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Zirconium Oxide Bead for Grinding High Efficiency Fine Milling Applications

High-purity zirconium oxide beads are professional grinding media developed for high-efficiency fine milling and ultrafine material processing. Manufactured via precise isostatic pressing and high-temperature sintering technology, these beads feature uniform spherical structure, ultra-high density and excellent mechanical stability. Different from ordinary glass and ceramic grinding beads, they deliver stronger shear and impact force during milling, enabling rapid pulverization and fine refining of various materials. With low wear rate and zero impurity precipitation, they are widely recognized for high-precision, high-efficiency fine milling in industrial, biological and new energy fields.

    High-purity zirconium oxide beads are professional grinding media developed for high-efficiency fine milling and ultrafine material processing. Manufactured via precise isostatic pressing and high-temperature sintering technology, these beads feature uniform spherical structure, ultra-high density and excellent mechanical stability. Different from ordinary glass and ceramic grinding beads, they deliver stronger shear and impact force during milling, enabling rapid pulverization and fine refining of various materials. With low wear rate and zero impurity precipitation, they are widely recognized for high-precision, high-efficiency fine milling in industrial, biological and new energy fields.

    Product Technical Parameters

    Parameter Item

    Technical Data

    Zirconia Purity

    ≥95%

    Bulk Density

    6.0 g/cm³

    Vickers Hardness

    1200HV

    Toughness

    High fracture resistance

    Particle Size Range

    0.1mm–2.0mm

    Wear Loss

    Ultra-low

    Core Performance Advantages

    These zirconium oxide beads stand out in high-efficiency fine milling with superior comprehensive performance. Their ultra-high density greatly improves material crushing efficiency, shortening fine milling cycle and realizing uniform ultrafine particle size of processed materials. The integrated sintering process ensures ultra-low wear and no chipping during high-speed operation, avoiding medium pollution to raw materials. In addition, the beads have stable chemical properties, resisting corrosion from acid, alkali and organic solvents. They can adapt to long-term continuous milling work, effectively reducing equipment loss and production cost for users.

    Main Fine Milling Application Fields

    Tailored for high-efficiency fine milling scenarios, the beads cover multiple precision processing industries. In biomedicine, they are used for tissue crushing, microbial disruption and RNA extraction, ensuring pollution-free fine grinding of biological samples. In new energy industry, they achieve fine milling of lithium battery electrode materials to improve battery performance. They are also widely applied in fine processing of coatings, pigments, ceramics and chemical powders, perfectly meeting the strict fineness and purity requirements of fine milling production.

    Frequently Asked Questions

    1. What makes zirconium oxide beads better than glass beads for fine milling?Zirconium oxide beads have higher density and hardness, providing stronger grinding force for finer and faster material pulverization. They have almost no debris falling off, which avoids material contamination common with fragile glass beads, ideal for high-standard fine milling.
    2. Can these beads be reused for fine milling?Yes. Featuring excellent wear resistance and structural stability, the beads can be reused multiple times after professional cleaning and sterilization, with stable fine milling performance and long service life.

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