Leave Your Message
Products Categories
Featured Products

Zirconium Oxide Grinding Ball for High Density Efficient Powder Processing

Our zirconium oxide grinding balls are premium yttrium-stabilized ceramic grinding media engineered for high-density, high-efficiency ultra-fine powder processing. Manufactured with advanced isostatic pressing and high-temperature sintering technology, these grinding balls feature uniform microstructure, exceptional roundness and ultra-low wear rate. Compared with traditional glass and alumina grinding media, they deliver stronger grinding impact and dispersion force, effectively refine powder particles, improve powder uniformity and purity, and perfectly meet the high-standard fine grinding and ultrafine dispersion demands of modern industrial powder production.

    Our zirconium oxide grinding balls are premium yttrium-stabilized ceramic grinding media engineered for high-density, high-efficiency ultra-fine powder processing. Manufactured with advanced isostatic pressing and high-temperature sintering technology, these grinding balls feature uniform microstructure, exceptional roundness and ultra-low wear rate. Compared with traditional glass and alumina grinding media, they deliver stronger grinding impact and dispersion force, effectively refine powder particles, improve powder uniformity and purity, and perfectly meet the high-standard fine grinding and ultrafine dispersion demands of modern industrial powder production.

    Core Product Parameters

    Parameter Item

    Technical Data

    Main Composition

    94.6% ZrO₂ + 5.4% Y₂O₃

    Bulk Density

    ≥6.0 g/cm³

    Mohs Hardness

    9.0

    Flexural Strength

    ≥1200 MPa

    Available Size

    0.1mm–60mm

    Wear Loss

    Ultra-low ppm-level wear

    Key Performance Advantages

    The product boasts unique performance advantages for efficient powder processing. Its high density ensures powerful kinetic energy transfer during high-speed milling, greatly improving grinding efficiency and shortening powder processing cycle. Excellent fracture toughness and compressive strength prevent chipping and cracking in long-term high-intensity operation, extending service life significantly. Besides, the zirconia material is chemically inert, resistant to strong acid and alkali corrosion, with non-magnetic and insulating properties. It avoids material contamination, ensuring high purity of finished powder, while causing minimal wear to grinding equipment to reduce production costs.

    Main Application Fields

    Tailored for high-precision powder processing scenarios, these grinding balls cover multiple industrial fields. They are widely used for ultra-fine grinding of electronic ceramic materials, magnetic materials and lithium battery electrode powders. They also apply to fine processing of pigments, inks, coatings and non-metallic mineral powders. In addition, they are suitable for pharmaceutical, food additive and fine chemical powder dispersion, fully adapting to high-density and high-purity powder production requirements of various industries.

    FAQs

    Q1: What makes it more efficient than ordinary grinding media?
    A1: Its ultra-high density provides stronger grinding kinetic energy, which can quickly crush and disperse powder agglomerates. It improves grinding fineness and uniformity while increasing production efficiency by 30%-50% compared with ordinary media.

    Q2: Will it contaminate processed powder materials?
    A2: No. The high-purity zirconia formula features ultra-low wear loss and stable chemical properties. It will not dissolve or shed impurities in grinding process, effectively guaranteeing the purity and quality of finished powder.

    Q3: What sizes are available for customized processing?
    A3: We support full-size specifications from 0.1mm to 60mm, and can customize special sizes according to customers’ grinding equipment and powder processing demands.

    Leave Your Message

    AI Helps Write