Efficient Grinding, Superior Performance! Batch-Type Ceramic Ball Mill for Precision Carbon Powder Processing.
In the production of carbon powders (such as lithium battery anode materials, conductive carbon powders, ink pigments, etc.), fine grinding is a critical step that determines product performance. Traditional grinding equipment is prone to metal contamination and inefficiency, while the batch-type ceramic ball mill—with its high purity, wear resistance, and easy cleaning—has become the ideal solution for carbon powder processing!
Advantages of Batch-Type Ceramic Ball Mill:
1. Zero Metal Contamination:
Uses high-alumina ceramic liners + ceramic grinding balls, preventing iron, nickel, and other metal impurities—ideal for high-purity carbon powders.
2. Efficient Grinding, Uniform Particle Size:
Adjustable variable-frequency speed control optimizes grinding time, achieving ultra-fine powders.
3. Energy Saving & Low Consumption:
Batch design allows flexible process adjustments based on material properties, avoiding over-grinding and reducing energy consumption compared to continuous ball mills.
4. Easy Cleaning & Cross-Contamination Prevention:
Smooth, non-porous ceramic lining minimizes residue, making it perfect for small-batch or high-value production (e.g., R&D or specialty products).
Customer Case Study
A steel materials company adopted a 1-ton batch-type ceramic ball mill for carbon powder processing:
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Material: Mixture of carbon powder and coal tar pitch
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Process: Wet grinding with ceramic balls (Φ30mm, 25mm, 20mm)
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Feed Size: Carbon powder – 50 mesh; Pitch – 8mm
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Output Size: 170 mesh
Technical Parameters
|
Model |
Φ1.8×1.8 m |
|
Effective Cylinder Volume (m³) |
4.5 |
|
Power (kW) |
37 |
|
Speed (rpm) |
17.8 |
|
Processing Capacity (kg/batch) |
965 |
|
Type |
Wet Batch Feeding |
|
Drive Method |
Gear Transmission |
|
Max. Grinding Media Load (t) |
Approx. 4 |
