In iron powder granulation, users often struggle with two traditional methods: extrusion granulation requires a preliminary mixing stage, resulting in a lengthy process and a large equipment footprint; spray granulation suffers from high energy consumption and low efficiency, with limited suitability for metal powders. The emergence of the intensive mixer offers a superior solution—it excels at processing metal powders like iron, and its integrated design makes mixing and granulation efficient, precise, and cost-effective.
Granulating mixer for iron powder
The process integrates mixing, granulation, and even heating functions into a single unit, removing the need to link separate mixers and granulators and truly achieving a "one-step" solution.
Iron Powder: Before and After Granulation
Controllable Heating: Heating functions can be selected based on material characteristics to accelerate the granulation process—ideal for specific formulations requiring temperature control.
The CRV19 inclined intensive mixer utilizes a counter-current, multi-action mixing principle that integrates mixing, dispersing, granulating, and deaerating. Developed by CO-NELE, this equipment is designed for both pilot-scale testing and industrial prod
The CO-NELE mixer-granulator offers great flexibility in controlling granule size. As different zirconia products entail varying granulation requirements, the machine can accommodate a wide range of specifications, with granule size adjustable in real-tim
Intensive mixer for lithium-ion battery materials, supporting mixing, dispersion, homogenization, kneading, granulation and coating of advanced battery materials.
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