Product Description
With our knowledge about the industry, we have become an eminent manufacturer and exporter of Drawer Magnet. This magnet is designed to remove medium and small size ferrous tramp metal contaminants from granular, dry and free flowing product streams. This product is manufactured by using high quality materials in compliance with current industry standards at our modern production plant. We cater our clients a wide range of Drawer Magnet at a feasible price. We can supply this magnet in rare earth type magnet with 2 layer or 3 layer system as per the requirement.
Features:
- Corrosion resistance
- Sturdy construction
- Excellent performance
- Long life
Efficient Ferrous Contaminant SeparationDrawer Magnets are meticulously designed for the reliable separation of ferrous particles from dry solids and powders. By harnessing the power of rare earth or ferrite permanent magnets, these separators safeguard sensitive processing lines and ensure product purity across multiple industrial sectors.
Flexible Customization and InstallationWith adjustable rod numbers, customizable sizes, and versatile installation options, Drawer Magnets can be conveniently incorporated into existing chutes, hoppers, or ducts. The sturdy stainless steel construction ensures durability, while the choice of manual or easy-clean features simplifies maintenance.
Built for High Standards and SafetyManufactured in compliance with stringent industry hygiene standards, these magnetic separators boost both material quality and safety. Their low maintenance needs, coupled with robust design and seamless integration, make them an essential investment for exporters, manufacturers, and suppliers worldwide.
FAQ's of Drawer Magnet:
Q: How are Drawer Magnets installed in a processing setup?
A: Drawer Magnets are typically installed within chutes, hoppers, or ducts where materials flow. They feature a rectangular shape and can be customized in both size and frame thickness according to your system's requirements, ensuring seamless integration into new or existing processing lines.
Q: What is the process for cleaning Drawer Magnets?
A: Drawer Magnets are available with either manual or easy-clean options. Manual cleaning involves removing the magnetic rods and wiping off ferrous contaminants. Easy-clean systems further simplify the process, making maintenance faster and minimizing line downtime.
Q: Where can Drawer Magnets be used most effectively?
A: These magnets are widely used in industries such as food processing, pharmaceuticals, plastics, chemicals, and powder handling, wherever the contamination of ferrous particles in dry, granular, or free-flowing material must be prevented.
Q: When should Drawer Magnets be cleaned or maintained?
A: Regular cleaning is essential for optimal performance. The maintenance frequency depends on the contamination load and material flow rate but, as a low-maintenance device, periodic scheduled cleaning is typically sufficient. Easy-clean options can further reduce required maintenance time.
Q: What are the benefits of using Drawer Magnets with high magnetic strength?
A: With up to 12000 Gauss on the bar surface, Drawer Magnets effectively capture even minute ferrous contaminants, protecting machinery, ensuring product purity, and maintaining compliance with hygiene standards. This results in improved product quality and minimization of costly equipment damage or recalls.
Q: How does the customizable design add value for different industries?
A: The Drawer Magnet's customizable number of rods, sizes, and frame thicknesses allows precise adaptation to varying process volumes and installation requirements. This flexibility means tailored solutions for different industrial environments and material characteristics, maximizing efficiency and safety.
Q: What makes Drawer Magnets suitable for high-capacity operations?
A: With options supporting capacities of up to 200 kg/hr or more, robust stainless steel frames, and high-grade magnets like N35/N52, Drawer Magnets are engineered to handle heavy-duty material flow in demanding environments while preserving reliability and longevity.