Firstly, the nature of the material will affect the output of the
raymond mill. The greater the hardness of the material, the greater the rolling pressure generated by the grinding roller on the grinding ring, and the more serious the wear of the equipment, so the production of the equipment The smaller the capacity, the lower the finished product output. Also, when the humidity of the material is too large, it is easy to produce fine powder adhesion during the grinding and milling process, reducing the production efficiency of the Raymond mill, causing equipment blockage at the air duct, analyzer, and discharge port, and the output of the finished product. The design requirements cannot be met. When using the Raymond mill for fine powder production, there are certain requirements for the fineness of the finished product. When the fineness of the finished product is finer, the Raymond mill is required to carry out the production work for a long time, so the production efficiency of the equipment is low, the production capacity is small, and the output of the finished product is affected to some extent.
The Raymond mill achieves the fine powder production of the material by the grinding roller on the grinding ring. Therefore, the better the quality of the grinding roller and the grinding ring as the wearing parts, if the grinding roller rings are severe after a short time of use. Wear and tear, the material can not achieve sufficient grinding effect. The efficiency improvement of Raymond mill will become an important part of saving resources and energy. Today's mining machinery mill industry has passed the advantage of low labor force, conforming to the international low carbon development trend, and the rapid development of the industrial milling industry market. As well as the country's increased demand for energy conservation, environmental protection and consumption reduction, the Raymond mill will affect the output of the equipment if it is used improperly.