第一，由于陶瓷几乎不怕腐蚀，所以，陶瓷滚动轴承适宜于在布满腐蚀性介质的

First, since the ceramic almost afraid of corrosion, so that the ceramic rolling bearing suitable for operation under harsh conditions covered corrosive medium. <br>Second, since the ceramic ball rolling lower density than steel, much lighter weight and more, and therefore the centrifugal effect of the rotation of the outer ring can be reduced by 40%, and thus greatly extend the service life. <br>Third, the ceramic thermal expansion and contraction of the affected less than steel, and therefore the clearance of the bearing is constant, the bearing can be allowed to operate in more severe temperature changes in the environment. <br>Fourth, due to the high modulus of elasticity than steel, ceramic, not easily deformed under stress, thus help to improve the speed, and achieve high accuracy.

First, because ceramics are almost unafraid of corrosion, ceramic rolling bearings are suitable for working under harsh conditions covered with corrosive media.<br>Second, because the density of ceramic rolling balls is lower than steel, the weight is much lighter, so the centrifugal effect of the external ring can be reduced by 40%, and thus the service life is greatly extended.<br>Third, ceramics are less affected by thermal expansion and cold contraction than steel, so the gap between the bearings is timed, allowing bearings to work in a more drastic temperature change environment. Fourth, because the elastic mode of ceramic is higher than steel, it is not easy to deform when subjected to force, so it is beneficial to improve the working speed and achieve higher accuracy.

First, because ceramics are almost not afraid of corrosion, so ceramic rolling bearing is suitable for operation in the harsh conditions full of corrosive media.<br>Second, because the density of ceramic rolling ball is lower than that of steel and its weight is much lighter, the centrifugal effect on the outer ring can be reduced by 40% during rotation, and the service life can be greatly prolonged.<br>Third, ceramic is less affected by thermal expansion and cold shrinkage than steel, so when the bearing clearance is fixed, the bearing can be allowed to work in the environment with more drastic temperature difference changes.<br>Fourth, because the elastic modulus of ceramic is higher than that of steel, it is not easy to deform when it is stressed, so it is beneficial to improve the working speed and achieve high precision.<br>