Mobile Impact Crusher

The mobile impact crusher has superior performance, new upgrade, convenient movement, simpler crushing, and integration of advantages. It is widely used in important industries such as sand and gravel, mining, construction, cement, highway, chemical industry, etc. It is suitable for crushing materials like river Pebble, granite, limestone, basalt, quartz sand and other medium hardness materials.

Production capacity: 85-650t/h

Feed particle size: ≤940mm | Discharge particle size

Applicable materials: construction waste, river pebbles, marble, slag, quartz sand, granite, basalt, etc.

Performance advantages of mobile impact crusher

  1. Wide application industry: widely used in mining, coal mine, construction waste recycling, earthwork, urban infrastructure, roads or construction sites and other site operations.
  2. Low input cost: It meets various requirements of users such as mobile crushing and mobile screening, making the production organization and logistics transfer more direct and effective, and the cost is greatly reduced.
  3. Unit integration: The integrated unit equipment installation form eliminates the complicated infrastructure installation operations for separate components and reduces the consumption of materials and man-hours. The reasonable and compact space layout of the unit improves the flexibility of site stationing.
  4. Configuration diversity: equipment can be flexibly configured according to the individual needs of users, including jaw crusher, cone crusher, hammer crusher, etc., and the diesel generator in the unit configuration can not only supply power to the unit, but also provide targeted process The system is configured with unit power supply.

Working principle of mobile impact crusher
The vibrating feeder puts the material into the impact crusher at a constant speed, and uses impact energy for crushing. Click to drive the rotor of the impact crusher to run at a high speed, throw the material into the action area of ​​the plate hammer, and collide with the plate hammer on the rotor. Then it is thrown to the impact plate device to be broken again, and it bounces back to the action area of ​​the plate hammer. This is a cycle, which is repeated back and forth.

The material enters the counterattack chamber from large to small for size shaping until it reaches the particle size required by the customer, and is discharged from the discharge port for screening and divided into several sizes. The rotor gap can be adjusted at the discharge port of the impact crusher to meet the particle size and shape required by customers.

Specifications – Technical Data

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