From high-volume centrifugal transfer to dewatering, wastewater and high-pressure multistage duties.
A pump should be selected against the system, not only a catalogue flow figure. The required operating point is created by the interaction between the pump curve and the system resistance curve.

500–5,000 m³/h operating envelope, 10–50 m head, DN300 suction/discharge and casing working pressure up to 16 bar. Motor configuration subject to final duty verification.
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Submersible drainage and dewatering for mine sumps, excavations, construction sites and temporary water removal.
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Wastewater and sewage handling where solids passage, clog resistance and reliable submerged operation are key selection considerations.
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Multiple impeller stages develop higher head for pressure boosting, process water, boiler-feed-type duties and long-distance transfer.
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High-capacity horizontal configuration suited to bulk water transfer, circulation and infrastructure services where maintainability matters.
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Baseplates, flexible couplings, coupling guards, motors, valves and related components can be coordinated with the pump package.
Request accessories →High-value equipment for demanding mine, quarry, dewatering, drilling and process applications. Click any product image or product code to open its dedicated product page.

High-pressure diesel screw compressor for mining, drilling, plant maintenance and remote compressed-air duties.
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Skid-mounted high-pressure compressor package designed for demanding mining and industrial service.
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High-capacity towable compressor for large-volume compressed-air demand in mining, drilling and heavy construction.
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Heavy-duty submersible pump for mine sumps, wastewater transfer and demanding dewatering applications.
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Abrasion-resistant slurry pump concept for mineral processing, tailings, thickened slurry and solids-laden transfer.
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Skid-mounted diesel pump package for high-capacity mine dewatering and emergency water transfer.
View product details →A centrifugal pump curve normally shows how head changes as flow changes at a given speed and impeller diameter. Efficiency, absorbed power and NPSH required may also be plotted.
| Selection Area | Why It Matters | Typical Considerations |
|---|---|---|
| Wetted materials | Corrosion and erosion resistance | Cast iron, stainless steels, high-chrome alloys, engineered coatings or elastomers depending on service |
| Mechanical seal | Controls leakage around the rotating shaft | Single/double seal, flush plan, solids tolerance, temperature and chemistry |
| Impeller design | Influences efficiency and solids handling | Closed, semi-open, vortex or application-specific geometry |
| Bearings & alignment | Critical to vibration and mechanical life | Baseplate rigidity, coupling alignment, lubrication and pipe strain |
| Speed control | Allows duty adjustment and energy optimisation | VFD suitability, minimum speed, motor cooling and system curve behaviour |
Sumps, shafts, open pits, stormwater, seepage and temporary drainage.
Plant transfer, cooling water, wash water, circulation and utility services.
Sewage, effluent, drainage and solids-bearing water where clog resistance is important.
High-volume transfer, reservoirs, municipal infrastructure and long-distance pipelines.