High-Quality Zirconium Oxide Ball for Grinding Industrial Ball Milling and Processing Manufacturers, Suppliers
Zirconium oxide balls are high-strength precision grinding media specially designed for industrial ball milling and material processing. Adopting advanced yttria stabilization technology and high-temperature sintering molding, these grinding balls feature high density, excellent mechanical toughness and ultra-low wear performance. They can withstand long-term high-speed impact and friction in industrial milling equipment, effectively achieving particle crushing, fine grinding and uniform dispersion of various raw materials. With stable chemical inertness, they avoid material contamination and perfectly adapt to continuous and high-intensity industrial production processing requirements.
Zirconium oxide balls are high-strength precision grinding media specially designed for industrial ball milling and material processing. Adopting advanced yttria stabilization technology and high-temperature sintering molding, these grinding balls feature high density, excellent mechanical toughness and ultra-low wear performance. They can withstand long-term high-speed impact and friction in industrial milling equipment, effectively achieving particle crushing, fine grinding and uniform dispersion of various raw materials. With stable chemical inertness, they avoid material contamination and perfectly adapt to continuous and high-intensity industrial production processing requirements.
Technical Parameter Specifications
Item
Specification
Main Composition
Yttria-stabilized Zirconia ≥94.5%
Bulk Density
≥6.0 g/cm³
Vickers Hardness
1200–1350 HV
Sphericity
≥0.95
Wear Rate
≤0.15 ppm/h
Size Range
0.1mm–20mm
Core Product Advantages
Compared with traditional glass balls and alumina balls, our zirconium oxide balls show prominent advantages in industrial ball milling. Their ultra-low wear loss greatly reduces media replacement frequency and production cost. High toughness effectively prevents cracking and powder falling during long-term industrial milling, ensuring pure finished materials. Standard spherical shape provides uniform grinding force, improving milling efficiency and achieving consistent particle size for mass industrial processing.
Industrial Milling Application Fields
This series of zirconia balls is widely applicable to various industrial ball milling and processing scenarios. It is ideal for fine grinding and dispersion of coatings, printing inks, pigment powders, lithium battery materials, fine chemicals, ceramic raw materials and mineral powders. Compatible with planetary ball mills, horizontal and vertical sand mills, it meets the high-standard grinding demands of various industrial production lines.
Frequently Asked Questions
Q1: Are zirconium oxide balls suitable for long-term continuous industrial milling?
A1: Yes. Featuring high hardness, toughness and low wear, they support 24-hour continuous industrial operation with stable performance.
Q2: Will these grinding balls cause contamination to processed materials?
A2: No. They have excellent chemical stability and ultra-low shedding, effectively avoiding impurity pollution for industrial materials processing.
Q3: What are the main material composition and density parameters?
A3: The grinding media consists of Yttria-stabilized Zirconia (≥94.5%) with a bulk density of ≥6.0 g/cm³ and Vickers hardness of 1200–1350 HV.
Q4: How do zirconium oxide balls compare with traditional alumina and glass media?
A4: Zirconium oxide balls provide significantly lower wear loss, higher mechanical toughness to prevent cracking, and a superior spherical shape that delivers uniform grinding force.
Q5: What equipment types are compatible with these zirconia grinding media?
A5: They are fully compatible with planetary ball mills, horizontal sand mills, and vertical sand mills for high-intensity industrial processing.
Q6: What size specifications are available for material fine grinding?
A6: Zirconium oxide balls are offered in a broad size range from 0.1mm to 20mm to meet versatile industrial particle crushing and fine dispersion needs.
