Teardrop Magnetic Rod

         The teardrop-shaped magnetic rod generates a high-intensity static magnetic field through an internal NdFeB core, forming high-gradient magnetic flux lines across the rod’s wide surface and curved areas. As material flows past the magnetic rod, ferromagnetic contaminants are rapidly adsorbed and held onto the stainless-steel surface, while clean material passes through unimpeded. Its teardrop geometry effectively optimizes the material flow path, reducing back-side accumulation and turbulent zones, thereby enhancing magnetic field utilization and sustained ferrous contaminant removal capability, making it particularly suitable for high-flow-rate or easily agglomerating materials.

Features and Advantages

• Streamlined Structural Design: The teardrop cross-section effectively improves material flow characteristics, minimizing material retention and buildup, and enhancing throughput efficiency.
• High-Efficiency Ferrous Removal: Equipped with a high-performance NdFeB core, the magnetic field strength reaches 12,000–15,000 gauss, enabling effective capture of fine iron particles and weakly magnetic impurities.
• Larger Effective Adsorption Area: Compared to conventional round magnetic rods, the wide-surface design provides a greater magnetic adsorption zone, increasing per-unit ferrous removal efficiency.
• Easy-Cleaning Design: The flat, broad surface facilitates the scraping off of adsorbed ferrous contaminants, ensuring more thorough and efficient cleaning.
• Sealed and Durable Construction: Fully welded, stainless-steel sealing ensures corrosion resistance and prevents dust ingress, extending service life.

Optional Configurations

• Cross-Section Options: Standard teardrop shape, pear-shaped design, or custom non-standard profiles.
• Magnetic Field Strength Options: 6,000 GS, 12,000 GS, 14,000 GS, 15,000 GS.
• Magnetic Core Material Options: High-performance NdFeB permanent magnets.
• Structural Form Options: Magnetic rods with handles, lifting rings, threaded connections, or grating-based modular assemblies.
• Material and Surface Options: SUS304 stainless steel / SUS316L stainless steel; mirror polishing / satin finishing.
• Size and Dimension Options: Standard sizes and custom non-standard configurations; support for extended lengths, increased diameters, and space-specific adaptations.

Applications

• Plastics Industry: Ferrous removal during conveying and blending processes, effectively eliminating metal shavings, screws, and other contaminants to prevent damage to extruders and molds.
• Food Industry: Iron removal and purification in conveying lines and processing stages, removing trace metallic impurities to ensure food safety and cleanliness.
• Chemical Industry: Ferrous removal during conveying and mixing operations, reducing the impact of fine iron contaminants on product stability.
• Lithium-Ion Battery Industry: Fine powder deironing, eliminating minute ferromagnetic impurities to enhance material purity and electrochemical performance stability.
• Mineral Powder and Building Materials: Purification and deironing of powdered materials, removing trace iron impurities to improve product whiteness and purity.
• Pharmaceutical Industry: Ferrous removal during conveying and production, eliminating fine metallic contaminants to meet stringent clean manufacturing standards.

Materials Processed

• Powdered Materials: Flour, starch, milk powder, graphite powder, calcium carbonate, lithium-ion battery active-material powders, etc.
• Granular Materials: Plastic pellets, color masterbatches, resin granules, etc.
• Poorly Flowing Powders: Chemical powders and additive materials that tend to cake or bridge.