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High-Gauss Wet Drum Magnetic Separator for Iron Ore Beneficiation


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【Capacity】1-220T/H
【Feeding Size】0-6mm
【Types】Downstream, semi-reverse flow and counterflow.
【Application】Wet drum magnetic separator is suitable for sorting magnetite, pyrite, ilmenite, manganese, wolframite, roasted ore, and other materials with particle size below 6mm. It can also be used for removing iron from coal, non-metallic minerals(quartz sand), construction materials and so on.
【Service】Wet drum magnetic separator design, mineral separation test, mineral processing design, on-site installation or remote installation.

The wet drum magnetic separator is the mainstream strong magnetic separator ore dressing equipment, commonly used as iron ore processing equipment (iron ore magnetic separator) and manganese ore equipment (manganese ore magnetic separator).

Wet Drum Magnetic Separator 1200mm Drum Separator Permanent Magnet Separator Counter-Rotation Drum Separator Stainless Steel Magnetic Drum

Work Principle

Advantages

Parameters

Successful Cases

FAQ

Working Principle

The magnetic slurry enters the sorting tank evenly, the non-magnetic minerals flow away with the slurry by gravity and centrifugal force, and are discharged as tailings. Magnetic minerals are adsorbed on the surface of the drum by the magnetic force generated by the magnetism, followed by the rotating of magnetic rollers to the non-magnetic zone, and the flushing pipe flushes the magnetic minerals, which then flow into the concentrate tank.

Weak magnetic field can separate strong magnetic minerals (such as magnetite), medium-strong magnetic field can deal with martite(false hematite), etc., strong magnetic field can separate weak magnetic minerals (such as wolframite, ilmenite).

Advantages

High-Gradient Magnetic Separation: 15,000 Gauss permanent magnet system. Captures fine weakly magnetic particles (0.1-3mm).Increases iron recovery by 20-35%, reduces tailings grade below 8%.
Wear-Resistant Construction: 304 stainless steel drum + ceramic liners,Withstands corrosion/abrasion for 10+ years, Cuts maintenance costs by 60%, <8hrs annual downtime.
Energy-Saving Operation: Zero-power permanent magnet system, 85% less energy than electromagnetic models, Saves $15,000/year in electricity, zero carbon emissions.
High-Capacity Processing: Oversized Φ1200×3000mm drum, Handles 200t/h throughput per unit, Reduces equipment count, saves 30% floor space.

Technical Parameters

Wet Drum Permanent Magnetic Separator
Mode l	Shell Szie(mm)	Magnetic Induction on Shell Surface (mT)			Capacity		Power（kw）	Shell Rotation Speed（r/min)	Weight（kg）
Mode l	Shell Szie(mm)	Magnetic Pole Geometric Centre	Average	Max. Magnetic Strength	T/h	m 3/h	Power（kw）	Shell Rotation Speed（r/min)	Weight（kg）
CTS(N.B)-46	400×600	/	130	160	1～3	5	1.1	45	600
CTS(N.B)-66	600×600	/	145	170	5～10	16	1.1	40	705
CTS(N.B)-69	600×900	/	145	170	8～15	24	1.1		830
CTS(N.B)-612	600×1200	/	145	170	10～20	32	2.2		990
CTS(N.B)-618	600×1800	/	145	170	15～30	48	2.2		1330
CTS(N.B)-712	750×1200	120	155	180	15～30	48	3	35	1500
CTS(N.B)-718	750×1800	120	155	180	20～45	72	3	35	2100
CTS(N.B)-918	900×1800	148	165	190	25～55	90	4	28	2900
CTS(N.B)-924	900×2400	148	165	190	35～70	110	4	28	3500
CTS(N.B)-1018	1050×1800	148	165	190	40～75	120	5.5	22	4000
CTS(N.B)-1021	1050×2100	160	240	280	45～88	140	5.5		4500
CTS(N.B)-1024	1050×2400	160	240	280	52～100	160	5.5		5000
CTS(N.B)-1030	1050×3000	160	240	280	65～125	200	7.5		6200
CTS(N.B)-1218	1200×1800	160	240	280	47～90	140	5.5	19	5800
CTS(N.B)-1224	1200×2400	160	240	300	82～120	192	7.5		6200
CTS(N.B)-1230	1200×3000	160	240	280	80～150	240	7.5		7200
CTS(N.B)-1530	1500×3000	180	240	300	90～170	270	11	14	8100
CTS(N.B)-1540	1500×4000	180	240	300	115～220	350	11	14	9300
The technical parameters provided are for reference only. Final product performance shall be subject to the official technical specifications.