Ultra micro pulverizing equipment is a high-tech industrial enterprise technology that pulverizes various solid materials into powder with a diameter of 10m. The crushing process management of solid materials in ultra-fine grinding equipment is to use mechanical design method to continuously increase the surface area, that is, the transformation of mechanical energy. This is the process of converting mechanical energy into surface energy. Whether this conversion can be completed directly affects the crushing efficiency. In pure mechanical crushing, the energy of some construction machinery overcomes friction and converts into a large amount of heat energy, which not only consumes energy, but also realizes ultra-fine crushing technology. In recent years, with the in-depth analysis and Research on technical problems and industrial economic development, it has become an interdisciplinary and interdisciplinary high-tech technology. It has gradually widened the application service field and applied it to food production and processing, biochemistry, pharmacy, circulation and processing of agricultural products.
The inner liner is made of corundum ceramics. The air mill uses high-speed air flow to crush ultra-fine materials. Ultra fine grinding equipment uses air separation, pressure grinding and shearing to realize ultra-fine grinding of dry materials. It is composed of cylindrical crushing chamber, grinding wheel, grinding rail, fan, material collection system, etc. Use the cutter to drag the frequency to control the motor crushing, and then you can adjust the speed of the crusher. The ultra-fine pulverizer uses air separation, pressure grinding and shearing to realize the ultra-fine pulverization of dry materials. It is composed of cylindrical crushing chamber, grinding wheel, grinding rail, fan, material collection system, etc. When the feed of the machine is consistent with the inlet of the feed ejector of other flat air mill, the feed auger can also be used. The machine is particularly suitable for fiber materials such as vanilla and other ultra-fine powders. The fusion gas flow has the advantages of conventional high-speed crusher and the guiding principle of crusher. The materials are crushed by the high-speed blades in the crushing chamber, and then the fine dust is discharged from the powder outlet of the dust discharge machine. Hot air and air, and then collect the bag. Continue to crush the coarse particles in the grinding chamber until they are thin enough, and then remove the hot air from the grinding chamber.
The basic principle of superfine crushing equipment is: firstly, compress the material through data, and then control the feed ejector to bring air into the mechanical crushing area. The materials are cut by the high-speed rotating crushing blade in the crushing area and manage the crushed materials. Because the particle size inside the enterprise is different, and its gravity and centrifugal force are also different, the fine powder particles will enter the airflow crushing area at the upper part of the mechanical crushing area through the airflow ejected from the machine. Nozzle installed at the bottom of the crusher. In the crushing area, the high-speed rotating supersonic air flow is used as the medium of exchange, collision and friction, so as to achieve the purpose of studying ultra-fine crushing.