The organic fertilizer crusher uses the weight of the material itself to fall into the high-speed rotating chain in the crushing chamber of the vertical crusher through the feed inlet, and uses the centrifugal force of the rotor of the vertical crusher to throw the material to the inner wall of the cylinder, so under the combined action of the rebound force and gravity, the crushed material rotates rapidly in the inner chamber of the vertical crusher.

At the same time, the materials fall down and collide violently with the impact plate installed on the inner wall of the vertical crusher and the materials collide with each other, causing material breakage or a large number of cracks; Then the materials enter the grinding chamber of the first layer of the vertical crusher. The materials fall in a spiral shape. After punching and extruding, the cracked materials are further broken. Then the refined materials continue to migrate downward and enter the grinding area of the second layer of the vertical crusher.

The materials have been subjected to both impact and grinding. Due to the resistance generated by the feed inlet and outlet of the grinding area, the powder is in a closed grinding state in this area, making the material finer than mm. When the material is discharged through the outlet, the average particle size can reach about 1mm.

When the organic fertilizer crusher is working, the materials enter from the feed inlet and collide with the high-speed chain or blade in the casing of the organic fertilizer crusher. After the impact, the materials will be crushed, and then hit the inner wall of the casing and hit the hammer again. In this way, the raw materials will be impacted several times during the falling process until they become powder or small particles and come out of the outlet at the lower part of the crusher, The whole process is finished.