Based on the physical properties of the materials, different equipment is used for grinding and classification to achieve a certain yield ratio. Based on the numerous successful cases of our company with various enterprises, the use of our dedicated mechanical ultra-fine grinding machine - a graded Impact Mill (effectively reducing the energy consumption of production equipment) can achieve the desired grinding effect. For specific materials, a fluidized bed jet mill can be used for grinding and classification. For high purity requirements and anti-oxidation, an inert gas protected grinding classifier can be adopted to isolate oxygen and conduct enclosed production. Our company can customize the manufacturing process according to the different raw materials and requirements of each enterprise. Please feel free to inquire!
Equipment Features:
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The jet mill has shaping capabilities, resulting in excellent particle morphology of the finished product, able to produce spherical (potato-shaped) particles.
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Narrow particle size distribution and high tap density of the finished product.
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The mechanical ultra-fine grinding machine has low over-grinding, and the yield rate can reach over 75%-95%.
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The equipment interior can be lined with wear-resistant materials, resulting in high purity of the finished product and minimal equipment wear.
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The Air Classifier adopts frequency conversion adjustment, allowing for arbitrary adjustment between 0.5um-100um.
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The equipment operates stably with no difference or change after prolonged continuous operation.
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Fully enclosed negative pressure operation, automated control, low noise, and no dust pollution.
Application Fields:
Positive and negative electrode materials for battery powders: typical materials include Lithium Cobalt Oxide, Lithium Manganese Oxide, Lithium Iron Phosphate, Lithium Nickel Cobalt Oxide, Lithium Nickel Cobalt Manganese Oxide, Lithium Iron Phosphate, Manganese Dioxide, Lithium Carbonate, Cobalt Oxide, Ferrous Oxalate, Lithium Hydroxide, Graphite, Coke Powder, Carbon Microspheres, Pitch, Lithium Titanate, Silicon, Silicon Suboxide, Iron Phosphate, etc.
Technical Parameters:
| Model | Feed Particle Size (mm) | Discharge Particle Size (μm) | Processing Capacity (kg/h) | Installed Power (kw) |
| SCWN-Q200 | ＜1 | D50=3-5 | 15-40 | ＜60 |
| SCWN-Q400 | ＜5 | D50=3-5 | 50-150 | ＜170 |
| SCWN-C200 | ＜5-10 | D97=10-15 | 120-150 | ＜35 |
| SCWN-DB200 | ＜1 | D97=15 | 15-40 | ＜60 |
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