Heavy Duty Rubber Lined Slurry Pump, HCR Series
HCR Heavy duty rubber lined slurry pump features improved corrosion resistance, wear resistance, and a reasonable structure and possible operation, making it suitable for conveying highly abrasive and high-concentration slurry. It has a replaceable rubber liner, and the impeller is made of wear-resistant and corrosion-resistant natural rubber material. It is widely used in industries such as mining, coal washing, power plants, metallurgy, petrochemicals, and dredging.
In any industrial environment, efficiency is of utmost importance, and the lined slurry pump excels in this aspect. Its advanced hydraulic design optimizes flow patterns, reducing energy consumption while maintaining high pump efficiency. This not only lowers operating costs but also minimizes environmental impact, aligning with sustainable practices.
- Capacity: 3.6-5400m³/h
- Head: 7.5-57m
- Speed: 200-3400r/min
- Power: 2.2-1200kW
HCR horizontal heavy-duty rubber slurry pump is based on the HC slurry pump with added rubber lining, characterized by:
- Capable of easily handling abrasive slurries;
- Equipped with specially designed impellers and casings for efficient transportation of highly-concentrated slurries containing solid particles;
- The unique lining material used in the pump minimizes wear, extends its lifespan, making it an economically efficient solution to meet your pumping needs.
1.5x1B-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 15 kW | 3.6-23.4 m³/h | 1-6.5m | 1400-3400 r/min | 35% | 2-4 m | 152 mm | 2.2-15 kW |
- Suction: 38mm
- Discharge: 25mm
- Type: open
- Vanes: 3
- Diameter: 152mm
- Material: polymer
Seal: gland seal
2x1.5B-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 15 kW | 5.76-42.48 m³/h | 1.6-11.8 m | 1000-2600 r/min | 50% | 2.5-5 m | 178 mm | 1.5-15 kW |
- Suction: 51mm
- Discharge: 38mm
- Type: open
- Vanes: 5
- Diameter: 180mm
- Material: polymer
Seal: gland seal
3x2C-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 30 kW | 18.7-63.3 m³/h | 5.2-17.6 m | 1300-2100 r/min | 60% | 2-4m | 213mm | 3-30 kW |
- Suction: 76mm
- Discharge: 51mm
- Type: open
- Vanes: 5
- Diameter: 214mm
- Material: polymer
Seal: gland seal
4x3C-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 30 kW | 25.2-129.6 m³/h | 7-36 m | 800-1800 r/min | 59% | 3-5m | 245mm | 2.2-30 kW |
- Suction: 102mm
- Discharge: 76mm
- Type: closed
- Vanes: 5
- Diameter: 245mm
- Material: polymer
Seal: gland seal
4x3D-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 60 kW | 39.6-129.6 m³/h | 11-36 m | 1300-1800 r/min | 59% | 3-5m | 245mm | 7.5-37 kW |
- Suction: 102mm
- Discharge: 76mm
- Type: closed
- Vanes: 5
- Diameter: 245mm
- Material: polymer
Seal: gland seal
6x4D-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 60 kW | 72-324 m³/h | 20-90 m | 800-1350 r/min | 65% | 3-5m | 365mm | 7.5-37 kW |
- Suction: 152mm
- Discharge: 102mm
- Type: closed
- Vanes: 5
- Diameter: 365mm
- Material: polymer
Seal: gland seal
6x4E-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 120 kW | 79.2-324 m³/h | 22-90 m | 1000-1350 r/min | 65% | 3-5m | 365mm | 18.5-75 kW |
- Suction: 152mm
- Discharge: 102mm
- Type: closed
- Vanes: 5
- Diameter: 365mm
- Material: polymer
Seal: gland seal
8x6E-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 120 kW | 97,2-68.4 m³/h | 27-19 m | 400-1000 r/min | 72% | 2-9m | 510mm | 18.5-75 kW |
8x6R-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 300 kW | 223-1267 m³/h | 41-57.9 m | 900-1050 r/min | 65% | 5-10 m | 510 mm | 75-280 kW |
- Suction: 203mm
- Discharge: 152mm
- Type: closed
- Vanes: 5
- Diameter: 510mm
- Material: polymer
Seal: gland seal
10x8ST-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 560 kW | 540-1188 m³/h | 12-50 m | 400-750 r/min | 75% | 4-12 m | 686 mm | - |
- Suction: 254mm
- Discharge: 203mm
- Type: closed
- Vanes: 5
- Diameter: 686mm
- Material: polymer
Seal: gland seal
12x10ST-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 560 kW | 720-1620 m³/h | 7-45 m | 300-650 r/min | 80% | 2.5-7. 5m | 762 mm | - |
- Suction: 305mm
- Discharge: 254mm
- Type: closed
- Vanes: 5
- Diameter: 762mm
- Material: polymer
Seal: gland seal
14x12ST-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 560 kW | 1152-2520 m³/h | 13-44 m | 300-500 r/min | 79% | 3-8 m | 965 mm | - |
- Suction: 356mm
- Discharge: 205mm
- Type: closed
- Vanes: 5
- Diameter: 965mm
- Material: polymer
Seal: gland seal
16x14TU-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 1200 kW | 1368-3060 m³/h | 11-63 m | 250-550 r/min | 79% | 4-10 m | 1067 mm | - |
- Suction: 406mm
- Discharge: 356mm
- Type: closed
- Vanes: 5
- Diameter: 1067mm
- Material: polymer
Seal: gland seal
20x18TU-HCR
| Allowable Max. Power | Capacity | Head | Speed | Efficiency η | NPSH | Impeller Diameter | Motor Power Rang |
| 1200 kW | 2520-5400 m³/h | 13-57 m | 200-400 r/min | 85% | 5-10 m | 1370 mm | - |
- Suction: 508mm
- Discharge: 457mm
- Type: closed
- Vanes: 5
- Diameter: 1372mm
- Material: polymer
Seal: gland seal
HCR horizontal heavy-duty rubber slurry pump is the preferred choice for demanding applications due to its outstanding performance, durability, and ease of maintenance. It is also used for handling highly abrasive, high-density slurries. It is typically suitable for corrosive slurries. In some mining operations, larger HC series pumps will also be used to transport fine ore or tailings. Therefore, whether you are in mining, mineral processing, chemical processing, or any industry requiring reliable slurry pumping, the lined slurry pump is a trusted partner for you.
- Mineral processing in mines (gold, copper, iron, molybdenum, etc.)
- Tailings transport
- Ash removal in power plants
- Flue gas desulfurization in power plants
- Coal washing in coal plants
Slurry Pumps vs. Water Pumps: Why do I need a slurry pump?
In highly-concentrated slurries, there may be a significant presence of solvents such as acids, petroleum, or sharp solid particles. Using a regular water pump in such conditions can easily lead to pump damage.
Slurry pumps are designed with wear-resistant materials and have easily replaceable components, making maintenance and repairs convenient. Therefore, slurry pumps are commonly used in these situations.
