The development trend of superfine grinding equipment
Ultrafine pulverization technology is a new pulverization technology developed to meet the requirements of modern technology. It can process raw materials into micron or even nanometer-sized powder. It has been used in chemicals, food, pesticides, cosmetics, dyes, coatings, electronics, aviation It is widely used in many fields such as aerospace.
With the continuous increase of social demand, ultra-fine grinding equipment is facing great challenges in terms of performance, finished product quality, service life and other issues. Therefore, equipment manufacturers are increasing their own research and development efforts, and constantly improving equipment in the ultra-fine grinding The adjustment and control technology of crushing force, particle size distribution, grain shape and crystal shape at work, in order to achieve more efficient production.
This requires all machinery manufacturers to make targeted improvements to the environmental protection and low-consumption performance of ultra-fine powder processing and production equipment, and strive to achieve low energy consumption, high output, no pollution, and good particle size of finished materials in ultra-fine grinding technology. Unique performance advantages such as good dispersibility can improve the competitiveness and market share of ultra-fine grinding equipment.
Modern production not only pursues production efficiency and finished product quality, but also develops in the direction of environmental protection and energy saving. The same is true in the pharmaceutical machinery industry. Looking at the requirements of modern social productivity, the overall development trend of material ultrafine grinding technology is the reverse development of low cost, high efficiency, strong controllability, good dispersion, and stable quality. Various types of ultrafine grinding equipment put forward higher technical requirements.
Modern engineering technology will require more and more high-purity ultra-fine powder, and ultra-fine powder technology will play an increasingly important role in high-tech research and development. High-purity ultra-fine powder is prepared by chemical synthesis, but the cost is too high and it is extremely difficult to use in industrial production. The main method of obtaining ultra-fine powder is still mechanical pulverization. Ultra-fine pulverization technology is a synthesis of various technologies, and its development also depends on the progress of related technologies. Therefore, the main development trends of ultrafine grinding equipment are as follows:
(1) Develop fine grading equipment matched with ultra-fine grinding equipment.
(2) Develop ultra-fine grinding equipment with low energy consumption, small footprint and large processing capacity.
(3) Integrated development of equipment and process research. Superfine grinding and supporting equipment must adapt to specific material characteristics and product indicators, and scale models must adapt to a large range.