The mobile impact crushing plant has broad application prospects in the field of crushing operations due to its high flexibility, efficient crushing capacity, wide adaptability, cost saving, environmental protection performance, and easy operation.
The mobile impact crushing station adopts an integrated design and can be easily moved to different working sites without complicated installation and disassembly processes. This makes it extremely flexible when handling materials such as construction waste, rocks, or minerals, and can quickly adapt to different working environments.
The impact crusher adopts the principle of impact crushing to efficiently crush materials and produce finished products with better particle size. At the same time, it has a high crushing ratio and crushing efficiency, which can meet the needs of different users for material particle size.
The mobile impact crushing plant can handle many types of materials, including medium hardness and brittle materials, such as limestone, gypsum, coal, etc. Its wide applicability makes it play an important role in different industries and fields.
This equipment can be driven directly to the site for crushing operations, eliminating the need for material transportation, and thereby reducing transportation costs. At the same time, its integrated design reduces the equipment footprint and infrastructure costs, further reducing investment costs.
First, raw materials (such as ores, rocks, construction waste, etc.) are fed into the silo of the mobile impact crushing station through forklifts, excavators, and other equipment. These raw materials then enter the screening feeder, where the smaller part of the raw materials will leak directly through the screen holes and be directly formed into mounds or further processed by the excavating belt conveyor.
Materials with larger particle sizes continue to enter the impact crusher through the screening feeder. In the impact crusher, the motor drives the rotor to rotate at high speed through the triangle belt. The plate hammer on the rotor radiates under the action of centrifugal force. When the material enters the rotating range of the plate hammer, it is impacted by the high-speed rotating plate hammer. The material is thrown to the impact plate along the tangential direction of the plate hammer for impact. This impact process causes the material to be continuously impacted and squeezed in the crushing cavity, causing damage to its internal organization, thereby achieving crushing.
SMC Impact crusher | SMC1010PFS | SMC1210PFS | SMC1214PFS | |
Transport size | ||||
Length(mm) | 10800 | 12200 | 12500 | |
Width(mm) | 2480 | 2743 | 2900 | |
Height(mm) | 4170 | 4200 | 4200 | |
Alex weight(kg) | 15900 | 17200 | 22100 | |
King pin weight(kg) | 11300 | 14300 | 17500 | |
Impact crusher | ||||
Model | PF1010 | PF1210 | PF1214 | |
Feed opening(mm) | 400X1080 | 400X1080 | 400X1080 | |
Vibrating screen | Vibrating screen | |||
Model | 4YK1235 | 4YK1545 | 4YK1548 |
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