Working principle of impact crusher: impact crusher is also called impact sand crusher, and its excellent performance plays an important role in various crushing equipment. The invention has high production efficiency and good energy saving. Compared with the traditional sand crusher, it can effectively save energy by 50%, and the power consumption is only half of that of the same type crusher, which not only improves the production efficiency, but also saves the production cost.
Materials enter the high-speed rotating impeller crusher from the silo at the upper part of the machine. Under the condition that the material is not in rapid contact with the crushing cavity, the material collides with another part of the material reflected around the crushing cavity to form a crushing curtain. 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.
Working principle of impact crusher: impact crusher has strong processing capacity, crushing rate of more than 50%, good granularity of finished products, high efficiency and large output, and is widely used in industries that need high-quality sand and gravel, such as roads, bridges, buildings, water conservancy and hydropower. There are many types and models of impact crushers, which brings great trouble to users in purchasing equipment.
Impact crusher uses impact energy to meet the template requirements of broken materials. When the machine works, it is driven by the motor and the rotor rotates at high speed. When the material enters the action area of the plate hammer, it collides with the plate hammer on the rotor and is broken, then it is thrown into the impact device again, and then bounces from the impact liner to the action area of the plate hammer and is broken again. This process is repeated, and the material is broken into 1, 2, and 3 impact chambers in turn from large to small until the material is broken into the required particle size. Discharge through the outlet.
The above introduces the working principle difference between impact crushing and counter-impact crushing. If the above answers are useful to you, please encourage me to praise me so that I can help more people. Thank you!