Development of Nonmetallic Mineral Grinding Technology

The modern engineering technology will need more and more high-purity and ultra-fine powder. The ultrafine grinding technology will play increasingly important role in high-tech research and development. The high-tech industries are closely linked the non-metallic minerals. We should consider the development of high-tech industry in the future non-metallic mineral processing technology and industrial development. The modern non-metallic deep processing technology and traditional industries processing technology mutual infiltrated each other. In the development, you must consider the transformation of traditional industries and the progress. You must consider the comprehensive utilization in order to better apply the limited number of non-metallic mineral resources. At the same time, in the development and utilization of the deep process, we must also consider human survival and sustainable development and pay attention to environmental protection.
The general future trend of non-metallic mineral raw materials or materials is to develop the high-purity, ultra-fine and functional ultrafine grinding technology. We should comprehensively use the various non-metallic minerals based on the high-purity and ultrafine non-metallic mineral deep processing of raw materials. The chemical synthesis can be used in making high-purity and ultrafine powder, but it has not been widely used in the industrial production due to the high cost. The mechanical crushing method is still the main way to obtain the ultrafine powder. The ultrafine crushing technology and the grading technology depended by the mechanical method become more and more difficult. The studying depth is endless. The ultrafine grinding technology is the comprehension of the multifaceted technology. The development depends on the progress of the related technology, such as the processing of the hard and high-toughness wear-resistant components and the distribution test of the high-speed bearings and the submicron particle size. Therefore, the development of ultra-fine grinding technology should focuse on the following aspects.
First, we should develop the fine grading equipment and other corollary equipment. The closed-circuit technology combined with the ultra-fine grinding and classification equipment can improve the production efficiency and reduce energy consumption.
Second, we should improve efficiency and reduce the energy consumption to continue to enhance and improve the ultrafine grinding equipment. We should design the classifier with advanced technology.
Third, the research and development of equipment and technology should be integrated.

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