How to adjust the crushing particle size of the crusher?

The crushing particle size is an important indicator to judge the crushing effect of the crusher, so in the process of using the equipment, how we reasonably adjust the crushing particle size of the equipment is very critical. The customer's problem in the crusher is abnormal vibration? Now let's look at the main reason for this phenomenon?
It is mainly due to the uneven feeding of artificial materials or the feed particle size is larger than the feed particle size of the crusher, and there are metals with relatively high hardness in the crushed materials.



So how to solve the vibration of the crusher?

First of all, the feeder should ensure the uniformity of the material when feeding. If the uniform feed is accompanied by vibration, the inspection must be s*ped to remove metallic solids from the material. After cleaning, check whether the fixing screws are loose. If loose strengthen it. Then check whether the particle size of the crushed material can meet the crushing needs of customers. If the demand is not met, it is usually because the rollers in the crusher wear a lot and will not be changed in time, resulting in a decline in the roller crushing * of the material.

The solution is to replace the drum while ensuring the uniformity of the feed. In addition, the crushing particle size of the crusher should be adjusted reasonably to solve the problems of uneven particle size of the crushed material and large crushing ratio. This phenomenon may occur because the gap between the rollers of the crusher is large, and some small-sized materials cannot be completely crushed. The solution is to adjust the gap between the rollers for the discharge port. Dimensions have been adjusted. If the material particles are still too large, it is necessary to repeat the two-stage crushing.

In short, during the use of the crusher, reasonable adjustment of the crushing particle size can not only meet the crushing needs of the equipment, but also one of the methods to improve the efficiency of the equipment.