From May 4 to 7, 2026, Gauss Magneti will be exhibiting at IFAT Munich with magnetic separation solutions for material recycling, designed to improve plant efficiency and the quality of recovered fractions.
In recycling plants, the separation of ferrous (FE) and non-ferrous (NE) metals is a fundamental step to ensure operational continuity, waste reduction, and material valorization.
In recycling plants, the separation of ferrous (FE) and non-ferrous (NE) metals is a fundamental step to ensure operational continuity, waste reduction, and material valorization.
Metal separation in recycling processes: a process variable
In modern waste treatment plants, material streams are increasingly complex:
• heterogeneous materials;
• multiple contaminations;
• variable particle sizes.
In this context, non-ferrous metal separation represents a critical stage for:
• increasing fraction purity;
• recovering valuable materials;
• optimizing recovery while reducing useful material losses.
High-frequency eddy current separation: when it truly matters
One of the most effective technologies for achieving high levels of precision in non-ferrous metal separation, even on difficult fractions, is the high-frequency Eddy Current separator.
Thanks to the rotor configuration, the system is particularly effective on:
• mixed plastics (PET, HDPE, PVC, LDPE, PP, PS);
• fractions derived from WEEE;
• end-of-life vehicle residues (ASR);
• fine materials or those with high contamination levels;
• incinerator bottom ash (IBA).
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