Magnetic Separator
Magnetic Separator
Magnetic Separator
Magnetic Separator
Magnetic Separator
+
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator
Magnetic Separator
Magnetic Separator
Magnetic Separator
Magnetic Separator
Magnetic Separator
+
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator
  • Magnetic Separator

Magnetic Separator


Cylinder rotational speed: 20-38r/min

Processing capacity: 8-150t/m


Applicable materials: Materials such as magnetite, pyrrhotite, roasted ore, ilmenite, coal, non-metallic minerals, and building materials with a particle size of 3 mm or less.


Scope of application: Mining, metallurgy, coal, environmental protection, building materials, chemicals, glass, ceramics, and more.

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Product Features:

High Separation Efficiency

High Concentrate Grade

Energy Savings

Environmental Friendliness

DETAILED INTRODUCTION


 

Product Introduction
The magnetic separator is suitable for the wet magnetic separation of materials such as magnetite, pyrrhotite, roasted ore, and ilmenite with a particle size below 3mm. It is also used for iron removal from coal, non-metallic ores, building materials, and other substances. Depending on user requirements,various configurations such as concurent flow, semi-countercurrent flow, and countercurrent flow can be provided. The magnetic field intensity on the drum surface can be customized according to specific application needs.

 

Working Principle 
The slurry enters the machine trough via the mineral box and, under hydraulic action, the turbulent slurry flows into the separation zone. Under the strong magnetic field, strongly magnetic minerals are adsorbed onto the surface of the drum and, as the drum rotates, are conveyed to the concentrate discharge port. Once they leave the magnetic system, they are washed by clean water and discharged into the concentrate tank. Meanwhile, gangue and weakly magnetic minerals, driven by the slurry flow within the trough, move in the opposite direction to the drum rotation and are discharged through the tailings outlet.

 

Technical Parameters of Magnetic Separator

Type Bowl Size(mm)
 Di.xL.
Capability 
(t/h)
Motor Power 
(kW)
Speed of Bowl
 (r/min)
Overall Size
L.xW.xH.(mm)
Weight 
(kg)
HYB-69 Φ600×900 8~15 1.5 38 1830×1100×1120 600
HYB-612 Φ600x120 15~20 1.5 38 2130×1100×1120 750
HYB-615 Φ600×1500 18~325 2.2 38 2430×1100×1120 850
HYB-618 Φ600×1800 20~30 3.0 38 2730×1100×1120 1000
HYB-620 Φ600x2000 23~35 3.0 38 3010×1100×1120 1150
HYB-7512 Φ750x1200 15~35 2.2 33 2170×1210×1300 850
HYB-7515 Φ750×1500 20~40 2.2 33 2470×1210×1300 1050
HYB-7518 Φ750×1800 25~45 2.2 33 2770×1210×1300 1200
HYB-7521 Φ750×2100 30~55 4.0 33 3070×1210×1300 1300
HYB-912 Φ900x1200 15~35 3.0 30 2250×1360×1470 1050
HYB-915 Φ900x1500 20~45 3.0 30 2550×1360×1470 1200
HYB-918 Φ900×1800 25~55 4.0 30 2850×1360×1470 1450
HYB-921 Φ900×2100 30~60 4.0 30 3150×1360×1470 1650
HYB-1012 Φ1000x1200 25~55 3.0 25 2250×1450×1620 1250
HYB-1015 Φ1000x1500 35~70 4.0 25 2550×1450×1620 1500
HYB-1018 Φ1000x1800 45~90 4.0 25 2850×1450×1620 1800
HYB-1021 Φ1000x2100 55~110 5.5 25 3210×1450×1620 2200
HYB-1024 Φ1000x2400 65~125 5.5 25 3510×1450×1620 2500
HYB-1215 Φ1200x1500 50~90 4.0 20 2620×1690×1820 2500
HYB-1218 Φ1200x1800 55~100 5.5 20 2920×1690×1820 2800
HYB-1221 Φ1200x2100 60~110 5.5 20 3220×1690×1820 3000
HYB-1224 Φ1200x2400 70~125 7.5 20 3520×1690×1820 3300
HYB-1228 Φ1200x2800 85~140 7.5 20 3920×1690×1820 3600
HYB-1230 Φ1200x3000 90~150 7.5 20 4150×1690×1820 3800

Note: Any change of technical data shall not be advised additionally.

SOLUTION


Building on material-genome analysis as the cornerstone, we will map out a scientific, intelligent, and green blueprint for mine production.

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