Copper Scrap Gains Highlight the Value of Efficient Non-Ferrous Metal Recovery
Recent market data shows that copper scrap remained one of the strongest-performing segments in the North American scrap market during the week of May 29 to June 4, 2026. Cu/Al Radiators recorded a strong weekly increase, while major copper grades such as #1 Copper Bare Bright and #1 Copper Wire & Tubing also moved higher.
For recycling companies, this is more than a price update. When copper, aluminum, brass, zinc, and other non-ferrous metals become more valuable, efficient recovery becomes increasingly important. Valuable metal pieces that remain in residue, mixed plastics, ASR tailings, or low-grade scrap streams can directly reduce the final value of recyclable materials.
In many recycling operations, non-ferrous metals are mixed with plastics, rubber, glass, fluff, stainless steel, ferrous metals, and other impurities. Without a suitable separation process, small pieces of aluminum, copper, brass, and other conductive metals may be difficult to recover effectively, especially when the material size is fine or the feed composition is complex.
An EDDY CURRENT SEPARATOR is designed to separate conductive non-ferrous metals from non-metallic materials. Through the high-speed MAGNETic rotor inside the machine, non-ferrous metal particles are ejected forward, while non-conductive materials follow a different discharge path. This makes eddy current separation an important step for recovering valuable metals from complex waste streams.
CurrenTek EDDY CURRENT SEPARATORs can be used in a wide range of recycling applications, including ASR processing, Zorba recovery, UBC recycling, plastic separation, GLASS RECYCLING, IBA treatment, and mixed scrap processing. For plants handling fine materials or mixed waste streams, proper feeding, screening, MAGNETic separation, belt speed, rotor configuration, and material size control all play an important role in final separation performance.
Magnetic separation is also an essential step before eddy current separation. Removing ferrous metals first can help protect downstream equipment, reduce material contamination, and improve the working efficiency of the eddy current separator.
As scrap metal markets continue to change, recycling operators need more than market information. They need a stable and efficient sorting process that can improve metal recovery, increase product purity, and reduce the loss of valuable non-ferrous materials.
CurrenTek provides eddy current separators, MAGNETIC SEPARATORs, TROMMEL screens, and complete sorting solutions for different recycling applications. With a well-designed separation system, recycling plants can recover more value from every ton of material and improve the overall efficiency of their operation.
For recyclers processing ASR, Zorba, UBC, plastics, glass, IBA, or mixed scrap, improving non-ferrous metal recovery is a practical way to strengthen material value and long-term profitability.
