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How can an ultrafine mill increase production?


In the use of ultra-fine mill, we are very concerned about the output of ultra-fine mill, so how can we better improve the output of our ultra-fine mill? If we want to increase the production capacity, we must know the impact. What are the factors in the output of the fine mill? Only by better understanding the reasons, can we increase the output of the ultra-fine mill, and then what is the factor in which Joyal will explain?

1. The hardness of the material. The harder the material mill is, the harder it is to grind and the more severe the wear on the equipment. For equipment with low milling capacity, it is not advisable to grind hard materials. For example, Raymond mills are not recommended to use the equipment to grind hard materials other than the ability to avoid unnecessary damage caused by Raymond mill overload operation.
2, the impact of the finished product size. The higher the fineness required for the mill’s milling material, the smaller the milling capacity of the mill. For different mill fineness, a suitable mill should be used to achieve better yield. Joyal’s ultra-fine¬† mill achieves higher fineness with a maximum fineness of 3,000 mesh.
3. Adhesion of the milled material. That is, the greater the viscosity of the material, the easier it is to adhere. The higher the viscosity, the smaller the output of the mill, and the longer the life of the mill.
4. The humidity of the milled material. When the moisture contained in the material is large, the material is easily adhered in the mill, and is easily blocked during the feeding process. The qualified material is not easily separated under the condition of equal wind, which causes the milling machine to reduce the milling ability.
5. The composition department of the grinding material. The more fine powder contained in the material before the milling machine is milled, the more it affects Raymond milling, and these fine powders easily adhere to affect the transport. For the content of fine powder, it should be sieved once in advance. In this case, we recommend that the customer first screen the material with a vibrating screen before the milling process.
After reading the above reasons, I believe that you will understand the use of ultra-fine mills. As long as you pay attention to the production, it is not a problem to improve the output of ultra-fine mills.

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