In the micro grinding process, it is generally necessary to grind the granules into powdery materials before adding them to the processing equipment. This situation is only part of the general material. Some materials are not in the pellet state prior to process, so they need to be broken by a ball mill or micro-pulverizing equipment. Today in this article, I mainly talk about the common sense of micro-pulverizing equipment to help you understand the working process of micro-pulverizing.
The destruction of micro-grinding generally involves the consumption of energy by the mill and the amount of broken wear that is used to dissipate this energy. The factors affecting this amount are: the new surface area of the particles, the diameter of the product particles, and the volume of the broken material. During the processing time of the material in the micropulverizer, a lot of energy is consumed in the drive of the drive mill in the form of friction and sound, and there is also a certain amount of energy loss inside the mill itself, for example, the particles in the processing process rub against each other. Failure to rupture does not result in energy loss. At the same time, the kinetic energy and potential energy of the particles also have a certain consumption; for example, the impact of the elastic and plastic changes of the particles on the cracking of the micro-grinding also occurs with the work, and a large part is the heat. The form of dissipation. All in all, in any process of cracking, thermal energy is generally generated through impact and inoculation. Also, the loss of these thermal energy is unavoidable. Therefore, when using the micro-pulverizing equipment to pulverize the material, it is necessary to give a certain lineage between the ore and the product.
