From the current point of view, the combination of ultra-fine laminated autogenous grinding machine and ball mill can be adapted to the grinding process of almost all types of ores, and the energy-saving effect is obvious. For large-diameter autogenous mills, semi-autogenous mills, pebble mills, ball mills, and rod mills, the traditional structure of middle feeding and middle discharging has obvious flaws, and the larger the diameter, the more obvious they are. Ultra-fine laminated autogenous grinding machines have greater advantages than traditional autogenous grinding machines and have broad application prospects.
The ultra-fine laminated autogenous grinding machine feeds the ore and water along the center of the cylinder at one end, and discharges the ore at the lower part of the other end. Not only is the impact force received by the ore not affected, but it also converts this impact force into Because there are many fissures and cracks on the surface of the ore particles, this rapid layer pressure coming from all directions causes an amazing change in the grinding effect, and the grinding particle size is fine. Moreover, this structural form also increases the grinding and stripping force and the ore discharge speed, making it less likely to cause "belly swelling" accidents.