Zirconia ceramic materials are usually made from billet cutting, grinding, grinding and polishing. This process requires mechanical processing. The mechanical properties of zirconia ceramics include cutting, grinding, grinding and polishing.

1. Cutting, grinding, grinding and polishing zirconia ceramics

There are three methods for cutting zirconia ceramics: fixed abrasive cutting, free abrasive cutting and single blade cutting. High performance industrial ceramics application development is based on the three-phase composite ceramic material ZTA as raw materials, the development and production of ceramic drawing mold and ceramic tower wheel and its industrial application products.

2. Plastic deformation of zirconia ceramics

Zirconia ceramics have no plastic deformation at room temperature, and its compressive strength is high, while the tensile, bending and impact strength is small, which is easy to brittle fracture. According to the ratio of materials, the theoretical strength of zirconia ceramics is very high, but its actual strength is only about 1% of the theoretical strength.

3. Strengthening zirconia ceramics

At present, the relatively mature strengthening techniques include composite strengthening, porcelain crystallization, porcelain densification, prestress strengthening and so on. High performance structural industrial ceramics application development is based on the three-phase composite ceramic material ZTA as raw materials, the development of ceramic drawing die and ceramic tower wheel and their industrial application products.