subject: Raymond Mill Is Meaningful For Brittle Minerals [print this page] Raymond mill is meaningful for brittle minerals
The powder is widely used in rubber, paper, paint, plastic aluminum extrusion, ceramics, cement, glass, smelting, refractory materials, medicine, food, household chemicals, cosmetics, craft building, and senior decoration production applications. Especially when used in the paint and paper, it can directly reduce the use of titanium dioxide 3% - 10%, thus greatly reducing the cost of the product. Quality white marble (dolomite) premium used for ultra-fine powder and paper industry can increase opacity, improve paper flexibility. Hongxing Machinery Co. Ltd. builds research and develop ultra-fine mill, its crushed stone powder can be 3250 mesh, in full compliance with the requirements of the stone and paper industry. So how to improve the industrial milling ore mill production efficiency? Hongxing machine asks the following options for the reference.
Production practice has proved that the raymond mill for the brittle mineral is more meaningful. The row of ore grinding machine is faster, drowned in the slurry underlying density mineral grains is easily discharged, rod mill is also because of using the parallel of long steel bars as grinding media can reduce the crushing phenomenon. In addition, due to the shallow magma surface of the grinding machine, the grinding media can fully show effect. Grinding media fully play the crushing effect, so the production capacity of the grinding machine is large.
In the grading equipment selection, using a fine sieve mill closed, or pre-grading has certain advantages. Using a fine sieve as grading equipment can more stringently control of the grinding machine product size, so that the particle size cannot drain away, avoiding running rough" phenomenon. Followed by high sieve screening efficiency, it is with about 80-90%; classifier.html">spiral classifier and rake classifier usually only have 40-60% of the grade efficiency and it is easy to cause the qualified fine grade back into the mill to produce over-crushing phenomenon.
