With the development and continuous progress of society, our environment has become the biggest victim and has suffered verified damage. Protecting the environment and saving energy and reducing consumption have become common goals for the whole world. After continuous research, nano ceramic balls have been found to replace traditional steel balls and have broad application prospects in metal ore fine grinding and cement grinding.
In mine screening, grinding accounts for a large proportion, and the wear of the liner and the medium consumption account for about half of the grinding operation cost. Most non-ferrous metal beneficiation plants use steel balls as fine grinding media. Steel balls consume a lot of energy during the grinding process, are prone to iron pollution, and cause great pollution to the environment. These also cause increased production costs and waste a lot of mineral resources. Nano materials have good wear resistance, corrosion resistance, heat resistance and other characteristics. In recent years, ceramic balls have begun to emerge as new grinding media. The application effect is mainly reflected in reducing medium pollution, reducing energy consumption, avoiding iron pollution on the surface of useful minerals, improving the surface properties of minerals, and improving separation indicators and product quality. Nano-ceramic grinding technology has been widely studied and applied in China. In the cement industry, metal mine fine grinding and non-metal fine grinding, nano-ceramic balls can significantly reduce the consumption of grinding media and power consumption, and reduce mineral pollution. Therefore, nano-ceramic ball grinding technology will break the problem of easy over-grinding and uneven product particle size of traditional steel grinding media in the fine grinding industry, and has broad application prospects.
Zhili New Materials as a professional manufacturer of crushing equipment accessories, we can produce various steel balls and wear-resistant parts. If you need them, please contact us.
