MineMaxx 64EAHF Slurry Pump China Factory Suppliers High Performance Industrial Pumps
Looking for reliable slurry pump China suppliers? The MineMaxx 64E-AHF from our factory is a high-efficiency pump designed for handling abrasive and corrosive slurries in demanding industrial environments.
About this product
Product information from the supplier.
The MineMaxx 6/4E-AHF slurry pump is a premier high-performance engineering solution specifically engineered to transport abrasive and corrosive slurries. Built for the most demanding industrial environments, this horizontal slurry pump combines a robust structural architecture with advanced hydraulic design to ensure maximum reliability and operational stability under extreme pressure.
Designed to minimize wear and maximize system uptime, the 6/4E-AHF features a low-speed, large-diameter impeller that optimizes flow efficiency while reducing internal erosion. Whether deployed in large-scale mining operations or complex chemical processing plants, this pump delivers a superior balance of high flow rates and long-term durability, significantly reducing the total cost of ownership.
Detailed Parameters
| Model | 6/4E-AHF / 6/4E-AHFR | Max Motor Power | 120 Kw |
|---|---|---|---|
| Capacity (m³/h) | 180-490 | Max Head (m) | 6-57 |
| Pump Speed (r/min) | 500-1600 | Efficiency (%) | 55-64 |
| NPSH (m) | 2-5 | Liner Material | Metal / Rubber |
| Impeller Material | Metal / Rubber | Pump Weight | 785kg (Metal) / 620kg (Rubber) |
Key Advantages
Exceptional Wear Resistance
Utilizes high-grade alloys and rubber liners to withstand the most aggressive abrasive slurries, extending component lifespan.
Maximum Uptime
Low-speed design reduces internal friction and wear, ensuring continuous operation and reducing unplanned shutdowns.
High Hydraulic Efficiency
Optimized impeller geometry ensures maximum flow capacity and head pressure with minimized energy consumption.
Robust Construction
Engineered with advanced casting techniques to provide superior structural integrity in harsh mining environments.
Simplified Maintenance
Intuitive design allows for rapid access to wear parts, significantly reducing MTTR (Mean Time To Repair).
Versatile Application
Seamlessly adapts to mining, mineral processing, coal preparation, and chemical industrial slurry handling.
Product Gallery
Management Platforms
Wear Parts Inventory
Efficient tracking of impellers, liners, and throat bushes for proactive replacement.
Performance Monitoring
Real-time analysis of flow rates and head pressure to ensure optimal efficiency.
Maintenance Alerts
Automated scheduling for seal inspections and liner thickness checks.
Energy Optimization
Tracking Kw consumption relative to output to reduce operational overhead.
Spare Parts Logistics
Integrated supply chain management for rapid delivery of critical pump components.
System Integration
Full compatibility with industrial PLC and SCADA systems for remote control.
Investment Return Comparison
| Metric | Standard Slurry Pump | MineMaxx 6/4E-AHF |
|---|---|---|
| Service Life | Short (High Wear) | Extended (Advanced Materials) |
| Maintenance Cycle | Frequent / Costly | Optimized / Reduced |
| Energy Cost | High (Lower Eff.) | Low (High Efficiency) |
| System Downtime | High Risk | Minimized / Stable |
| Total ROI | Moderate | Superior Long-term Return |
Frequently Asked Questions
It is ideal for mining, mineral processing, coal preparation, aggregate processing, and chemical industries where abrasive and corrosive slurries must be moved efficiently.
Through its high-efficiency hydraulic design and superior wear-resistant materials, it reduces energy consumption and minimizes the frequency of expensive part replacements.
Metal liners are generally used for highly abrasive materials, while rubber liners provide better resistance against corrosive chemicals and finer abrasive particles.
Yes, the 6/4E-AHF is specifically designed with a large diameter, low-speed impeller to handle challenging, high-density, and abrasive materials effectively.
Regular monitoring of liner thickness, impeller wear, and seal integrity is recommended to prevent catastrophic failure and maintain peak efficiency.
Yes, it is designed according to industry standards for horizontal slurry pumps, ensuring straightforward integration with most industrial slurry piping layouts.



