Factors affecting the effect of Raymond mill feeding.

The feeding and feeding effect of Raymond mill is one of the important preconditions for the normal operation of Raymond mill. So, what are the factors that affect Raymond mill feeding effect in grinding?

 

1. Tooth profile of feeding roller. In general, the basic teeth of the feed roller in the grinding mill are trapezoidal teeth, saw teeth, spiral teeth and corn teeth. In these different types of teeth, the trapezoidal teeth are usually suitable for the loose material, and the sawtooth is suitable for the scattered materials. Among them, the trapezoidal teeth not only have strong wear resistance, but also not easy to attach the material to the equipment, and become a widely used tooth type.

 

2. Feed roller speed. The speed of feeding roller is an important parameter to influence the feeding effect in the process of grinding materials. If the feeding roller's speed is too high, the material will appear on the roller surface in the action of the strong centrifugal force, or the phenomenon of leaving the feeding roller too early. However, if the feeding roller speed is too low, it will not only affect the production efficiency of ramon mill, but also may affect the effect of the uniform material of Raymond mill.

 

3. Uniformity of door clearance. For Raymond mill, the uniformity of gate clearance is one of the important factors affecting feeding effect. With the continuous development of ramon grinding technology, the support at the end of the ramon grinding door on the market is adjustable. In order to ensure the uniformity of feed flow, special attention should be paid to the straightness of the door blade in two directions.

 

In order to ensure that Raymond in grinding mill operation in the production of efficient high-quality operation, make the powder fineness better meet the needs of users, reduce the incidence of failure in the grinding operations, usually we feed flow using the function of automatic adjustment. The feed flow is automatically adjusted according to the change of the incoming material flow to ensure the automatic, intelligent and efficient operation of the equipment.