Strong countercurrent high shear mixers actually form pellets more efficiently than the "standard granulators" that many factories are currently using or considering for their material processing applications. In past experiments and practical applications, we have demonstrated the excellent pelleting capabilities of our power mixers, which offer higher yields and shorter processing times than standard pelletizer machines. Because our mixers can be used for high precision mixing as well as for accurate granulation, they are called mixed granulation machines.
Our high shear intensive mixer can achieve the ideal mixing purpose in the material preparation process that requires mixing and granulation. These two processes can be completed to a high standard in one device, both mixing the material fully and evenly, while pelleting the material according to the preparation requirements.
When using an extruded pelletizer or disk pelletizer, other auxiliary equipment must also be purchased, such as mixers and conveyors, which generally mix the material first and then transport it to the pelletizer. This not only increases the cost of equipment procurement, but often increases the footprint of the equipment, requiring more work to maintain, repair and operate the equipment.
As we approach 2026, the mixing and granulation machine industry is poised for structural growth. Driven by downstream demand in sectors such as AI, electric vehicles, and semiconductors, the advanced ceramics industry is rapidly upgrading; CO-NELE Machin
CO-NELE ferrite mixer-granulators are highly effective for processing raw materials used in magnetic materials, ferrites, soft ferrites, ferrite cores, and molded inductors.
CO-NELE provides advanced refractory material mixing solutions with planetary mixers, intensive mixers, and muller mixers for global manufacturers. 20+ years experience, serving 100+ countries.
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