Follow 
High-performance zirconia beads are professional ceramic grinding media designed exclusively for high-standard industrial fine grinding and ultra-fine material refinement. Manufactured with premium yttrium-stabilized zirconia raw materials and advanced isostatic pressing sintering technology, these grinding beads feature high density, superior hardness and excellent structural toughness. With ultra-smooth surface and stable chemical inertness, they deliver uniform grinding shear and impact force, effectively disperse particle agglomeration, and achieve precise ultra-fine grinding effects. They avoid bead cracking, shedding and impurity pollution during long-term continuous operation, ensuring consistent and reliable processing quality for various high-precision fine grinding projects.
| Item | Specification |
|---|---|
| Material | 95% Yttrium-stabilized Zirconia |
| Bulk Density | 6.0–6.15 g/cm³ |
| Vickers Hardness | 1250–1350 HV |
| Sphericity | ≥98% |
| Size Range | 0.2mm–10mm |
| Operational Feature | Ultra-low wear for fine grinding |
This series of zirconia beads has prominent advantages in high-performance fine grinding scenarios. Compared with ordinary alumina grinding media, its high-density structure provides stronger grinding kinetic energy, which greatly improves grinding efficiency and shortens production cycles. High mechanical toughness effectively resists cracking and abrasion under high-speed operation. Standard spherical structure ensures uniform stress on materials, forming narrow and stable particle size distribution, which greatly improves the fineness and consistency of finished fine powder products.
Developed for high-performance fine grinding tasks, the beads are widely used in high-end precision processing industries. They are ideal for ultra-fine grinding and dispersion of new energy battery materials, nano coatings, printing inks, high-purity pigments and electronic ceramic powders. They are also applicable to fine refinement of chemical raw materials and mineral powders, perfectly matching sand mills and planetary ball mills for both laboratory testing and large-scale industrial production.
