Ferrite mixing is a critical step in producing high-performance magnets, and its uniformity directly impacts the product's magnetic properties and stability. AKW counter-current ferrite mixers include both industrial-grade and laboratory-grade equipment:

Technical adaptability is a priority: The R19 counter-current flow principle solves the problem of segregation caused by density differences in magnetic materials, making it a key alternative to traditional V-type mixers.

Hidden cost control: Avoiding metal contamination reduces post-electroplating costs (nickel coating thickness can be reduced from 15µm to 10µm8), enhancing environmental benefits.

Ferrite core premixing: MnZn powders are mixed under an inert atmosphere to prevent magnetic losses caused by oxidation and maintain a permeability deviation of less than 2%.