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Widely used in ball mills, stirred mills, and attritors for fine grinding of minerals (calcium carbonate, kaolin, quartz), ceramics, cement, and pigments, providing high wear resistance and low contamination.
Serving as inert catalyst carrier balls in petrochemical, chemical, and refinery applications, offering excellent thermal stability, mechanical strength, and chemical inertness for fixed-bed reactors.
Applied in dispersion and grinding of paints, inks, and coatings to achieve uniform particle size distribution and consistent product quality.
Used for grinding non-metallic ores and industrial minerals, delivering high efficiency and extended service life compared to conventional grinding media.
Essential for milling ceramic raw materials, glazes, and frits, ensuring high purity and fine particle size for premium ceramic products.
Employed in grinding electronic materials, piezoelectric ceramics, and advanced functional ceramics requiring precise particle size control.
Utilized as filling media in columns and reactors, as well as for fine grinding of chemical intermediates and pharmaceutical ingredients where corrosion resistance and purity are critical.
Alumina ceramic balls are made by isostatic press and sintered at high temperature by micro fine Al2O3 powder. The small crystal size is free from air pockets and has better wear resistance. It is ideal media for larger ball mills.
Key Features:
Alumina Ceramic Balls are widely used as grinding media, catalyst supports, and in industries such as paints & coatings, mining, ceramics, electronics, and chemical & pharmaceuticals.
They are manufactured using an isostatic press process and sintered at high temperatures using micro-fine Al2O3 powder, resulting in a small crystal size free from air pockets.
Their unique structure, featuring a small crystal size and lack of air pockets, provides superior wear resistance, making them the ideal grinding media for larger ball mills.
They are more economic than zirconia balls, have a higher density than glass or agate balls, and cause significantly lower contamination than glass balls.
They serve as inert catalyst carrier support balls and filling media, offering outstanding thermal stability, high mechanical strength, and chemical inertness for fixed-bed reactors and columns.
