The difference between Grinding Steel Balls and steel forging for cement ball mill

   Steel balls and steel forging are commonly used materials for cement ball mills. Although the functions of the two are common, they are slightly different in process and appearance. Then, what is the difference between steel balls and steel forging in cement ball mills, I will introduce them today.

    The ball mill steel ball is the grinding material medium of the ball mill equipment. Through the collision and friction between the ball mill steel balls and the steel ball and the material, the grinding effect is generated. Important basic parts, especially the industrial steel balls, are in the development of the national and ball mill steel balls. Plays a huge role. It is widely used in cement plants, power plants, etc.

    The size of the steel ball of the ball mill depends on the physical and mechanical properties of the ore and the particle size composition of the ore. The processing of ore with large hardness and coarse particle size requires greater impact force and needs to be loaded with larger size steel balls; the processing ore is softer and the particle size of the ore is smaller, and the product particle size is required to be finer, so grinding should be the main method. Load smaller steel balls.

    The ball mills at the production site are loaded with balls of various ball diameters, and process materials composed of different sizes of ore particles according to a certain ratio. Theoretically speaking, only by ensuring a certain proportion of the various balls can it be compatible with the particle size composition of the material to be ground, and a good grinding effect can be achieved.

    Due to the addition of Mo, steel forging has excellent corrosion resistance, atmospheric corrosion resistance and high temperature strength, and can be used under harsh conditions; it has excellent work hardening properties (non-magnetic).

    Cement ball mill steel has high forging hardness, low abrasion, good toughness, roundness, and less breakage. It is widely used in the production industries of cement, fertilizer, silicate products, new building materials, refractory materials, ferrous and non-ferrous metal beneficiation and glass ceramics. In the course of use, the surface hardness of the spheres will be further improved, and the wear resistance will be enhanced. At the same time, the production capacity of the mill can be improved, and the specific surface area of the cement and the recovery rate of concentrate can be improved.