Pingxiang Baitian New Materials Co., Ltd
Leave Your Message
Products Categories
Featured Products

ZrO2 Grinding Ball for Long Service Life Grinding Media Applications

Our ZrO2 Grinding Balls are high-durability grinding media specifically designed for long service life applications in industrial grinding. Made from high-purity calcia-stabilized zirconia (CSZ) through advanced high-temperature sintering and precision shaping technology, these balls feature exceptional wear resistance, strong impact toughness and stable structural performance, effectively extending the service life of grinding media and reducing replacement frequency. They are engineered to solve the problem of frequent replacement of traditional grinding media, providing cost-saving and reliable solutions for long-term continuous grinding operations.

    Our ZrO2 Grinding Balls are high-durability grinding media specifically designed for long service life applications in industrial grinding. Made from high-purity calcia-stabilized zirconia (CSZ) through advanced high-temperature sintering and precision shaping technology, these balls feature exceptional wear resistance, strong impact toughness and stable structural performance, effectively extending the service life of grinding media and reducing replacement frequency. They are engineered to solve the problem of frequent replacement of traditional grinding media, providing cost-saving and reliable solutions for long-term continuous grinding operations.

    Technical Parameters

    Parameter

    Specification

    Material

    Calcia Stabilized Zirconia (CSZ)

    ZrO2 Purity

    ≥92%

    CaO Content

    3.5-5.0%

    Vickers Hardness

    1000-1200 HV

    Density

    5.5-5.8 g/cm³

    Wear Rate

    ≤0.008%/1000h

    Service Life

    ≥8000h (under normal industrial grinding conditions)

    Core Advantages for Long Service Life

    These ZrO2 grinding balls excel in long service life applications with outstanding advantages. Their ultra-low wear rate, combined with high-purity calcia-stabilized zirconia material, significantly extends the service life, reducing the frequency of media replacement and labor costs. Strong impact toughness prevents breakage and cracking during long-term grinding, ensuring continuous operation without interruptions. The stable crystal structure, stabilized by CaO, resists phase change under long-term working conditions, maintaining consistent performance and avoiding performance degradation. Additionally, their excellent chemical inertness prevents corrosion and contamination, further prolonging service life in various grinding environments.

    Application Fields

    Tailored for long service life grinding media applications, these balls are widely used in industries requiring continuous and long-term grinding. In ceramic and glaze processing, they withstand long-term ball milling operations, ensuring stable performance and reducing production costs. In mining and mineral processing, they adapt to heavy-duty and long-hour grinding scenarios, maintaining durability and efficiency. They are also suitable for fine chemical, building materials and refractory industries, meeting the core demand for long service life grinding media and realizing cost savings for large-scale continuous production.

    FAQs

    Q1: What makes these grinding balls have a long service life? A1: Made of calcia-stabilized zirconia with ultra-low wear rate and strong impact toughness, they resist breakage and wear, and the stable crystal structure ensures long-term consistent performance. Q2: Can they maintain long service life under heavy-duty grinding conditions? A2: Yes, their high hardness and impact toughness enable them to withstand heavy-duty grinding, and the low wear rate ensures long service life even in continuous operation. Q3: How to maximize the service life of these grinding balls? A3: Select the appropriate size according to the grinding equipment and materials, control the grinding speed and loading capacity, and keep the grinding environment clean to avoid unnecessary wear.

     

    Leave Your Message

    AI Helps Write