Powder shaping machine and coating-deagglomeration machine improve the flowability of coal powder.


Native coal‑powder particles exhibit sharp edges and corners, resulting in relatively high inter‑particle friction; this makes pipeline transport prone to blockages and requires time‑consuming shutdowns for cleaning. Ultrafine powders, on the other hand, tend to agglomerate and cake upon exposure to moisture, which adversely affects gasification and compromises the stability of downstream processing.

The honeycomb powder‑shaping mill features an integrated coating‑and‑deagglomeration design: within the chamber, materials undergo high‑speed collisions that grind away sharp edges while simultaneously breaking up agglomerates. A finely atomized modifier coats the particle surfaces, reducing inter‑particle friction and enhancing flowability. A built‑in drying module removes excess moisture, minimizing moisture absorption and hardening during storage.

The equipment’s chamber features replaceable wear‑resistant liners, minimizing metallic contaminants introduced by high‑hardness coal fines and ensuring the quality of carbon‑based and rubber/plastic fillers. Its modular design enables quick disassembly and reassembly, with a moderate replacement cycle for wear parts, making it well suited to continuous modification lines for coal‑based composite materials and expanding the scope of comprehensive coal‑powder utilization.

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