3‑Roller Magnetic Separator Update for Nigeria: Capacity, Specs, and Availability
Demand for high‑capacity magnetic separation in Nigeria remains strong. Our 3‑roller magnetic separator—often called the “rapid magnetic separator” by customers—delivers 1.5–1.8 tph while maintaining high recovery. The latest stock in our Jos warehouse has sold out, and a new production batch is underway now. Units will be completed and ready to ship to Lagos Port in approximately two months.
Jos warehouse and production status
All units previously stocked in our Jos, Nigeria warehouse have been sold to multiple customers.
A new batch of 3‑roller magnetic separators is currently in production to meet ongoing inquiries.
Estimated timeline: manufacturing in progress now; completion and dispatch to Lagos Port in about two months. Your exact schedule will be confirmed at order.
If you are in Nigeria and need equipment for ilmenite, monazite, tin, or zircon processing, our Jos team can coordinate quotations, sample guidance, and after‑sales support.
What the 3‑roller magnetic separator does
A 3‑roller magnetic separator uses a sequence of magnetic rollers with increasing field intensity to separate minerals by their magnetic susceptibility in a single pass. This staged approach allows efficient removal and recovery of iron‑bearing minerals and the upgrading of ilmenite and monazite, among others.
Key advantages
High throughput: 1.5–1.8 tph, proven in field operations.
Multi‑mineral capability: Separates iron, ilmenite, and monazite within the same process flow.
Speed without sacrificing recovery: Frequently referred to as a “rapid” magnetic separator because it combines capacity with high recovery.
Technical parameters
Upper roller: 160 × 1000 mm, approx. 1,000–1,200 gauss
Middle roller: 220 × 1000 mm, approx. 7,000–8,000 gauss
Lower roller: 300 × 1000 mm, approx. 10,000–11,000+ gauss
Usage note: The lower roller’s higher field intensity is typically used for recovering monazite and other weakly magnetic minerals.
Frame and build: A heavy‑duty frame supports stable operation at high throughput, helping maintain separation accuracy and reduce vibration‑related losses.
Typical applications
Iron removal and recovery from mixed feeds
Ilmenite upgrading in dry separation circuits
Monazite recovery from heavy mineral concentrates
Support equipment within broader tin and zircon flowsheets
Actual performance depends on feed size distribution, grade, moisture, and machine settings. We recommend sample testing to optimize belt speed, splitter positions, and gap settings for your ore.
Availability and support in Nigeria
Location: Jos, Nigeria—local coordination for sales and service
Logistics: Consolidation and export via Lagos Port
Services: Sample testing recommendations, commissioning support, operator training, and spare parts planning
Contact us to discuss your ore and target outcomes. We’ll propose the right configuration and provide a firm delivery schedule.
FAQs
A: What throughput can I expect?
Q: Typical capacity is 1.5–1.8 tph, depending on feed characteristics and settings.
A: What do the gauss ratings mean?
Q: Gauss indicates magnetic field intensity at the roller surface. Higher gauss improves capture of weakly magnetic minerals such as monazite.
A: Can it separate multiple minerals at once?
Q: Yes. The staged rollers allow sequential separation of minerals with different magnetic strengths in a single pass.
A: What is the current lead time to Nigeria?
Q: The new batch is in production now. Completion and dispatch to Lagos Port are planned for roughly two months from today; we’ll confirm exact dates at order.
A: Do you offer testing and commissioning?
Q: Yes. We provide sample testing guidance and can support onsite commissioning and operator training.
Ready to assess fit, pricing, and lead time for your project in Nigeria? Contact Dasen Mining Machinery for a quotation and ore testing guidance. Our Jos team will help configure the 3‑roller magnetic separator for your feed and schedule delivery via Lagos Port.
Whatsapp:+86 133 1927 7356
Email:[email protected]