- Material: The ferrule and rolling body are made of zirconia ceramic material. The cage is made of PTFE material.
- Ball: G5 high-precision ceramic ball is used, with small beating and high smoothness.
- Cage: accurate calculation of thermal expansion and contraction, high and low temperature environment, no friction, no stuck.
- Chamfering: clear and round, fine workmanship in place
- Clearance: CO standard clearance is adopted, and smoothness is not exchanged by increasing the clearance
- Tolerance: Inner diameter, outer diameter, height tolerance consistency ±0.003mm
- Ceramic bearings have the characteristics of corrosion resistance, high temperature resistance, wear-resistant self-lubricating, non-toxic, non-magnetic insulation, smooth and so on.
- Products are widely used in photovoltaic, electroplating, semiconductor, liquid crystal panel and other production equipment; textile machinery, food machinery, medicine and cosmetics production equipment; pit furnace machinery, chemical machinery, medical equipment and many other fields. It can be designed according to different environments and working conditions of users, and provide more suitable bearings and parts.
Features:
- Ceramic bearings are corrosion resistant. Since ceramics are almost not afraid of corrosion, ceramic rolling bearings are suitable for operation in harsh conditions full of corrosive media.
- Low density and durable. Because the density of the ceramic rolling ball is lower than that of steel and the weight is much lighter, the centrifugal effect of the outer ring during rotation can be reduced by 40%, thereby greatly extending the service life.
- Strong ability to adapt to the environment. Ceramics are less affected by thermal expansion and contraction than steel, so when the bearing clearance is constant, the bearing can be allowed to work in an environment where the temperature difference changes more drastically.
- High precision and not easy to deform. Because the elastic modulus of ceramics is higher than that of steel, it is not easy to deform when subjected to force, so it is beneficial to improve the working speed and achieve higher precision.