Product Introduction:

The rotational flexibility of steel cylpebs in the grinding process is between spherical and rod shape, mainly by line contact to break minerals. When steel cylpebs is used as the medium grinding, the products of each grain grade are more uniform, the grinding of intermediate products has a certain selectivity, and the protection of minerals has a certain role, giving full play to the advantages of rod grinding. In order to ensure the fineness of grinding and the uniform distribution of particle size, many mines will use the mixed addition method of adding steel balls and steel cylpebs at the same time when adding grinding media to obtain a good grinding effect.

Our production line for the grinding cylpebs With stable quality, high production efficiency, high hardness, wear-resistant, the volumetric hardness of the grinding cylpebs is between 60-63HRC,the breakage is less than 0.5%. The organization of the grinding cylpebs is compact, the hardness is constant from the inner to the surface. Now has extensively used in the cement industry, the wear rate is about 30g-60g per Ton cement. Grinding Cylpebs are slightly tapered cylindrical grinding media with length equalling diameter, and all the edges being radiused. Grinding Cylpebs are made from low-alloy chilled cast iron. The molten metal leaves the furnace at approximately 1500 °C and is transferred to a continuous casting machine where the selected size Cylpebs are created; by changing the moulds the full range of cylindrical media can be manufactured via one simple process. The Cylpebs are demoulded while still red hot and placed in a cooling section for several hours to relieve internal stress. Solidification takes place in seconds and is formed from the external surface inward to the centre of the media. It has been claimed that this manufacturing process contributes to the cost effectiveness of the media, by being more efficient and requiring less energy than the conventional forging method. Because of their cylindrical geometry, Cylpebs have greater surface area and higher bulk density compared with balls of similar mass and size. Cylpebs of equal diameter and length have 14.5% greater surface area than balls of the same mass, and 9% higher bulk density than steel balls, or 12% higher than cast balls. As a result, for a given charge volume, about 25% more grinding media surface area is available for size reduction when charged with cylpebs, but the mill would also draw more power.