Engineered For
Extreme Slurry Pumping

Specializing in the design and manufacture of the heavy duty horizontal slurry pump, delivering unmatched abrasion resistance and hydraulic efficiency for the world's most demanding mining and industrial slurry transport applications.

5000+
Annual Output
120+
Countries Served
7 Days
Sample Lead Time
99.8%
On-Time Delivery

Industrial Power
& Wear-Resistant Excellence

Redefining fluid transport for high-density abrasive materials.

As a global leader in pump manufacturing, our heavy duty horizontal slurry pump series sets the industry standard for abrasive fluid handling. By integrating advanced CFD (Computational Fluid Dynamics) modeling with high-chrome alloy metallurgy, we ensure that our pumps maintain optimal flow rates while minimizing internal turbulence, significantly extending the service life of critical components.

The technical superiority of our systems lies in the precision-engineered impeller geometry and reinforced casing designs. These innovations allow for the efficient transport of high-concentration tailings, mineral slurries, and chemical waste, providing our clients with a reduction in maintenance downtime and a substantial increase in overall operational throughput across mining and dredging sites.

Our Engineering
Pillars

Combining material science with hydraulic precision to conquer the toughest slurries.

01

Extreme Material Durability

Advanced metallurgy designed to withstand high-velocity impact and abrasion.

  • High-Chrome Alloys: Superior hardness to resist mineral abrasion
  • Ceramic Liners: Optional liners for extreme chemical corrosion
  • Hard-Facing Tech: Targeted reinforcement on high-wear zones
02

Hydraulic Optimization

Optimizing energy consumption while maximizing solids transport capacity.

  • CFD Analysis: Eliminated dead zones and vortices
  • Variable Impellers: Tailored to specific slurry viscosity
  • Low NPSHr: Prevents cavitation in high-density flow
03

Heavy-Duty Stability

Robust structural design to ensure minimal vibration and operational safety.

  • Heavy-Duty Bearings: Extended life under axial loads
  • Precision Balancing: ISO Grade G2.5 dynamic balancing
  • Modular Maintenance: Quick-release parts for rapid repair

Performance Analytics
& Reliability Data

Comparative data proving our superiority in slurry transport efficiency.

Market Application Distribution

Technical Performance Radar

Technical Parameter
Specifications

Comprehensive technical data for our heavy duty horizontal series.

Pump Model
Max Flow Rate (m³/h)
Max Head (m)
Impeller Material
Max Solid Size (mm)
Power Range (kW)
HD-S 100 Series
600
45
High-Chrome 27%
80
75 - 110
HD-S 150 Series
1200
60
High-Chrome 27%
110
132 - 185
HD-S 200 Series
2500
80
Duplex SS/Chrome
150
200 - 315
HD-S 250 Series
4000
100
High-Chrome 27%
200
315 - 450
HD-S 300 Series
6000
120
Rubber Lined/Chrome
250
400 - 630
HD-S 400 Series
9000
150
High-Chrome 27%
300
500 - 800
HD-S 500 Series
12000
180
Custom Alloy
400
700 - 1000
HD-S 600 Series
15000
200
High-Chrome 27%
500
900 - 1200

Real-World
Impact

Global success stories implementing our high-performance slurry solutions.

Andes Copper Mine

Tailings Management

Replaced existing pumps with HD-S 300 series, overcoming extreme abrasive copper tailings flow.

Wear Life: +45% Energy Saving: 12%

Coastal Dredging Project

Sand & Silt Transport

Deployed HD-S 600 series for heavy-duty sand transport in saltwater environments.

Flow Volume: +20% MTBF: 8000h

Iron Ore Processor

High-Density Slurry

Customized HD-S 200 pumps to handle high-density iron ore slurry with minimal cavitation.

Uptime: 99.5% Wear Life: +30%

Gold Mine Tailings

Corrosive Slurry

Implemented duplex stainless steel HD-S 150 pumps to combat chemical corrosion and abrasion.

Maintenance: -25% Life: +50%

Coal Washing Plant

Waste Water Transport

Standardized HD-S 100 pumps for coal waste slurry, ensuring stable 24/7 operational cycles.

Stability: 100% Capex: -15%

Pulp Mill Project

Organic Fiber Slurry

Implemented rubber-lined HD-S 250 pumps to handle organic fiber slurries without clogging.

Clog Rate: 0% Flow: Stable

Industry
Applications

Tailored solutions for demanding environments.

Mining & Minerals

Transporting tailings, ore slurry, and mineral concentrates across large-scale mining sites.

Dredging Operations

Efficient movement of sand, silt, and gravel for harbor maintenance and land reclamation.

Chemical Processing

Handling corrosive abrasive slurries in industrial chemical synthesis and waste treatment.

Power Plants

Transporting ash slurry and flue-gas desulfurization (FGD) waste safely.

Waste Water Treatment

Moving thick sludge and grit in municipal and industrial treatment facilities.

Pulp & Paper

Handling stock slurry and recycling fibers in high-volume production lines.

Quality Assurance
& Export Standards

ISO 9001 Quality Management

Every pump undergoes a rigorous 24-hour performance test to ensure hydraulic efficiency and mechanical seal integrity before shipment.

Metallurgical Certification

We provide full material traceability reports, ensuring that all high-chrome components meet the exact hardness specifications (HRC 60+).

Global Export Compliance

Our packaging and logistics follow international maritime standards, preventing corrosion during transit to any global destination.

Trust Verified

Certified by leading international bodies for industrial safety and engineering excellence.

✓ CE CERTIFIED ✓ SGS VERIFIED ✓ ISO 9001:2015

Frequently Asked
Questions

Expert answers to common technical and commercial inquiries.

01

How do I select the right impeller for my slurry density?

Selection depends on the particle size and slurry concentration. For high-density materials, we recommend a larger impeller with a lower RPM to reduce wear and prevent cavitation. Our engineers provide custom CFD analysis for each application to optimize the heavy duty horizontal slurry pump configuration.

02

What is the expected lifespan of the high-chrome liners?

Lifespan varies by the abrasiveness of the fluid. Typically, our High-Chrome 27% liners last 3 to 5 times longer than standard cast iron. In mild slurry conditions, they can operate for several years, while in extreme mining environments, we suggest quarterly wear audits.

03

Do you provide custom materials for chemical corrosion?

Yes, we offer Duplex Stainless Steel, Rubber Lined casings, and specialized Ceramic inserts for environments where chemical corrosion is as significant as mechanical abrasion, ensuring the pump structure remains intact.

04

How do you handle the shipping of heavy pump assemblies?

We use reinforced sea-worthy wooden crates and apply anti-corrosive coatings to all exposed metal surfaces. All shipments are fully insured and compliant with international shipping regulations for heavy industrial equipment.

05

Can these pumps be integrated into existing PLC systems?

Absolutely. Our pumps are designed to be compatible with standard VFDs and PLC controllers, allowing for automated flow control and real-time monitoring of vibration and temperature parameters.

06

What is your typical lead time for custom slurry pump orders?

Standard models are shipped within 4-6 weeks. Custom-engineered solutions typically require 8-12 weeks, including the design phase, metallurgical casting, and final precision machining and testing.

Optimize Your Slurry Transport Today

Partner with the experts in heavy duty horizontal slurry pump technology to reduce your maintenance costs and maximize operational efficiency.

Get a Quote