Effect of Slurry Concentration on the Ceramic Ball Grinding Characteristics of Magnetite

Ceramic grinding, which in this paper is defined as a method of using ceramic materials grinding media, favored by many processing plants an emerging high-efficiency and energy-saving method. This investigates the effect slurry mass concentration on characteristics magnetite taking feed secondary ball mill for research object. The study results show that significantly affects magnetite, especially coarse particles. When higher than 50%, breakage rate plummets to 1/3 value at low concentrations. standard deviation relative gradually decreases size falls, indicating coarser size, more sensitive concentration, thus industrial mills need avoid under high-quality change consistency parameter distribution function zero-order output signals radical variation compared conventional grinding. Because can greatly reduce energy consumption while lowering chance overgrinding, deserves attention world works reach carbon neutrality emissions peak.