Micronizer mill or it can be called superfine crusher, as a kind of crusher, the mechanical force is mainly used to break the material, it is the physical crushing method, it is no waste pollution, environmental protection energy saving. The point here is that the crusher is broken material, and the name of the mill can be different depending on the size of the grain size. For example, it can be called crushing if the broken material particles are larger, and for some small material particles like powdery materials are finely broken, we tend to call them shredding.
When the micronizer mill is working, crushed materials are crushed by impact, friction, shear, and crush, the forms are variety and the range is very wide, and mechanical shredding can also evolve into other required processing methods, for example, particle modification, mixing, etc., It has the advantages of low cost, low energy consumption, relatively high fineness and high yield. The material that is broken up by a micronizer mill is usually fine powder. The production of these powders can play an significant role, it can be used in buildings, mines, roads, railways, etc.
In the near future, we can make a bold assumption that the micronizer mill can shatter the size of the material is extremely small, al indistinguishable from the naked eye, that's the hot nanoscience, at that time, the development of nanoscience combined with the mechanical industry can produced nanomaterials. The nanoscience micronizer mill that specially designed to crush nanomaterials will take up a mass of maket.
