Brief: Observe the step-by-step operation and see practical examples of usage in this showcase of the 100~600mm Ore Dressing Equipment Magnetic Separator. Learn how this high-efficiency machine separates magnetite, hematite, and other minerals with a magnetic induction intensity of 100~600mT.
Related Product Features:
Magnetic system combines ferrite and permanent magnets for an average induction intensity of 100~600mT.
Versatile design with three types of tanks to adapt to different dressing processes.
Compact footprint reduces space requirements while ensuring effective mineral separation.
Efficiently separates magnetite, hematite, and limonite particles smaller than 3 mm in wet conditions.
Reduces the load on subsequent processing stages by effectively removing magnetic minerals.
Suitable for iron separation in coal, nonmetallic ores, and construction materials.
Operates via a water-powered slurry system for consistent and reliable performance.
Available in multiple models with varying capacities, from 10-20 t/h to 80-120 t/h.
Faqs:
What minerals can the 100~600mm Magnetic Separator process?
The separator efficiently processes magnetite, hematite, limonite, and other magnetic minerals smaller than 3 mm, as well as iron in coal and nonmetallic ores.
How does the magnetic separation process work?
Slurry enters the chute, and minerals with strong magnetism are absorbed onto the barrel surface, then discharged into the concentrate box. Weak magnetic materials are expelled in the opposite direction.
What are the key advantages of this magnetic separator?
Key advantages include high production efficiency, adaptability to different processes with interchangeable tanks, compact design, and reduced load on downstream processing.