bearings have become popular in the past couple of years. Less friction equals more power and less heat build up resulting in significantly higher efficiency and an increased rpm rating of 25 when compared to a steel ball bearing.

Hybrid ceramic bearings also offer the benefit of not allowing electrical currents to run through the bearing which allows for prolonged use. Its much smaller in profile than most ive seen on the market except for the higher prices ones. They are more corrosion resistant harder and last longer in everyday use. Ceramic bearings to use or not to use.

Manufacturers prize ceramic bearings because of their speed advantage over their steel counterparts. Hybrid bearings consist of ceramic rolling elements in steel races whilst all ceramic bearings have both races and rolling elements made from ceramic. Ceramic hybrid ball bearings perform with 40 less friction than a comparable steel ball bearing. Gone are the days when ceramic bearings were a technology limited to the pro peloton.