Ultra-fine millThe working principle is to use the friction between the grinding disc and the grinding bead that rotates at high speed to crush the material into ultra-fine powder. In this process, the grinding discs and grinding rollers generate a lot of heat, which can turn into water vapor if wet material is processed, causing the temperature inside the mill to rise and possibly even cause equipment failure.
In addition, wet materials are prone to adhesion during processing, which not only affects the crushing effect, but also may clog the mill and cause the equipment to run poorly. Moreover, during the crushing process of wet materials, the friction between particles will be reduced, which greatly reduces the crushing effect.
So, how to solve the problem of crushing wet materials?In fact, the method is very simple, which is to dry the wet material. By drying the material, the moisture in the material can be reduced to a safe range, thus avoiding the failure of the mill due to the processing of wet materials.
Of course, there are many ways to dry it, such as natural drying, hot air drying, vacuum drying, etc. Different drying methods are suitable for different materials, and need to be selected according to the actual situation. In the drying process, it is also necessary to pay attention to controlling the temperature and time to avoid over-drying of the material and affecting the crushing effect.
Ultra-fine millWet materials cannot be processed, mainly because wet materials are easy to cause equipment failures and affect the crushing effect. The solution to this problem is to dry the wet material to reduce the moisture to a safe range. In the drying process, it is necessary to choose the appropriate drying method according to the characteristics of the material, and control the temperature and time. Only in this way can we ensure that the ultra-fine mill works properly and produces a high-quality powder product.