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The key to ultra-fine crushing technology is the equipment. Therefore, it is first necessary to develop a new type of ultra-fine crushing equipment and its corresponding classification equipment. The latter seems to be more urgent. Grinding aids and surface-active dispersants will be used in ultra-fine grinding processes. In this process, it is also necessary to improve efficiency, reduce energy consumption, and continuously improve and improve ultrafine grinding equipment.
In addition, the development of multifunctional ultra-fine grinding and surface modification equipment is also a major focus of industry development. The combination of ultra-fine pulverization and drying processes, ultra-fine pulverization and surface modification, mechanical mechanochemical principle and ultra-fine pulverization technology can expand the application range of ultra-fine pulverization technology. With surface coating and solid miscibility, new materials with unique properties can be prepared.
The ultra-fine crushing and grading equipment must be adapted to the specific material characteristics and product specifications, and the specifications and models are diversified. There is no super-fine crushing and grading equipment that is efficient and universal for any material. Therefore, the integration of equipment and process research and development is also a hot topic in the industry.
At present, some ultra-fine comminutions are moving in the direction of nanometers, and the dispersion and evaluation of low-pollution, wear-resistant materials and nano-sized powders related to this will become a huge technical obstacle. Therefore, research in this area will receive attention.
No matter how the industry develops, the main means for obtaining ultra-fine powders is still the mechanical smashing method. The difficulty in superfine grinding and grading techniques that rely on mechanical methods to obtain ultra-fine powders is increasing, and the depth of research is never-ending.
Therefore, the development of high-tech and its industries must be considered in the development of the industry; modern non-metallic deep-processing technologies and traditional industrial processing technologies should infiltrate each other, and their development must consider the technological transformation and progress of traditional industries; in order to better apply the limited non-metallic minerals Resources must consider their comprehensive utilization.
Ultra-fine grinding equipment needs to improve efficiency and reduce energy consumption during its development
Modern engineering technology will require more and more high-purity ultra-fine powders, and ultra-fine grinding technology will play an increasingly important role in the research and development of high-tech. The ultra-fine grinding technology is a comprehensive technology in many aspects, and its development also depends on the progress of related technologies, such as the processing of high hardness and high toughness wear-resistant components, high-speed bearings, submicron particle size distribution measurement and so on. Therefore, the development of ultrafine grinding technology should pay attention to many aspects.