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The operation of an ink sand mill relies on its feed pump to transfer materials into the cylinder. Prior to entering the cylinder, the materials—primarily a mixture of solid and liquid components—must undergo pre-dispersion and wetting treatment in the mixer.

Once the materials enter the cylinder, they are agitated by the disperser together with the grinding media inside, resulting in high-speed rotational movement. This induces intense collisions, friction, and shearing effects between the solid particles in the materials and the grinding media. Consequently, the materials are ground more efficiently, achieving fine particle size and dispersion of aggregates.

Zirconia beads for grinding are high-strength, inert, hard, perfectly spherical fine particles. Applied in the grinding of coatings, pigments and inks, they can reduce costs, increase solid content, enhance product performance and improve process operating conditions. They also lower viscosity and boost fluidity. 

Common dental crowns are ceramic crowns made from zirconia powder, the same raw material as zirconia beads. The sintering of dental crowns is generally carried out in a sintering furnace—a sealed piece of equipment classified as a small-scale laboratory furnace. The operating temperature of a dental crown sintering furnace reaches 1600°C. As a ceramic product, zirconia beads are high-temperature resistant and can maintain stability at 1600°C without cracking or shattering, thereby providing reliable protection for the teeth.

Zirconium oxide beads are a common industrial material, widely used in fields such as ceramics, glass, and coatings. They possess characteristics such as high hardness, high wear resistance, high chemical stability, and low thermal expansion coefficient, which makes them exhibit excellent performance in many industrial applications. The following will introduce the uses and functions of zirconium oxide beads in various fields.

The planetary high-energy ball mill is designed for preparing ultrafine powders. Its working principle is that during operation, the grinding jars drive the grinding balls to generate a resultant force through revolution and rotation, which impacts and pulverizes the materials. Factors affecting the ball milling effect include milling time, milling speed, and solid content of the materials being milled. Among these, the ball-to-powder mass ratio and the mass ratio of grinding balls with different sizes are critical control parameters.

Zirconium oxide beads can be used in ball mills, sand mills, star-shaped ball mills, tissue grinding machines, and centrifugal polishing machines, and are used for grinding, dispersion, and mirror polishing functions.