Applications and Selection Guidelines for Wear-Resistant Balls

Mining and Metallurgy: Crushing and grinding of ferrous metals (iron, manganese) and non-ferrous metals (gold, copper, nickel, aluminum). Building Materials and Cement: Grinding of cement clinker, slag, and fly ash; high-chromium balls have demonstrated significant benefits in increasing production and reducing energy consumption in this sector.

Apr 02,2026

Wear-resistant balls are widely used in the following industrial sectors:

Mining and Metallurgy: Crushing and grinding of ferrous metals (iron, manganese) and non-ferrous metals (gold, copper, nickel, aluminum).

Building Materials and Cement: Grinding of cement clinker, slag, and fly ash; high-chromium balls have demonstrated significant benefits in increasing production and reducing energy consumption in this sector.

Power and Chemical Industries: Coal pulverization for thermal power plants, grinding of water-coal slurry in coal chemical processes, flue gas desulfurization, etc.

New Materials: Ultra-fine processing of silica sand, calcium carbonate, magnetic materials, and others.

Selection Recommendations:

Impact Toughness Priority: For semi-autogenous mills with large diameters and high impact forces, forged steel balls or high-toughness bainitic ductile iron grinding balls should be prioritized to prevent breakage.

Prioritizing Wear Resistance: For grinding high-hardness materials such as cement clinker, high-chromium alloy cast balls (HRC ≥ 58) typically offer the best cost-performance ratio.

Energy Efficiency Considerations: If energy savings and reduced consumption are the goals, lighter-density aubé balls (CADI) can lower power consumption and equipment load.

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