Introduction of
Coarse Powder Crusher Machine
This coarse crushing machine is mainly applicable to the pharmaceutical, food, chemical industry, metallurgy, construction and other industries, the strong and difficult pieces of material processing, including the plastic pieces, steel wire, sugar, salt, cocoa cake etc, also can be used as supporting equipment before fine crushing process.
Working Principle of
Industrial Coarse Grinder Machine
The material is sent into the crushing chamber by the feeding hopper and sheared and crushed simultaneously by the impact of the blade and tool holder. Due to the action of rotating centrifugal force, the material will flow out of the outlet automatically.
Note: due to the great difference in materials, the yield difference of coarse grinding machine is large.
Features of
Coarse Powder Grinding Machine
1. Without any restrictions on viscosity, hardness, softness and fiber, any material can be smashed better.
2. By adjusting the clearance between the knife and the fixed knife, the size of the particles can be controlled.
3. Through the control of the screen, the required particles will be discharged from the discharge port, while the materials that do not meet the requirements will continue to shear and crush in the grinding room until the requirements are met.
4. Low noise, low energy consumption, good crushing effect and uniform particle size.
How to operate industrial coarse crusher machine?
1. Materials should not contain metal and other excellent debris, once entered the crushing chamber, the tool will cause serious damage.
2. The motor steering should be in accordance with the prescribed steering.
3. In the process of production, the noise of the crushing chamber should be paid attention to frequently, and the abnormal situation should be stopped immediately for inspection, and the work can be continued after troubleshooting.
4. Often pay attention to the wear of cutting tools, too serious, should be toughened or changed, tool wear and tear will have a serious impact on the production of toughness and fibrous material.
5. The particle size is too low or the discharge is too slow. Check whether the mesh is blocked or not.