Dolomite PCX impact impact high-efficiency fine crusher

The series of high-efficiency fine crushers are a new generation of high-efficiency fine crushers. The use of a reasonable multi-cavity crushing chamber combined with a new and convenient double adjustment mechanism can ensure that the discharged granularity occupies % of the product's granularity and is fine and uniform. The convenient inspection and maintenance device makes it easier to replace the hammer head and screen plate. Wear parts are made of new high-quality multi-element high-alloy wear-resistant materials to ensure the superior wear resistance and impact resistance of the hammer head liner. Compared with conventional crushers, the series of high-efficiency fine crushers operate smoothly, have low dust and low power consumption.
.> After the material enters the machine body, it encounters the high-speed counterclockwise rotating hammer head, and is hit head-on by the hammer head. Large pieces of material are immediately crushed, and the fragments fly upward at high speed to the impact plate for a second collision, crushing, rebounding and subsequent flying of the material. The materials collide with each other and the crushed materials are crushed in the first chamber and then enter the second chamber for repeated crushing. Finally, the materials that meet the requirements are filtered, frictionally and crushed by the discharge grate, and the coarser materials are discharged from the grate slits and returned to the first chamber for re-crushing. Since the material layer is densely suspended in the crushing cavity, the subsequent materials entering the crusher are shot into the dense material layer like bullets hitting a target. The crushing cavity is like a hail of bullets, bullets flying horizontally, and the materials collide with each other at high speed to produce efficient cleavage and crushing of fine particles. The particles are violently rubbed to produce a large amount of fine powder. Finally, the qualified fine powder is discharged through the grate slits. Since %~% of the crushing in the stone-on-stone crusher is caused by the collision between materials, the wear load of the hammer head and lining plate is only %~% of that of the conventional crusher. In the past, a large number of harmful functions were used to wear the hammer head and lining plate. In order to effectively break materials, it truly realizes stone-on-stone cleavage and crushing. Compared with conventional crushers, its power consumption is reduced, the life of wear-resistant parts is increased, and the crushing ratio is increased.
.> Structural Features
.> .Using a three-cavity curved crushing chamber to increase the number of material strikes and reduce hard extrusion friction, thereby reducing hammer head loss.
.> .The gap between the impact plate and the hammer head can be easily adjusted to effectively control the discharge particle size.
.> .The deflectable structure can prevent the hammer head from breaking to a certain extent when encountering hard materials.
.> .The cover opening device has a hydraulic device (if optional), making maintenance more convenient.
.> .The clearance between the left lining plate (adjustment and structure side), grate and hammer head is adjustable. When the particle size exceeds the specified value, it can be adjusted inward according to different methods.