In industrial production and daily life, the presence of iron impurities often becomes a hidden danger that affects the performance of materials, product quality, and even equipment safety. Whether it's chemical raw materials, food additives, or recycled plastics and ceramic glazes, even tiny iron filings or iron oxide particles can alter product characteristics and reduce yield. Effectively removing iron impurities has become a key step in improving quality. Currently, common iron removal technologies include magnetic separation, gravity separation, and chemical dissolution. Among them, magnetic separation is widely used due to its simplicity and high efficiency. By using a strong magnetic field to adsorb iron particles, it can achieve rapid separation of non-iron materials from iron impurities, especially suitable for processing granular or powdered materials. In addition, combined with auxiliary methods such as vibratory sieving and airflow separation, it can further improve iron removal accuracy and processing capacity. Choosing a scientific iron removal solution not only reduces losses and improves product purity, but also extends equipment lifespan and reduces maintenance costs. We are committed to providing customized iron removal solutions for our clients, helping to achieve a cleaner and safer production environment.