Plate Housing Magnet

        Materials enter the box-type iron removal chamber under gravity. Inside the chamber, high-performance NdFeB permanent magnetic plates on both sides generate a high-intensity magnetic field zone (with a surface magnetic field strength of 10,000–15,000 gauss). As the material passes through this magnetic region, ferromagnetic contaminants are instantly magnetized and, under the action of the dual-sided magnetic fields, are strongly adsorbed and firmly retained on the surface of the magnetic plates, while the purified material continues to flow freely into downstream processes. After a period of operation, the adsorbed iron impurities can be removed via the quick-opening cabinet structure; depending on the configuration, either manual scraping or rinsing may be selected for cleaning.

Features and Advantages

• More thorough iron capture: A bilateral opposing plate design creates a magnetic field superposition zone, effectively enhancing the ability to capture fine iron powders and weakly magnetic impurities.
• Enclosed cabinet design: The entire unit adopts a closed chamber structure, which effectively prevents dust leakage while improving magnetic field stability, making it suitable for continuous production environments.
• Quick-release mechanism for convenient maintenance: The equipment features a quick-opening cabinet door that allows for rapid inspection and cleaning, significantly reducing maintenance time and labor costs.
• Zero-energy operation—energy-saving and environmentally friendly: The all-permanent-magnet design requires no electrical power, generates no heat or noise, and keeps operating costs virtually zero.
• High-strength magnetic configuration: Utilizing high-performance NdFeB magnets, the magnetic field strength is stable, reaching 10,000–15,000 gauss, ideal for high-precision ferrous contaminant removal applications.

Optional Configurations

• Magnetic system options: NdFeB permanent magnets (for efficient, fine iron removal); ferrite magnets (for high-temperature or coarse-particle applications).
• Material selection options: SUS304 stainless steel (general industrial grade); SUS316L stainless steel (food-grade/pharmaceutical grade).
• Cleaning methods: Manual cleaning (quick-opening cabinet + hand wiping); scraper-assisted cleaning (to improve efficiency and reduce downtime).
• Surface treatments: Mirror polishing (anti-adhesive); wire drawing; sandblasting.
• Structural customization: Single-chamber or dual-chamber designs available; flanged connections or quick-connect clamp fittings; non-standard size customization.Manufacture.

Applications

• Food industry: Iron removal and purification in conveying lines to ensure food safety and product quality.
• Chemical industry: Iron removal and purification during material conveyance to minimize the impact of metallic impurities on product stability.
• New energy industry: Iron removal in powder conveying processes to protect downstream equipment and enhance material purity.
• Building materials industry: Iron removal and purification during conveying to improve product whiteness and firing quality.
• Recycling and crushing industries: Removal of metallic impurities to protect crushers and downstream equipment.
• Powdered products: Flour, starch, powdered milk, powdered sugar.
• Pharmaceutical powders: Drug powders, traditional Chinese medicine powders, excipient powders.
• Plastic pellets: PP, PE, ABS, PET.
• New energy materials: Lithium-ion battery cathode and anode powder.
• Chemical powders: Pigments, dyes, fertilizers, detergent powders.
• Food granules: Grains, beans, instant granules.