Raymond Mill

After countless many years of exercise and improvement, its framework is receiving wonderful morning by day.

For reduced consumption, reduced investment, natural environment friendly , tiny occupation area, and additional effective compared to conventional mill, it is extensively employed all through the area of metallurgy, developing materials, substance business and mining to method powder. The sequence is employed in grinding the non-flammable and non-explosive stuff which has the Moh’s hardness below 7, humidity much lower than 6%, along the lines of gypsum, talc, calcite, limestone, marble, feldspar, barite, dolomite, granite, kaolin, bentonite, bauxite, metal ore etc., the last products and options alter from 613 micron to 44 micron. by method of the purpose of separator and blower, it could satisfy many customers’ demand.

Working Principle of Raymond Mill:

The lump product can be conveyed to the storage space bin with the bucket elevator quickly after it is crushed to the essential particle dimension with the jaw crusher. Then electro-vibrating feeder will uniformly move the product to the grinding chamber for the host machine. The product is up-thrown and fed to the space among the the grinding roller and grinding ring within process of synchronous rotation for the shovel as well as the grinding roller, and types a cushion product layer. The product on this layer is grinded among the the grinding roller as well as the grinding ring. Thus, the target of powder producing is achieved. The grinded powder can be carried with the airflow for the buff to the analyzer for classification. The powder using the effective fineness will key in the huge cyclone collector, with one another using the airflow through the pipes, for classification, and then, can be discharged with the discharging device, since the finished product. The airflow is sucked to the oxygen blower through the air-return pipe for the upper element for the huge cyclone collector. The unqualified powder can be thrown for the outside wall with the airflow and divided within airflow. The coarse powder will fall to the grinding chamber for re-grinding on account of its non-public gravity. The whole airflow method is closed and cyclic, also it flows below the optimistic and detrimental stress circularly.

Technical Data of Raymond Mill: