High Performance Magnetic Drum
High Magnetic Separation Efficiency
Continuous Automatic Cleaning System
Durable Stainless-Steel Construction
Ferrite and Neodymium Options
Osenc Magnetic Drum Separators—also called drum magnets, permanent magnetic drums, drum-in-housing, and LIMS/HIMS—continuously remove ferrous contaminants. With a stationary magnetic core and rotating 304/316 stainless shell, they offer axial/radial poles, counter-rotation or concurrent flow, adjustable splitters, and wear liners to protect downstream equipment.
Available as dry or wet drum separators with ferrite (ceramic) or neodymium (rare-earth) options, they suit mining, recycling, food, plastics, glass, and ceramics. Expect high-purity output, self-cleaning continuous operation, sealed bearings, custom sizes, low maintenance, and long service life.
Applications of Osenc Magnetic Drum Separator
Recycling Industry – Efficiently separates ferrous metals from shredded scrap, electronic waste, and non-ferrous material streams for cleaner recycling output.
Mining & Mineral Processing – Removes tramp iron and concentrates magnetic minerals, ensuring higher purity and protecting crushers and grinding mills.
Food Processing Plants – Eliminates ferrous contamination from sugar, flour, grains, and spices to meet food-grade safety standards.
Cement & Aggregate Production – Extracts iron debris from limestone, sand, and raw cement materials, preventing equipment wear and maintaining product quality.
Wood & Biomass Industry – Captures nails, screws, and steel fragments from wood chips and biomass before further processing or pelletizing.
Benefits of Osenc Magnetic Drum Separator
Continuous Automatic Operation
Osenc Magnetic Drums operate continuously without manual intervention, automatically separating ferrous contaminants to maintain a stable production process and minimize downtime in high-capacity industrial systems.
Self-Cleaning for Maximum Efficiency
The automatic self-cleaning design ensures metal contaminants are continuously discharged, reducing labor costs, preventing accumulation, and keeping the separator operating at peak magnetic performance.
Protects Critical Processing Equipment
By removing tramp iron and ferrous debris, the magnetic drum protects crushers, grinders, and conveyors from costly damage, extending the lifespan of downstream machinery.
High Purity Separation Results
With strong and uniform magnetic fields, Osenc drums ensure precise separation of even fine ferrous particles, delivering cleaner end materials suitable for recycling, food, and chemical industries.
Low Maintenance & Long Service Life
Built with durable stainless-steel housing and high-quality magnetic systems, the separator requires minimal maintenance and provides long-lasting, stable performance under continuous industrial operation.
FAQ
How does a Magnetic Drum work?
A Magnetic Drum separates ferrous and weakly magnetic materials from bulk flows, including tramp iron, steel fragments, nails, screws, wire, iron fines/scale, cast iron, and iron oxides (e.g., magnetite). High-intensity drums can also recover ferrosilicon and some 400-series (ferritic/martensitic) stainless. Non-magnetic materials—such as plastics, glass, wood, aluminum, and copper—typically discharge unaffected.
What materials can a Magnetic Drum separate?
How to choose the right Magnetic Drum?
Choose by application: material type (ferrous content, particle size, moisture), process mode (dry/wet), throughput, and separation goal (scalping vs recovery). Use ferrite for coarse/high-temperature; rare-earth (NdFeB) for fine/weakly magnetic. Specify drum diameter/length, axial vs radial poles, concurrent vs counter-rotation, wear liners, adjustable splitters, housing/seals. Validate field strength (Gauss), temperature limits, feed uniformity, and maintenance access.
What’s the difference between Ferrite and Neodymium drums?
Ferrite (ceramic) drums provide deep, uniform fields at lower flux density—rugged, economical, and heat-tolerant (≈250–300 °C) for coarse particles, scalping, and primary wet/dry separation. Neodymium (rare-earth) drums generate much higher field intensity/gradient but shallower reach—ideal for fine/weakly magnetic contaminants; lower temperature limits (≈80–150 °C), need better corrosion protection, and cost more.
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