Performance comparison
In the field of mineral processing, zirconia ceramic grinding balls are used to grind minerals, ores and other materials. Zirconia ceramic grinding balls are known for their high efficiency and low wear rate. In a study conducted by C.Y. Wang et al. found that zirconia ceramic grinding balls had better grinding efficiency and lower wear rate than steel balls in the grinding of copper ore and gold ore.
In the medical field, zirconia ceramic grinding balls are used to grind drugs, pharmaceuticals and other materials. Unlike steel balls, zirconia ceramic grinding balls are inert and do not react with chemicals. This property makes them suitable for use in the pharmaceutical industry. A study conducted by L. Xia et al. found that zirconia ceramic grinding balls had a smaller particle size distribution and higher surface area than steel balls when grinding calcium carbonate, a material commonly used in the pharmaceutical industry.
In the field of coatings, zirconia ceramic grinding balls are used to grind pigments and other materials. Zirconia ceramic grinding balls are known for their high density, which makes them suitable for use in high viscosity applications. A study conducted by R. Cherng et al. found that zirconia ceramic grinding balls have better dispersion efficiency and lower viscosity than steel balls in pigment grinding.
In the electronic field, zirconia ceramic grinding balls are used to grind ceramics, glass and other materials. Zirconia ceramic grinding balls are known for their high wear resistance, which makes them suitable for abrasive grinding applications. Research by A. Erdeniz et al. found that in the grinding of glass beads, zirconia ceramic grinding balls have better wear resistance and higher grinding efficiency than steel balls.
