Efficient grinding new process

The strong desire to improve product quality and production efficiency is making ceramic manufacturers pay more and more attention to improving and improving grinding and dispersion process technology. The existing process must be fully optimized. At the same time, the new product technology also requires new, more efficient production processes and equipment.
Recently a new grinding and dispersing technology was opened to meet these requirements. The new mill designed based on this technology uses a uniquely designed stirrer to optimize the cycle process and improve the traditional process flow of the mill. With these new parameters, the mill can achieve high throughput of the mill during the cycle while maintaining the minimum amount of machine maintenance and cleaning. The new mill can effectively convert the driving energy into the dispersion properties of the powder. In any mill, the efficiency of comminution and dispersion, the amount of treatment, the degree of wear, and the degree of heat dissipation are determined by the geometrical proportions of the grinding chamber and the agitator. The ratio between the suction rate, the pressure rate and the outflow rate must be reasonable, otherwise it will affect the pumping effect and the internal circulation process. The position and shape of the mill's blades is also an important factor. The blades are too abrasive to work, and the blades are too sharp to cause too much grinding, causing excessive wear on the machine and inefficient grinding.
The development of new stirrers is the result of a large number of experimental tests and control tests. The final successful design of this new mill combines the results of years of research. The high energy density brought by the new stirrer enables a compact design pattern to be realized on the machine while avoiding the occurrence of low energy density zones. The use of ceramics and other advanced materials ensures that high cooling performance and low machine wear can still be achieved at high energy densities. In addition, the new stirrer also has the function to reduce the media load from 90% of the conventional mill to 55%.
In addition, the new mill's pressure strength can be adjusted as needed so that it can also be used for wet grinding. High shear forces can also be generated by the strong hydraulic motion of this new type of agitator.
This new type of mill has shown its superior performance in the recycling process. Its advantages include increased productivity, reduced energy consumption, reduced production sites, and reduced labor.