Mineral deposits are processed into powder and then processed to produce a variety of high value-added products, which are widely used in metallurgy, chemical engineering, construction materials, and other industries. At present, domestic powder grinding equipment mainly include Raymond Mill, high-pressure suspension roller mill, three-ring medium speed mill, overpressure ladder grinding, etc. During this period, Raytheon Mill and ladder grinding are widely used. However, these traditional powder grinding equipment have defects such as high production costs, low production capacity, and severe pollution. As a result, a vertical mill with low production cost, large production capacity and low pollution came into being. It has been widely used in mineral processing in different occupations and has a significant role.
In this situation, YH series vertical grinding machine is a kind of professional ambition equipment that integrates crushing, boring, grinding, and hierarchical transmission.
YH series vertical grinding machine (vertical grinding machine) is an advanced grinding equipment planned and developed based on the extensive selection of advanced skills at home and abroad and years of experience in producing various grinding machines, it can be widely used in cement, electric power, metallurgy, chemical industry, non-metallic ore and other occupations. The vertical grinding machine is used to grind bulk, granular and powdery materials into the powder materials required. It is widely used, with high grinding efficiency, low power consumption, large drying capacity, and large granularity of materials to be imported into the mill, commodity fineness is easy to adjust, the chemical composition is stable, there is no ball impact and no direct touch between metals in the operation, low noise, low wear, there is a separator in the mill, no need to set up another separator, small footprint, small construction area, grinding roller can be turned out of the machine, repair convenience and other advantages. Then, the technical difficulties of traditional powder mills with low output value and high energy consumption are solved.