The rapid development of the real estate industry has also greatly increased the demand for sand and gravel of building materials. Spiral chute plays a very important role in gravity beneficiation. How to improve the production efficiency of spiral chute has become a key part. In the actual spiral chute, we found that some spiral chutes meet the basic requirements of high-performance production to ensure sediment yield. Let the engineer show you how to improve the output of nylon spiral chute.

First, the feeding device of the spiral chute must adopt a unified process specification, which can minimize the difference in grain size when the stone enters the machine. If so, this will greatly improve the operation speed and improve the production efficiency. Secondly, when selecting the type of crushing space, we find that it is not a long and narrow space, which makes the material maintain for a long time. Its influence can improve the crushing space of spiral chute treatment.

This also requires us to compare all these processes to ensure a time-consuming process. Generally speaking, in the case of medium and low yield, we choose the 2-3 cavity design, but in the case of high yield, we choose the streamline design of 1 cavity.

Third, the design of one cavity and streamlined structure require us to correctly control the grain size. Not all grain size control theories can be applied to the design of the working cavity of this spiral chute. Compared with the excellent manufacturing process, we found that the use of u-cavity crusher is suitable.

Fourth, the new high-efficiency nylon spiral chute needs to control the grain size. It is independent, and the bad grain size cannot appear in the crushing space. When the cavity structure needs to be adjusted, it will save the labor cost, so as to be applied independently to a large extent. In order to improve the efficiency and reflect the high-performance characteristics of the spiral chute, the above procedures need to be noticed.