• Name :Artificial Sand Making Process Plant
  • Abstract:



Contrastive analysis of working flow of Artificial Sand Making Process Plant and crusher

The position of Artificial Sand Making Process Plant in the market can be said to be quite stable, the rapid development of mining industry in recent years, to a large extent, promoted the rapid development of Artificial Sand Making Process Plant.

There are many kinds of Artificial Sand Making Process Plants, but the working process of the Artificial Sand Making Process Plant is basically the same, that is, the material from the hopper into the crusher, the material will be divided into two parts through the distributor, part of the distributor into the middle of the high-speed rotating impeller, in the impeller is accelerated rapidly, its acceleration. It can reach several hundred times the acceleration of gravity, and then it is ejected from the three uniform passages of the impeller at the speed of 60-70 m/s. First, it is impacted and broken with the part of the material collected and dropped around the distributor, then it is impacted together on the material lining in the vortex support chamber, rebounded by the material lining, and impacted obliquely upward to the top of the vortex chamber. The material emitted from the impeller passage forms a continuous material curtain. Such a piece of material is subjected to two or more probabilistic impacts, friction and grinding in the swirling crushing chamber. The broken material is discharged from the lower discharge port.

Crusher and Artificial Sand Making Process Plant are very different, crusher is generally used in complex, large-scale crushing work, crusher work is a block of ore from the hopper into the upper crushing chamber on the discard, with the help of the centrifugal force of the discard to throw the material into the inner wall of the cylinder, and installed in the inner wall of the counter-attack plate. Collision, at the same time the materials impact each other, so that they break or produce a large number of hair cracks, then the material into the conical rotor cavity, in the conical space spiral fall, stamping, extrusion, so that the existing cracked ore is further broken. Material is hit in the chamber, high-speed running block and counterattack plate collision again, material flow collision makes the material through the impact, impact, shear, extrusion surface crushing, thereby improving the crushing efficiency.