Engineered for the most abrasive environments, our centrifugal gravel pumps deliver unmatched durability and flow efficiency for global mining and dredging operations.
As a leading gravel pump factory, we integrate advanced metallurgy with precision fluid dynamics to ensure your operations never stop, even when handling the harshest solids.
We utilize specialized high-chromium cast iron to minimize erosive wear, extending the lifecycle of pump liners and impellers by up to 300%.
Optimized impeller geometries reduce turbulence and cavitation, ensuring maximum flow rates for heavy gravel slurries with minimal energy loss.
Our quick-swap wear parts design reduces downtime during maintenance, allowing operators to restore full capacity in record time.
Through enhanced efficiency and longer wear life, our pumps significantly lower the total cost of ownership (TCO) for industrial plants.
Capable of handling large gravel particles without clogging, maintaining a stable flow even under fluctuating slurry concentrations.
Our worldwide distribution ensures that spare parts and technical expertise are always available locally, regardless of your site location.
| Pump Model Series | Max Flow Rate (m³/h) | Total Head (m) | Max Particle Size (mm) | Liner Material | Motor Power (kW) |
|---|---|---|---|---|---|
| Gravel-Pro 100 | 500 | 45 | 80 | High-Chrome 27% | 75 |
| Gravel-Pro 150 | 800 | 60 | 100 | High-Chrome 27% | 110 |
| Gravel-Pro 200 | 1200 | 75 | 120 | Rubber Lined | 160 |
| Ultra-Flow 300 | 2000 | 90 | 150 | High-Chrome 27% | 250 |
| Ultra-Flow 400 | 3000 | 110 | 180 | Ceramic Hybrid | 315 |
| Titan-Heavy 500 | 4500 | 130 | 200 | High-Chrome 27% | 400 |
| Titan-Heavy 600 | 6000 | 150 | 250 | Hardened Alloy | 500 |
| Max-Dredge X1 | 8000 | 180 | 300 | Tungsten-Carbide | 630 |
Implemented 12 high-chrome gravel pumps, increasing slurry throughput by 22% and reducing wear-part replacement frequency from monthly to quarterly.
Deployment of heavy-duty tailings pumps resulted in a 15% reduction in energy consumption per ton of processed ore due to optimized hydraulics.
Engineered a custom-sized gravel pump to handle extreme seasonal temperature swings, maintaining 99% uptime during winter operations.
Reduced unplanned downtime by 40% by transitioning to our rubber-lined gravel pumps for high-volume waste removal.
Deployed a series of Titan-Heavy pumps to move 5000m³/h of abrasive grit, achieving zero pump failures over 18 months.
Integrated energy-saving VFDs with our centrifugal pumps, reducing peak power demand by 20% while maintaining required flow.
Perfect for transporting crushed ore and waste rock slurries from pit bottoms to processing plants.
High-flow capacity pumps designed for river and seabed dredging, ensuring efficient sediment transport.
Reliable transfer of mineral waste to tailings dams, minimizing leakage and environmental risk.
Efficient removal of debris and muddy water from construction sites and urban dredging projects.
Handling corrosive abrasive slurries in catalyst recovery and chemical waste treatment cycles.
Removing silt and gravel from reservoir intake systems to prevent turbine erosion and maintain efficiency.
Our manufacturing plant adheres to strict international quality management systems, ensuring every pump meets rigorous tolerance standards.
Every impeller undergoes high-precision dynamic balancing to eliminate vibration, reducing bearing wear and extending pump life.
Our pumps are treated with anti-corrosion coatings and packed in sea-worthy reinforced crates for safe global transit.
We use a specialized High-Chrome alloy with 27% chromium content, which creates a hard carbide structure that resists the abrasive nature of gravel and sand.
Yes, our pumps are specifically designed with wide-clearance impellers to handle gravel particles up to 300mm depending on the model size.
Standard models ship within 7-14 days, while fully customized hydraulic designs typically take 30-45 days from engineering approval.
Yes, we offer comprehensive remote technical guidance and can dispatch on-site engineers for complex installation and commissioning.
High-chrome is best for sharp, abrasive particles, while rubber lining is ideal for finer, high-velocity slurry applications with lower impact.
Simply provide the pump serial number from the nameplate, and our parts team will ensure you receive the exact compatible wear kits.
Contact our engineering team today to get a custom-configured solution for your abrasive fluid handling needs. Let's maximize your uptime.
