The high-magnetic dry powder magnetic separator is suitable for the edible milk powder industry, with flexible installation and simple operation

The working principle of dry powder magnetic separators used for material purification in food processing plants

The working principle of the JC dry powder magnetic separator in food processing plants is that when food powder materials (such as flour, milk powder, etc.) enter the equipment through the feed port, they flow evenly into the iron removal chamber through the flow guide structure. The built-in high magnetic energy product permanent magnet or electromagnetic coil forms a high-intensity and high-gradient magnetic field area, and is combined with a special material medium net. It can quickly adsorb ferromagnetic impurities such as iron filings and iron powder mixed in the material, while the pure powder is not affected by the magnetic field and continues to flow. Meanwhile, the equipment enhances the dispersion of materials through vibration assistance, ensuring that impurities are fully exposed and adsorbed. The flap structure of the material distribution valve solves the problem of material leakage, achieving a complete separation of iron powder and materials. Moreover, relying on fully automatic control, it can automatically discharge iron at regular intervals and in fixed quantities, without the need for manual supervision throughout the process. The parts in contact with food are made of food-grade materials, which not only guarantees the purity of the materials It also complies with food processing hygiene standards, is easy to install and can be adapted to production lines or used independently.

Improvement and Benifit

Efficient iron removal and unloading: The JC dry powder iron remover removes and displaces iron from materials through vibration. Combined with the flap structure of the material distribution valve, it forms an efficient" iron separation and unloading mechanism ", which can not only quickly process materials but also effectively solve the problem of material leakage, ensuring the thorough separation of iron powder and materials." For instance, a well-known milk powder factory, before introducing this equipment, had low iron removal and unloading efficiency and the problem of material leakage. Its processing capacity was only 3 tons per hour, and manual cleaning of the leaked material was required. The residual iron powder affected the purity of the product. After use, the processing capacity per hour has been increased to 5 tons, the problem of material leakage has been completely solved, iron powder and materials have been thoroughly separated, the iron removal effect has been significantly improved, and both production efficiency and product quality have been significantly enhanced. ​

Main parameters