SiC Ceramic Ball Bearings

With the maturation of manufacturing processes and the optimization of production costs, ceramic ball bearings effectively overcome the inherent drawbacks of conventional metal bearings, such as easy wear, easy rusting, and heavy reliance on lubrication. They have moved beyond being an alternative option and become standard configurations for high-end precision equipment, providing strong support for the performance upgrade of sophisticated machinery.

Advantages of Semicorex SiC ceramic ball bearings

1.Premium raw material selection

Different from the conventional metal bearings, Semicorex SiC ceramic ball bearings are entirely manufactured from high-quality silicon carbide ceramics, offering remarkable performance advantages as follows.

A.Higher hardness

This performance can greatly boost the durability of Semicorex SiC ceramic ball bearings and minimizes their wear.

B.Lower coefficient of friction

This performance enables Semicorex SiC ceramic ball bearings to effectively reduce equipment energy consumption and improve operational efficiency.

C.Greater high-temperature resistance and corrosion resistance

These enable Semicorex SiC ceramic ball bearings to be able to maintain consistent performance even under high-temperature and strong-corrosion working conditions.

D.Lighter weight performance

It enables Semicorex SiC ceramic ball bearings to significantly cut rotating mass and centrifugal force, making them well-suited for high-speed operations.

2.Precision machining and processing

The inner diameter, outer diameter and overall height of Semicorex SiC ceramic ball bearings are manufactured under strict precision control to keep their tolerances within customer-specified ranges. Both ceramic balls and raceways undergo fine grinding and polishing, making Semicorex SiC ceramic ball bearings exhibit a glass-like surface. Additionally, Semicorex SiC ceramic ball bearings use CO standard clearance and size-specific clearance adjustments and are able to operate smoothly without jamming.