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ProductsThe company's products have passed ISO9001 quality system certification, environmental management system certification, occupational health and safety management system certification, EU ce certification, and dozens of national patents. Products are exported to South Korea, India, Southeast Asia, Africa and other countries and regions.
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Vertical ring high gradient magnetic separator
At present, the use of strong magnetic magnetic separation equipment.
- Product Description
- Advantage Features
- Working principle
- Technical parameters
- Successful Cases
-
- Commodity name: Vertical ring high gradient magnetic separator
At present, the use of strong magnetic magnetic separation equipment.
At present, the use of strong magnetic magnetic separation equipment. The machine adopts rotary ring vertical rotation, recoil concentrate, and is equipped with a high-frequency vibration mechanism. It has the advantages of large enrichment ratio, high adaptability to ore particle size, concentration and grade fluctuation, good work efficiency, convenient operation and maintenance, etc.
Application areas:
This product is suitable for wet separation of -1.2mm (-200 mesh accounts for 30-100) fine red ore (hematite, limonite, siderite, etc.), manganese ore, ilmenite, wolframite and other weakly magnetic metal ores, separation of black and white tungsten, separation of wolframite and cassiterite, and also for iron removal and purification of non-metal ores such as quartz, feldspar, nepheline and kaolin. -
1. Unique magnetic medium with high induced magnetic field: the magnetic medium adopts the patented product developed by the company, which can generate high gradient magnetic field, and the induced field strength can reach more than 20000 Gauss.
2, oil-water composite double cooling mode is the national special equipment vertical ring high gradient magnetic separator cooling mode, the use of oil-water heat exchange principle, with flushing mineral water quickly take away the heat generated by the coil, so that the coil temperature rise is less than 25 ° C, so that the magnetic field is more stable.
3. The vertical ring high gradient magnetic separator is equipped with fault diagnosis system and remote control system, which realizes the intelligent operation control of the equipment.
4. According to the characteristics of different materials, pulse device can be selected, which has the characteristics of good ore flushing effect, good sorting effect and water saving. -
The slurry enters the ore hopper through the feeding pipe, and flows through the rotary ring along the upper magnetic field gap. The induction magnetic medium composed of high magnetic permeability stainless steel rods in the rotary ring is magnetized in the background magnetic field. The surface of the magnetic medium forms a high gradient magnetic field, and the magnetic particles in the slurry are adsorbed on the surface of the magnetic medium. With the rotation of the rotary ring, the magnetic materials are washed into the concentrate hopper, the non-magnetic particles flow into the tailings hopper along the gap under the magnetic pole and are discharged away to realize the separation of materials. The magnetic medium at the lower part of the rotating ring is immersed in the slurry liquid surface. While the slurry is injected, the stroke box installed on one side of the tailings box continuously reciprocates, causing the slurry in the sorting chamber to fluctuate up and down through the tympanic membrane. The pulsating fluid force keeps the ore particle group in a loose state during the sorting process, thus effectively removing impurities in the particle group and significantly improving the grade of concentrate.
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Model
GTLH500T
GTLH750T
GTLH1000T
GTLH1250T
GTLH1500T
GTLH1750T
GTLH2000T
GTLH2500T
GTLH3000T
GTLH3500T
GTLH4000T
GTLH4500T
GTLH5000T
Rated background magnetic field (T)
1T/1.4T/(1.8T)
medium induced magnetic field
1.5T/2.1T/(2.7T) Constant current continuously adjustable
Coil cooling method
oil-water compound cooling
Rated excitation power (kw)
22/35/55
24/38/60
26/40/70
28/42/95
32/45/102
37/55/110
45/65/120
60/76/140
72/106/180
93/130/200
102/140/220
110/145/240
120/155/270
Dry ore treatment capacity (t/h)
0.06~0.5
0.5~1.2
4~7
10~20
20~30
30~50
50~80
80~120
120~180
180~270
300~450
450~600
500~700
Pulp passing capacity (m3/h)
0.25~1.2
1~3
12.5~20
20~50
50~100
75~150
100~200
200~400
350~650
550~1000
750~1400
1100~1700
1400~2000
Exciter current (A)
55/95/137
60/100/150
65/110/160
85/125/170
110/140/180
130/150/190
