Что такое бусины из циркония и для чего они нужны?
![zirconia beads](https://kingdacera.com/wp-content/uploads/2023/06/HTB17G_JvOCYBuNkHFCcq6AHtVXaK-768x701.jpg)
A ball mill jar is also known as a grinding jar or milling jar which is a cylindrical container used in ball mills for holding and containing grinding media, materials, and chemicals during grinding or milling processes.
KINDA CERAMIC can supply zirconia balls with different contents,including yttria stabilized zirconia oxdie beads, cerium zirconia beads,85 Alumina Toughen Zirconia Beads,zirconium silicate beads.Zirconia beads are specifically designed to efficiently reduce the particle size of solid materials, ensuring effective and consistent grinding results. They play a crucial role in achieving fine and uniform particle size distribution in a wide range of materials, including minerals, pigments, ceramics, coatings, pharmaceuticals, and chemicals.The main functions of zirconia beads include:
Grinding: Zirconia beads are used as grinding media in ball mills, sand mills, and other grinding machines. During the grinding process, the beads collide with the material to be ground, applying mechanical force that breaks down the particles into smaller sizes.
Milling: Zirconia beads are utilized in milling processes to reduce the particle size of materials. The high hardness and wear resistance of these beads ensure efficient milling and long service life.
Dispersion: Zirconia beads are excellent dispersants. They effectively separate and disperse particles in a liquid medium, preventing agglomeration and achieving a stable and homogeneous dispersion of materials.
Homogenization: Zirconia beads aid in the homogenization of materials, ensuring uniform mixing and distribution of components in a mixture.
Fine Polishing: Zirconia beads are used in fine polishing applications, especially for ceramics and metals, where a high level of surface finish and precision is required.
Selective Size Reduction: Zirconia beads can be manufactured in different sizes to achieve selective size reduction of particles, enabling tailored grinding or milling results.