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High Head Slurry Pump

KOLEBURG delivers the ultimate High Head Slurry Pump solutions, engineered for extreme wear resistance and unmatched pressure capabilities over long distances.

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KOLEBURG as a High Head Slurry Pump Manufacturer

As a premier manufacturer, KOLEBURG integrates advanced manufacturing using premium High Chrome Alloy Pump components with rigorous quality control. Our dedicated service teams provide comprehensive lifecycle support, from initial sizing to on-site maintenance. Through versatile application engineering, our High Head Slurry Pump systems seamlessly adapt to the most demanding industrial environments, consistently outperforming standard Slurry Pump designs.

KOLEBURG High Head Slurry Pump Core Performance Parameters Summary

This equipment is designed to handle extreme operational demands with exceptional hydraulic performance and longevity, rivaling any premium Heavy Duty Slurry Pump.

ParameterPerformance Range
Discharge Size25mm to 150mm
Maximum Flow RateUp to 1,000 m³/h
Maximum HeadUp to 100 meters per stage
Allowable Particle SizeUp to 50mm

KOLEBURG High Head Slurry Pump Flow and Speed Reference Table

Selecting the correct RPM and flow rate ensures optimal velocity and minimal wear, far exceeding standard Horizontal Slurry Pump configurations.

Caliber (mm)Recommended RPM RangeFlow Range (m³/h)
501000 – 180020 – 50
75800 – 150050 – 120
100700 – 1200100 – 250
150500 – 1000200 – 600

KOLEBURG High Head Slurry Pump Structure and Material Performance Comparison

The robust casing and interchangeable liners provide customized resistance against aggressive abrasives, offering more versatility than a traditional Rubber Lined Slurry Pump.

ComponentStandard MaterialHigh-Wear AlternativeApplication Focus
ImpellerCr27 AlloyTitanium AlloySevere abrasive environments
Volute LinerCr27 AlloyPolyurethaneHigh-impact slurries
Shaft Sleeve420 Stainless SteelCeramic CoatedCorrosive sealing areas
CasingDuctile IronCast SteelHigh-pressure multi-staging

KOLEBURG High Head Slurry Pump Key Performance Characteristics

  • High-Pressure Casing: Features a reinforced outer shell to withstand multi-stage high-pressure environments without deformation.

  • Advanced Hydraulics: Designed with a specialized impeller profile to reduce internal turbulence and maximize long-distance pumping efficiency.

  • Compliance & Precision: Built to align with rigorous industrial tolerances, frequently meeting or exceeding the criteria for a certified HI Slurry Pump.

  • Modular Design: Allows for rapid on-site replacement of wear parts to minimize operational downtime.

koleburg High Head Slurry Pump (Electric Motor Driven, Yellow Belt Guard, Base-Mounted)

Need to know more about the High Head Slurry Pump?

Elevate your industrial fluid management today. Contact our engineering team to request detailed High Head Slurry Pump performance curves, competitive pricing models, and total cost of ownership (TCO) analyses to accelerate your enterprise procurement decisions, ensuring your facility runs with the reliability of an API 610 Pump system.

High Head Slurry Pump Applications

Pipelines near the capital - converted from

Mine Dewatering

Effectively handles deep-pit water mixed with abrasive solids, acting as an essential open pit mine dewatering pump.

Conveyor and aggregate loader

Tailings Transport

Overcomes long-distance friction losses, serving perfectly as a tailings pond tailings transfer pump for highly concentrated mixtures.

Manganese ore

Mineral Processing

Ensures consistent, high-pressure cyclone feed when utilized as a processing plant ore slurry transfer pump.

Mining infrastructure

Coal Preparation

Delivers heavy media circulation without clogging, ideal for an intensive coal washing plant slurry circulation pump.

KOLEBURG other pump series

High Head Slurry Pump FAQs

1. How does the manufacturing process ensure the durability of a High Head Slurry Pump?

KOLEBURG utilizes precision casting and controlled cooling techniques to eliminate internal stresses, ensuring the equipment withstands extreme abrasive impacts.

Yes, they are frequently arranged in series to achieve massive pressure outputs across long pipelines, operating similarly to a heavy-duty Multistage Centrifugal Pump.

We apply rigorous dynamic balancing and multi-axis CNC machining to ensure the impeller maintains perfect concentricity, reducing vibration and extending bearing life.

Every unit undergoes strict hydrostatic pressure testing and full-curve hydraulic performance validation in our state-of-the-art engineering facility.

Due to higher operational pressures and rotational forces, it requires a reinforced, heavily grouted baseplate to absorb dynamic loads efficiently.

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KOLEBURG will never abuse, misuse, sell, or improperly disclose the information you submit via our forms.

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