Qinhuangdao Inert Gases Protection Ultra Fine Powder Grinder

Qinhuangdao Inert Gases Protection Ultra Fine Powder Grinder

· Principle of Operation

MPL type fine powder breaking machine has a variety of ultra-fine powder equipment, main material machinery, breaking room and branch machinery structure, battery materials for crushing, non-metallic metals, electronic materials, chemical engineering, abrasives, refractory materials, rare earth and other areas.
 

 

· Operational principle

The material-based additive system has a continuous flow of powder into the powder chamber, the high-speed turning of the material causes a strong force to break, and the simultaneous effect of the separation of mental forces, the addition of powder to the powder, the combined forces of various forces such as cutting, friction, and fragmentation. The processing of the powder processing room, the material input division, the transportation division, the coarse material processing, the matching particle size requirements, the separation, and the opening of the breakdown cavity. Particle size and large material, continuous flow into breaking area, progressive secondary breaking selection. Grain collection of ultra-fine powder that can be selected.

1. Highly effective separation source, product particle size up to 2μm;
2. High speed sword design, high production rate;
3. Processed material particle size control, positive distribution, limited size;
4, the real design, the current trend of the materials;
5.Internally all ceramics, avoidance production and metal quality production;
6. Applicable materials: Applicable high hardness, high purity materials;
7. Commercial production of ultra-fine materials;
8. Different electric power control for uniform processing of the Japanese swords, speed arbitrary adjustment;
9, negative production, zero powder dyeing environment;
10. Available inertia system performance, closure circulation improvement (selection).

Particle size distribution before feeding

Particle size distribution after crushing

Flow Field Simulation of Nozzles                                                            Flow field simulation of the entire machine