140/180/260
165/206/280
185/250/350
205/330/400
256/345/450
262/353/480
270/360/540
Concentration of ore feed (%)
10~35%
feed grain size
-1
-1.2
Rotary speed (r/min)
1~4 (variable frequency adjustable)
Outer diameter of swivel (mm)
φ500
φ750
φ1000
φ1250
φ1500
φ1750
φ2000
φ2500
φ3000
φ3500
φ4000
φ4500
φ5000
Power of swivel motor (kw)
0.18
0.75
1.1
1.5
3
4
5.5
11
18.5
30
37
45
55
Oil pump power (kw)
4Kw
5.5Kw
Pulsating motor power (kw)
0.55
1.5
2.2
3
4
4
7.5
11
18.5
30
37
45
55
Pulsation stroke (mm)
0-30 (mechanically adjustable)
Pulsation stroke (times/min)
0-300 (variable frequency adjustable)
Exciter voltage (DCV)
0-512 (varies with current)
Ore unloading water pressure (Mpa)
0.2~0.4
Water consumption for unloading (m3/h)
0.65~1.4
1.4~2.5
8~12
12~20
20~30
30~50
50~100
100~150
150~200
250~350
350~500
500~650
550~800
Larger part weight (t)
2/3.2/4.5
2.5/3.2/4
3/4.2/5
4/6/6.8
6.5/12/15
8.5/15/17
20/24/28
24/26/28
33/36/39
50/52/55
68/75/85
70/78/82
78/80/85
Overall dimension (mm)
Long
1650
2000
2650
2880
3430
3320
4200
3660
4410
4900
5470
5980
7000
1800
2600
2850
3420
3600
3980
4350
5100
5030
6490
6200
6160
7500
1950
2900
2520
3580
3750
4120
4650
5400
5590
7000
6930
6270
8000
Wide
1500
2270
2350
2900
3680
3800
4690
4690
5540
5500
6240
6630
8100
1800
2860
3000
3280
3850
4260
4870
5930
5650
7000
7500
7830
8300
2000
3200
3600
3650
4350
4770
4950
5520
5780
8200
8760
7210
8600
High
1250
2100
2450
2860
3410
3800
4150
5290
6450
6950
8400
9200
9400
1320
2400
2630
3000
3650
4130
4300
5450
6500
7400
8600
9480
9650
1550
2600
2490
3300
3800
4300
4510
5760
6550
7950
8900
9600
9800
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Product Description
At present, the use of strong magnetic magnetic separation equipment. The machine adopts rotary ring vertical rotation, recoil concentrate, and is equipped with a high-frequency vibration mechanism. It has the advantages of large enrichment ratio, high adaptability to ore particle size, concentration and grade fluctuation, good work efficiency, convenient operation and maintenance, etc.
Application areas:
This product is suitable for wet separation of -1.2mm (-200 mesh accounts for 30-100) fine red ore (hematite, limonite, siderite, etc.), manganese ore, ilmenite, wolframite and other weakly magnetic metal ores, separation of black and white tungsten, separation of wolframite and cassiterite, and also for iron removal and purification of non-metal ores such as quartz, feldspar, nepheline and kaolin.
Advantage Features
1. Unique magnetic medium with high induced magnetic field: the magnetic medium adopts the patented product developed by the company, which can generate high gradient magnetic field, and the induced field strength can reach more than 20000 Gauss.
2, oil-water composite double cooling mode is the national special equipment vertical ring high gradient magnetic separator cooling mode, the use of oil-water heat exchange principle, with flushing mineral water quickly take away the heat generated by the coil, so that the coil temperature rise is less than 25 ° C, so that the magnetic field is more stable.
3. The vertical ring high gradient magnetic separator is equipped with fault diagnosis system and remote control system, which realizes the intelligent operation control of the equipment.
4. According to the characteristics of different materials, pulse device can be selected, which has the characteristics of good ore flushing effect, good sorting effect and water saving.
Working principle
The slurry enters the ore hopper through the feeding pipe, and flows through the rotary ring along the upper magnetic field gap. The induction magnetic medium composed of high magnetic permeability stainless steel rods in the rotary ring is magnetized in the background magnetic field. The surface of the magnetic medium forms a high gradient magnetic field, and the magnetic particles in the slurry are adsorbed on the surface of the magnetic medium. With the rotation of the rotary ring, the magnetic materials are washed into the concentrate hopper, the non-magnetic particles flow into the tailings hopper along the gap under the magnetic pole and are discharged away to realize the separation of materials. The magnetic medium at the lower part of the rotating ring is immersed in the slurry liquid surface. While the slurry is injected, the stroke box installed on one side of the tailings box continuously reciprocates, causing the slurry in the sorting chamber to fluctuate up and down through the tympanic membrane. The pulsating fluid force keeps the ore particle group in a loose state during the sorting process, thus effectively removing impurities in the particle group and significantly improving the grade of concentrate.
