Non-ferrous metal eddy current separator shipped to South Korea

Non-ferrous metal eddy current separator shipped to South Korea, facilitating efficient resource recycling in East Asia.

Recently, a high-precision non-ferrous metal eddy current separator completed commissioning and was shipped to South Korea, marking another breakthrough for Chinese renewable resource sorting equipment in the high-end East Asian market. Designed specifically for separating non-ferrous metals such as copper and aluminum from mixed solid waste, this equipment, leveraging its core technologies of "non-contact sorting + high-purity, precise identification," will provide an efficient solution for South Korean applications such as electronic waste and scrap car dismantling.

Leading Technology, Precision Sorting

The exported eddy current separator utilizes high-frequency electromagnetic induction. An alternating magnetic field excites non-ferrous metals (such as copper and aluminum) to generate eddy currents, creating a repulsive force opposite to the magnetic field, allowing them to be precisely ejected and separated from mixed materials (such as scrap circuit boards, shredded car bodies, and industrial waste). The equipment is equipped with an intelligent frequency modulation system that dynamically adjusts magnetic field strength (frequency range: 50-200Hz) based on material size and conductivity. This achieves a separation purity exceeding 97%, effectively preventing misclassification of non-target metals such as stainless steel and zinc alloys, and improving overall separation efficiency by 30% compared to traditional equipment.

Adapting to South Korea's needs and serving the circular economy
As a resource-poor country, South Korea has long relied on imported recycled metals. In recent years, legislation has mandated an increase in the local recycling rate for electronic waste (such as mobile phones and computers) and scrapped automobiles. The equipment exported this time optimizes the separation roller speed and material conveying speed for the mixed waste materials provided by the Korean customer (such as fine copper particles and thin aluminum flakes). It also utilizes wear-resistant and corrosion-resistant materials to withstand the frequent temperature and humidity fluctuations in the Korean climate, ensuring long-term stable operation.

Chinese separation equipment, with its precise technology, flexible customization, and high reliability, is rapidly entering the Korean high-end market. This collaboration not only provides a "Chinese solution" for the utilization of recycled resources in South Korea but also adds a new dimension to Sino-Korean green technology cooperation.

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