Horizontal Slurry Pump
KOLEBURG’s Horizontal Slurry Pump delivers unparalleled wear resistance and continuous operational stability for the most demanding high-solid fluid handling.
- Extreme Durability
- Optimized Hydraulics
- Minimized Downtime
- High Efficiency
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KOLEBURG As A Horizontal Slurry Pump Manufacturer
As a leading developer of this specialized industrial equipment, KOLEBURG integrates precision engineering with advanced metallurgy to deliver superior fluid management systems. In terms of manufacturing, our robust process utilizes state-of-the-art 3D technical modeling and rigorous HI Slurry Pump standard testing to ensure exceptional structural integrity. Through our comprehensive service networks, we offer rapid maintenance support and localized inventory to keep your plant operational at all times. In practical application, our systems—ranging from standard units to the extreme-condition Heavy Duty Slurry Pump —expertly resolve complex challenges in abrasive Pump Application environments, particularly within the mining and wastewater sectors.
KOLEBURG Horizontal Slurry Pump Core Performance Parameters Range
The overall parameter matrix for our centrifugal system demonstrates versatile capability across varied industrial pressure and flow demands.
| Capacity Range (Q) | Head Range (H) | Max Particle Size | Operational Temperature Limit |
| 10 – 5,400 m³/h | 5 – 118 m | Up to 130 mm | ≤ 110°C (depending on material) |
- esg
- 7*24
- Precision
KOLEBURG Horizontal Slurry Pump Flow & Speed Reference
Adjusting the operational speed according to the discharge diameter allows this Slurry Pump to optimize flow dynamics and prevent premature internal scouring.
| Discharge Diameter (mm) | Recommended Flow Rate (m³/h) | Optimal Speed Range (RPM) | Application Focus |
| 50 – 100 | 20 – 150 | 800 – 1400 | Fine particle transfer |
| 150 – 250 | 150 – 800 | 600 – 1000 | Medium concentration sludge |
| 300 – 450+ | 800 – 3000+ | 300 – 800 | Heavy mining ores |
KOLEBURG Horizontal Slurry Pump Structure & Material Performance
By combining rugged volute designs with premium Pump Material selections, the unit easily resists severe abrasion and chemical corrosion.
| Component / Build | Material Options | Performance Characteristic |
| Impeller & Volute |
High Chrome Alloy Pump construction
| Maximum hardness (HRC 58-62) for highly abrasive rock and gravel. |
| Internal Liners |
Rubber Lined Slurry Pump configuration
| Excellent elasticity for corrosive liquids and fine, sharp particles. |
| Wear Plates |
Polyurethane Pump parts
| High tear resistance and non-stick properties for sticky media. |
KOLEBURG Horizontal Slurry Pump Key Performance Features
Advanced Wear Resistance: Utilizes heavy-duty cast components with increased thickness at critical wear points to vastly extend equipment lifespan in high-impact environments.
High Head Capability: Engineered with hydraulic profiles similar to a High Head Slurry Pump, enabling the long-distance transport of dense fluids without significant loss of pressure.
Interchangeable Liners: Features modular internal wear parts that can be quickly swapped in the field to adapt to changing abrasive conditions without replacing the entire casing.
Low-Turbulence Impellers: Reduces internal recirculation, which significantly lowers overall power consumption and prevents localized erosive damage.
Need to know more about the Horizontal Slurry Pump?
To maximize your procurement efficiency and boost operational ROI, accessing detailed technical documentation is essential. Contact the KOLEBURG engineering team today to request comprehensive performance curves, high-fidelity 8K engineering photography, 3D technical cutaways of the internal bearing assemblies, and customized price quotations tailored precisely to your facility’s operational demands.
Horizontal Slurry Pump Applications
Mining Mineral Processing
Functions as a vital processing plant ore slurry transfer pump, eliminating pipeline blockages when moving highly concentrated crushed rock and raw minerals.
Mine Waste Management
Operates as a highly reliable tailings pond tailings transfer pump to safely transport abrasive, fine-particle waste over long distances without structural failure.
Coal Preparation
Essential as a robust coal washing plant slurry circulation pump, effectively separating coal dust and dense media while withstanding continuous, severe abrasion.
Industrial Wastewater Treatment
Efficiently manages corrosive, high-solid effluent from chemical processing plants, completely solving the frequent clogging issues found in standard water pumps.
KOLEBURG other pump series
Self-Balancing Multistage Pump
Multistage Centrifugal Pump
Single Stage Pump
Split Case Pump
Inline Pump
Self-Priming Pump
Deep Well Pump
Slurry Pump
Axial Flow Pump
Mixed Flow Pump
Sewage Pump
Magnetic Pump
Metering Pump
rotor pump
Oil Pump
Condensate Pump
Mud Pump
Fire Pump
Screw Pump
Horizontal Slurry Pump FAQs
1. What manufacturing tolerances are maintained during production?
KOLEBURG utilizes precision CNC machining and rigorous 3D modeling verification to maintain strict dimensional clearances, ensuring high mechanical efficiency and reducing detrimental internal fluid recirculation.
2. How is the outer casing processed for maximum structural durability?
The external casing undergoes controlled heat treatment and stress-relieving metallurgical processes, allowing it to easily withstand extreme hydraulic burst pressures and accidental external impacts on the factory floor.
3. Can the wetted parts be customized for varying chemical compositions?
Yes, depending on the fluid’s pH levels and particulate sharpness, the internal components can be cast from high-chrome white iron, advanced ceramics, or lined with specially formulated synthetic elastomers.
4. What steps are taken to ensure the dynamic balance of the unit?
Every impeller is dynamically balanced at the manufacturing facility using computerized testing equipment to eliminate operational vibration, which protects the integrity of the shaft and bearing assembly.
5. How does the bearing assembly design contribute to the equipment's overall lifespan?
The design features a large diameter structural shaft with a deliberately short overhang, specifically engineered to minimize deflection during heavy loads, thereby drastically extending both bearing and mechanical seal life.