Technical parameters
|
Model |
GTLH500T |
GTLH750T |
GTLH1000T |
GTLH1250T |
GTLH1500T |
GTLH1750T |
GTLH2000T |
GTLH2500T |
GTLH3000T |
GTLH3500T |
GTLH4000T |
GTLH4500T |
GTLH5000T |
|
|
Rated background magnetic field (T) |
1T/1.4T/(1.8T) |
|||||||||||||
|
medium induced magnetic field |
1.5T/2.1T/(2.7T) Constant current continuously adjustable |
|||||||||||||
|
Coil cooling method |
oil-water compound cooling |
|||||||||||||
|
Rated excitation power (kw) |
22/35/55 |
24/38/60 |
26/40/70 |
28/42/95 |
32/45/102 |
37/55/110 |
45/65/120 |
60/76/140 |
72/106/180 |
93/130/200 |
102/140/220 |
110/145/240 |
120/155/270 |
|
|
Dry ore treatment capacity (t/h) |
0.06~0.5 |
0.5~1.2 |
4~7 |
10~20 |
20~30 |
30~50 |
50~80 |
80~120 |
120~180 |
180~270 |
300~450 |
450~600 |
500~700 |
|
|
Pulp passing capacity (m3/h) |
0.25~1.2 |
1~3 |
12.5~20 |
20~50 |
50~100 |
75~150 |
100~200 |
200~400 |
350~650 |
550~1000 |
750~1400 |
1100~1700 |
1400~2000 |
|
|
Exciter current (A) |
55/95/137 |
60/100/150 |
65/110/160 |
85/125/170 |
110/140/180 |
130/150/190 |
140/180/260 |
165/206/280 |
185/250/350 |
205/330/400 |
256/345/450 |
262/353/480 |
270/360/540 |
|
|
Concentration of ore feed (%) |
10~35% |
|||||||||||||
|
feed grain size |
-1 |
-1.2 |
||||||||||||
|
Rotary speed (r/min) |
1~4 (variable frequency adjustable) |
|||||||||||||
|
Outer diameter of swivel (mm) |
φ500 |
φ750 |
φ1000 |
φ1250 |
φ1500 |
φ1750 |
φ2000 |
φ2500 |
φ3000 |
φ3500 |
φ4000 |
φ4500 |
φ5000 |
|
|
Power of swivel motor (kw) |
0.18 |
0.75 |
1.1 |
1.5 |
3 |
4 |
5.5 |
11 |
18.5 |
30 |
37 |
45 |
55 |
|
|
Oil pump power (kw) |
4Kw |
5.5Kw |
||||||||||||
|
Pulsating motor power (kw) |
0.55 |
1.5 |
2.2 |
3 |
4 |
4 |
7.5 |
11 |
18.5 |
30 |
37 |
45 |
55 |
|
|
Pulsation stroke (mm) |
0-30 (mechanically adjustable) |
|||||||||||||
|
Pulsation stroke (times/min) |
0-300 (variable frequency adjustable) |
|||||||||||||
|
Exciter voltage (DCV) |
0-512 (varies with current) |
|||||||||||||
|
Ore unloading water pressure (Mpa) |
0.2~0.4 |
|||||||||||||
|
Water consumption for unloading (m3/h) |
0.65~1.4 |
1.4~2.5 |
8~12 |
12~20 |
20~30 |
30~50 |
50~100 |
100~150 |
150~200 |
250~350 |
350~500 |
500~650 |
550~800 |
|
|
Larger part weight (t) |
2/3.2/4.5 |
2.5/3.2/4 |
3/4.2/5 |
4/6/6.8 |
6.5/12/15 |
8.5/15/17 |
20/24/28 |
24/26/28 |
33/36/39 |
50/52/55 |
68/75/85 |
70/78/82 |
78/80/85 |
|
|
Overall dimension (mm) |
Long |
1650 |
2000 |
2650 |
2880 |
3430 |
3320 |
4200 |
3660 |
4410 |
4900 |
5470 |
5980 |
7000 |
|
1800 |
2600 |
2850 |
3420 |
3600 |
3980 |
4350 |
5100 |
5030 |
6490 |
6200 |
6160 |
7500 |
||
|
1950 |
2900 |
2520 |
3580 |
3750 |
4120 |
4650 |
5400 |
5590 |
7000 |
6930 |
6270 |
8000 |
||
|
Wide |
1500 |
2270 |
2350 |
2900 |
3680 |
3800 |
4690 |
4690 |
5540 |
5500 |
6240 |
6630 |
8100 |
|
|
1800 |
2860 |
3000 |
3280 |
3850 |
4260 |
4870 |
5930 |
5650 |
7000 |
7500 |
7830 |
8300 |
||
|
2000 |
3200 |
3600 |
3650 |
4350 |
4770 |
4950 |
5520 |
5780 |
8200 |
8760 |
7210 |
8600 |
||
|
High |
1250 |
2100 |
2450 |
2860 |
3410 |
3800 |
4150 |
5290 |
6450 |
6950 |
8400 |
9200 |
9400 |
|
|
1320 |
2400 |
2630 |
3000 |
3650 |
4130 |
4300 |
5450 |
6500 |
7400 |
8600 |
9480 |
9650 |
||
|
1550 |
2600 |
2490 |
3300 |
3800 |
4300 |
4510 |
5760 |
6550 |
7950 |
8900 |
9600 |
9800 |
||
Successful Cases
GUOTE MINING
Your reliable supplier
Mine Purification Equipment Engineering Laboratory. The company's products have passed ISO9001 quality system certification, environmental management system certification, occupational health and safety management system certification, EU ce certification, and dozens of national patents. Products are exported to South Korea, India, Southeast Asia, Africa and other countries and regions.
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E-mail：sales@sdguote.com
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