When the continuous wet grinding sand mill works, the slurry enters from the bottom of the barrel, first enters the upper part of the crushing chamber, and then flows down through the crushing chamber to the outer ring of the crushing chamber, and then flows upward, through the slurry/grinding ball. After the separator, the grinding chamber is discharged through the slurry outlet on the barrel. Grinding balls usually use steel balls or various ceramic grinding balls.
In the structural design, the grinding chamber of the continuous wet grinding sand mill for paint is divided into two crushing chambers of the inner ring and the outer ring by the rotor. The advantage of the design is that the traveling distance of the slurry in the grinding chamber is increased to the original one. 2 times, can greatly improve the pulverization efficiency, reduce energy consumption, and can also greatly reduce the size of the equipment.
In short, through the redesign of the structure, not only the production efficiency of the continuous wet grinding sand mill is improved, but also the energy consumption during work is effectively reduced. At the same time, due to the special structure, it does not need to install additional cooling devices, which reduces the cost of the equipment and greatly improves the practicability of the continuous wet grinding sand mill.