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After a series of production processes, zirconia beads undergo high-temperature sintering, followed by polishing, sieving, and final packaging for storage. During the packaging process, the beads may come into contact with dust, so it is necessary to determine whether cleaning is required based on the application environment.

For bacteria, use zirconia beads with a diameter of 0.1mm; for yeasts or fungi, select 0.5mm-diameter zirconia beads; for most tissues, 1.0mm-diameter zirconia beads are suitable; for skin or "soft" plant materials, 2.0mm zirconia beads are recommended. In practical applications, beads with a diameter close to the sample particle size and higher density are preferred. For example, 0.1mm zirconia beads are often used for breaking spores; 2.5mm zirconia beads can be selected for disrupting plant fiber tissues. For the homogenization of animal and plant tissues, angular particles are more time-efficient than smooth beads. 

Zirconia Beads (Also Known as TZP Zirconia Beads) Zirconia beads, also referred to as TZP zirconia beads, are non-contaminating to materials and suitable for nano-scale grinding. They are applicable to various industries and have a wide range of uses. Based on the zirconia content, zirconia beads can be classified into the following categories：

Part of alumina balls are suitable for ultra-fine grinding. Whether they can meet the requirements mainly depends on their purity, particle size, specific grinding materials and target fineness.

1.Used as Ceramic Material 

Spherical micro-powder exhibits excellent press-forming and sintering properties, which are highly beneficial for producing high-quality ceramic products. 

There are three main manufacturing methods for zirconia beads:  

Compression Molding, Rolling Granulation, and Droplet Formation