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High Chrome Alloy Dry Sand Suction Mining Slurry Pump
General Description of Slurry Pump:
The ZJ(G) series slurry pump, developed by Shijiazhuang Boda Industrial Pump Co., Ltd, represents a new generation of high-efficiency, wear-resistant pumps. Utilizing advanced solid-liquid two-phase flow theory, these pumps are designed with a minimum-wear principle to optimize performance and reduce hydraulic losses caused by eddies and impacts. This design improves overall efficiency and reduces noise and vibration.
The pumps are constructed from high-chrome alloy, known for its excellent resistance to wear and corrosion, ensuring long service life. Additionally, they feature an automatic pressure-reduction system to prevent leakage. The ZJ(G) series is widely used in mining, metallurgy, power, coal, and construction industries, handling abrasive and corrosive slurries with maximum concentrations up to 45% (ash) and 60% (ore).
We offer a wide range of ZJ(G) series pumps, available in direct drive (DC), hydraulic coupling (HC), or belt-driven configurations. They can be operated in both parallel and series arrangements based on customer requirements.
Slurry Pump Notation Explanation:
200ZJ(G)-I-A60(58)
200: Outlet diameter (mm)
ZJ: Slurry pump (ZJL = vertical, ZJD = single-case)
(G): High head (optional)
I: Single-stage pump (II = second stage)
A: Number of impeller vanes (A = 5, B = 4, C = 3, D = 2)
60: Impeller outer diameter (cm)
58: Impeller outer diameter after cutting (cm)
Application Fields:
- Metallurgy & Mining: Transporting coarse and fine mine slurry.
- Power: Handling ash and slurry in power plants.
- Coal: Transporting coal mud and slurry.
- Construction Materials: Transporting sand and slurry.
- Chemical Industry: Handling abrasive and corrosive slurries.
- Environmental Protection: Flue gas desulfurization and gypsum transport.
Wear-Resistant Materials & Technology:
Our pumps are designed using advanced hydraulic principles to reduce wear and improve efficiency. We carefully analyze the wear mechanisms of each application to select the most suitable wear-resistant materials. Our anti-wear alloys include A05, A07, and others, offering up to 30% better wear resistance than standard materials.
We have over 30 types of wear-resistant materials, including anti-abrasion, anti-corrosion, and special acid-resistant options. These materials are selected based on the specific conditions of the liquid being pumped, such as particle size, corrosiveness, and temperature.
Type
Speed
Capacity
Head
NPSH
rpm
m³/h
m
m
300ZJ-I-100A
490/590
758-1826
40.9-65.2
3-4.1
300ZJ-I-95A
490/590
720-1735
36.9-58.8
3-4.1
300ZJ-I-90A
590/730
745-1844
46.2-79.9
3.9-5.7
300ZJ-I-85A
590/730
704-1742
41.2-71.3
3.8-5.6
300ZJ-I-70A
730/980
945-2333
35.5-76.8
3.9-7
300ZJ-I-65A
730/980
877-2166
30.6-66.2
3.7-6.6
300ZJ-I-56A
730/980
588-1568
21.5-46
3.5-5.5
250ZJ-103A
590/730
593-1573
64.6-110.5
2.8-4.3
250ZJ-I-96A
590/730
595-1466
55.2-93.7
3.5-5.5
250ZJ-I-90A
590/730
558-1374
48.5-82.4
3.4-5.3
250ZJ-I-85A
730/980
560-1504
66.8-128.7
3.5-5.5
250ZJ-I-83A
730/980
547-1469
63.7-122.7
3.5-5.5
250ZJ-I-80A
730/980
527-1416
59.2-114
3.4-5.4
250ZJ-I-78A
730/980
514-1380
56.3-108.4
3.2-5.1
250ZJ-I-75A
730/980
447-1480
46.2-97.5
3-4.1
250ZJ-I-73A
730/980
435-1441
43.8-92.4
3-4.1
250ZJ-I-70A
730/980
417-1381
40.2-84.9
2.9-3.9
250ZJ-I-68A
730/980
405-1342
38-80.1
2.7-3.7
250ZJ-I-65A
730/980
445-1249
34.1-71
3-4.5
250ZJ-I-63A
730/980
431-1211
32-66.7
3-4.5
250ZJ-I-60A
730/980
411-1153
29.1-60.5
2.8-4.2
200ZJ-I-85A
730/980
329-907
71-133.7
2.8-5
200ZJ-I-75A
730/980
335-900
50.5-102.9
3-4.5
200ZJ-I-73A
730-980
326-876
47.8-97.5
3-4.5
200ZJ-I-70A
730/980
305-976
43.1-86.4
2.8-3.8
200ZJ-I-68A
730/980
296-948
40.7-81.5
2.8-3.8
200ZJ-I-65A
730/980
350-950
36.4-72
2.5-4.3
200ZJ-I-63A
730/980
339-921
34.2-67.6
2.5-4.3
200ZJ-I-60A
730/980
324-870
30.8-62
2.5-4
200ZJ-I-58A
730/980
313-841
28.8-57.9
2.5-4
150ZJ-I-70A
730/980
139-401
44.3-91.2
2-3
150ZJ-I-65A
730/980
223-600
38.5-75.7
2.5-4
150ZJ-I-63A
730/980
216-582
36.2-71.1
2.5-4
150ZJ-I-60A
730/980
201-550
32.6-63.5
2.5-3.8
150ZJ-I-58A
730/980
194-532
30.5-59.3
2.5-3.8
150ZJ-I-55A
730/980
184-504
27.4-53.4
2.3-3.5
150ZJ-I-58C
730/980
200-596
28.4-61
2-3.2
150ZJ-I-57A
730/980
142-427
29.4-56.3
1.8-2.9
150ZJ-I-50A
730/980
171-460
21-43.1
2.5-3
150ZJ-I-48A
730/980
164-442
19.4-39.7
2.5-3
150ZJ-I-42C
980/1480
199-550
23.8-62.8
2.2-4.5
100ZJ-I-50A
980/1480
119-360
40.2-100.2
2.5-4.5
100ZJ-I-46A
980/1480
109-331
34-84.8
2.3-4.2
100ZJ-I-42A
980/1480
93-275
28.7-70.8
2.5-4
100ZJ-I-39A
980/1480
86-255
24.7-61
2.4-3.8
100ZJ-I-42B
980/1480
64-205
24.7-70.7
1.8-2.8
100ZJ-I-36A
980/1480
86-245
19-49.5
2-3.5
100ZJ-I-33A
980/1480
79-225
16-41.6
1.8-3.2
80ZJ-I-52A
980/1480
71-242
43.4-109.8
2.1-4.3
80ZJ-I-42A
980/1480
86-204
28.1-70.4
2.5-4.2
80ZJ-I-39A
980/1480
80-189
24.3-60.7
2.4-4
80ZJ-I-36A
980/1480
65-190
18.7-51.4
2.5-3.7
80ZJ-I-33A
980/1480
60-174
15.7-43.2
2.3-3.4
65ZJ-I-30A
980/1480
31-79
13.8-34.8
2-3
65ZJ-I-27A
980/1480
28-71
11.2-28.2
1.8-2.7
50ZJ-I-50A
980/1480
38-111
43.8-110.7
3-3.8
50ZJ-I-46A
980/1480
31-94
34.3-85.8
1.4-2.9
50ZJ-I-33A
980/1480
17-54
14.5-42.5
2.9-6
40ZJ-I-17A
1400/2900
4-23
9.1-44.6
2.5-4.5
High Chrome Alloy Dry Sand Suction Mining Slurry Pump
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