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Technical characteristics of impact crusher
In the sand making process of impact crusher, due to improper working environment or operation, the wear-resistant parts of impact crusher wear quickly, which increases the production cost. Therefore, when using the equipment, it is necessary to strengthen the maintenance work to make the equipment get good use and work efficiency.

First, the production advantages of impact crusher 1. The introduction of new high-energy centrifugal impact crusher equipment is a new German technology introduced by Kone Machinery, with a number of independent new-generation products.

2. In the design, the rotation speed, stroke and crushing cavity were optimized, and the layered crushing of grain was realized, the yield was significantly improved and the product shape was greatly improved.

3. After the cavity rotor is optimized, the material throughput is increased by about 30%, and the design of combined hammer reduces the use cost.

4. The traditional impact crusher takes the principle of single particle crushing as the design guiding principle, and the product design is conservative, with low efficiency and high energy consumption, which seriously affects the economic interests of crusher manufacturers and users.

5. The new series of high-energy centrifugal impact crusher has high output, good particle shape, easy automatic control, high reliability and flexibility, and can really create more value for users.

6, in the later use process, the equipment runs well, rarely need to stop maintenance. Especially the impact crusher, not only works well, but also has high efficiency. The produced materials are uniform in size, meet the market demand and have high profits.

Second, the working principle of the impact crusher: the material enters the high-speed rotating impeller crusher from the silo at the upper part of the machine, and the material collides with another part of the material reflected around the crushing cavity to form a crushing curtain without rapid contact with the crushing cavity; After the materials collide with each other, the impeller and the materials collide with each other in the crushing cavity, and the materials are crushed by mutual friction; The crushed materials are directly discharged from the lower part of the crusher, forming a complete multi-cycle; Finally, the granularity specification required for the finished product is controlled by the screening equipment.

Impact crusher can be widely used in all kinds of ores, cement, refractories, bauxite, emery, glass raw materials, machine-made building sand, stone and various metallurgical slag, especially hard, superhard and wear-resistant materials such as silicon carbide, emery, sintered bauxite and fine sand.