What are the factors that affect the particle size of the Raymond mill?

[xuanxuan geng]

After years of practice and improvement, Raymond Mill has been greatly improved, it is widely used in the metallurgical industry, building materials industry, chemical industry, mining and other fields of grinding operations, to meet the requirements of different customers. Through years of production experience, we have summarized the following factors that affect the particle size of the Raymond mill:
First, the engine's rotation speed
In the production process of Raymond mill, the rotation speed of the equipment is too low or too high, so that the fine powder enters the discharge port prematurely, thus affecting the fineness of the powder. Therefore, the rotational speed of the device needs to be adjusted by the current of the engine.
Second, the speed of the blower
For light weight materials, if the blowing speed is too high, the particles that cannot be achieved will be blown into the dust collector. On the contrary, for large particles, the wind speed is too small, which will affect the discharge of the material, and the selection speed of the blower will be affected by the wind speed.
Third, the wear level of the grinding roller and the grinding ring
Since the Raymond mill is in production, the grinding roller and the grinding ring are not connected, the grinding machine work, the wear of the roller and the ring will also increase. If the production material cannot be fully ground, the fineness of the material will be affected. Influence, so the amount of coarse particles will increase.
Fourth, the turbine blade of the analyzer
The analyzer in the Vertical Grinding Mill is equipped with a large number of turbine blades, mainly distributed in the shape of the sun, and the use of the blades will affect the powder separation of the analyzer. The coarse powder is passed through the analyzer, which is also the reason for the too much of the finished coarse powder is the powder collector.
The above are the major factors affecting the particle size of the Raymond mill, and I hope to help everyone. If you have any other questions, you can consult the relevant personnel online and will answer your questions.