Residual Magnetic Plate shredder system:

The standard processing method for internationally recognized residual electrode plates typically involves packaging by a packaging machine, followed by transportation to smelting furnaces for smelting and subsequent recycling.  Issues such as large land occupation and high energy consumption have consistently plagued electrolytic copper enterprises.  After being crushed into smaller fragments, the footprint can be reduced by 50%, significantly improving transportation efficiency while saving both land space and logistics costs.  During smelting, the small particle size substantially enhances processing efficiency. The fragmented residual copper also achieves more uniform and concentrated heat distribution, resulting in substantial energy savings. Field applications have demonstrated a 20% energy reduction, making significant contributions to quality improvement, operational efficiency enhancement, and cost reduction for enterprises.