In the field of industrial precision drives, pressureless sintered silicon carbide half-round bushings excel, with their core strengths stemming from unique material properties.

High Hardness

Silicon carbide ceramics follow the diamond, super wear resistance under high load friction, can maintain the precision gap, to protect the transmission accuracy, compared with easy to wear and deformation of the metal bushing, greatly reducing maintenance costs.

Low Friction Coefficient

It is conducive to energy saving, equipment operation significantly reduces frictional resistance, power transmission is more efficient, energy loss, heat generation synchronous reduction, for precision instruments, electronic equipment, etc. to create a stable thermal environment, energy saving and environmental protection.

Excellent chemical stability

Facing the strong acid and alkali of chemical industry and the strict standard of food and pharmaceutical industry, it can cope with the situation stably, and the structure integrity is not corroded, avoiding the leakage and pollution, and guarding the production safety.

Outstanding high temperature resistance

In metallurgy, aerospace and other high-temperature environments, the mechanical properties are still stable, helping to break through the high-temperature bottleneck, for the reliable operation of the equipment, opening a new chapter of high-performance transmission.

Learn more: Silicon Carbide