In terms of its working principle, the impact crusher can be simply described as the principle of stone crushing. During the natural falling process, the stones collide with the stones accelerated and thrown out by the impeller to achieve the goal of crushing. When the accelerated stones collide with the naturally falling stones, a vortex is formed, and two more crushing processes are carried out during the return process. Therefore, the wear on the crusher machine's counterattack plate is minimal during operation. The stone material falls directly into the high-speed rotating turntable from the upper part of the machine. Under the action of high-speed centrifugal force, it collides with another part of the target stone that is distributed in an umbrella shape around the turntable at high speed and undergoes high-density crushing. After colliding with each other, the stone material will form vortex motion between the turntable and the casing, causing multiple collisions, friction, and crushing, and will be discharged directly from the lower part. Form a closed loop multiple times, controlled by screening equipment to achieve the required particle size.
Working Principle
Application
The modular impact crusher is used for producing metal and non-metal ores, cement, refractory materials, glass raw materials, building aggregates, artificial sand, river pebbles, mountain stones (e.g., limestone, granite, basalt, diabase, andesite), ore tailings, stone chips, highway pavement materials, cushion materials, and asphalt and cement concrete aggregates. It excels in crushing medium-hard to extra-hard materials, including silicon carbide, diamond sand, sintered aluminum vanadium soil, and magnesia sand. It is also effective for fine and coarse grinding of various metallurgical slags. It can be used in conjunction with hydraulic protection for jaw crushers and is suitable for construction sand and road construction gravel.
Video Presentation
Product Parameter
Serial number | Project | Description | SC-J85D |
1 | Feeding equipment | Hopper volume(m³) | 3 |
2 | Maximum feed size(mm) | 50 | |
3 | Feed capacity (t/h) | 150-350 | |
4 | Power of Feeder | 7.5(kw)×2 | |
5 | Impact Crusher For | Models | 85D |
6 | Maximum feed particle size (mm) | 50 | |
7 | Inlet size (length x width)(mm) | 1540×1000 | |
8 | Processing capacity(t/h) | 250 | |
9 | Power(kw) | 220 | |
10 | Weight(t) | 18 | |
11 | Main belt conveyor | Width/length (mm) | 1200×19100 |
12 | Discharge height(mm) | 3200 | |
13 | Power(kw) | 15 |