The efficient recovery of chromite fines is a significant challenge in the mineral processing industry due to their small particle size and high dispersion. This study explores the application of the SLon high gradient magnetic separator (HGMS) for the beneficiation of chromite fines. Through a series of controlled experiments, the effectiveness of the SLon HGMS in improving the grade and recovery rate of chromite fines was evaluated. Key parameters such as magnetic field intensity, feed rate, and particle size distribution were optimized to achieve maximum recovery. The results demonstrate that the SLon HGMS significantly enhances the separation efficiency of chromite fines, achieving high recovery rates with minimal loss of valuable minerals. This technology offers a promising solution for the economic and sustainable processing of chromite ore, contributing to the overall efficiency of mineral resource utilization.

Chromite fines, High gradient magnetic separator (HGMS), Mineral processing

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