Products

Wear-Resistant Ceramic Products

Supplying ceramic lined pipes, wear linings, hydrocyclone components and custom ceramic wear parts for harsh industrial conditions

Ceramic Grinding Media

Wear-resistant ceramic grinding media are high-performance grinding materials used in industrial crushing and milling processes. Featuring high hardness, excellent wear resistance, and long service life, they are suitable for various grinding equipment such as ball mills and vibration mills.

The 92% alumina ceramic grinding balls are made from microcrystalline Al₂O₃ using ultrafine powders, formed by pelletizing and sintered at high temperature. Also known as inert alumina ceramic balls, they offer high temperature and pressure resistance, low water absorption, and excellent chemical stability. They resist corrosion from acids, alkalis, and organic solvents, and tolerate temperature fluctuations during operation.

Their primary function is to increase gas or liquid distribution points and to support and protect catalysts with relatively low mechanical strength. These products are widely used in petroleum, chemical, fertilizer, natural gas, and environmental protection industries.

Ceramic Grinding Media
Alumina Ceramic Grinding Balls
  • Ceramic Grinding Media
  • Ceramic Grinding Media
  • Ceramic Grinding Media
  • Ceramic Grinding Media
Zirconia Ceramic Grinding Balls
  • Ceramic Grinding Media
  • Ceramic Grinding Media
  • Ceramic Grinding Media
  • Ceramic Grinding Media
Standard Sizes of 92% Alumina Ceramic Balls
  • 3mm
  • 6mm
  • 8mm
  • 9mm
  • 10mm
  • 13mm
  • 16mm
  • 19mm
  • 25mm
  • 30mm
  • 38mm
  • 50mm
  • 65mm
  • 70mm
  • 75mm
  • 100mm
Packaging Options of 92% Alumina Ceramic Balls
  • Standard packaging
    Polyethylene woven bags with a net weight of 25 kg per bag, supplied with pallets.
  • Steel drum packaging
    100-liter steel drums, with pallets available if required.
Applications
    Petroleum industry
    Petroleum industry

    Used as packing support in catalytic cracking and hydrocracking units to improve reaction efficiency and product quality.

    Chemical industry
    Chemical industry

    Applied as packing support in tower reactors to enhance reaction performance.

    Metallurgical industry
    Metallurgical industry

    Used as refractory material in high-temperature furnaces, capable of withstanding high temperature and corrosive environments.

    Environmental protection industry
    Environmental protection industry

    Used as packing media in exhaust gas treatment systems to effectively remove harmful substances.