Industrial HGH Series Gravel Pump China Factory and Reliable Suppliers
The HG(H) Series Gravel Pump is a heavy-duty industrial powerhouse engineered to master the most demanding slurry transport challenges. Designed specifically for environments involving high abrasion, large solids, and elevated temperatures, this series integrates thick, wear-resistant components with expansive flow passages to ensure seamless conveyance of coarse gravel and abrasive minerals without clogging.
By utilizing cutting-edge hydraulic engineering to minimize internal turbulence, the HG(H) series optimizes operational efficiency and significantly extends the service life of critical wet parts. Featuring premium high-chromium alloys with a Rockwell hardness of up to HRC 66, these pumps deliver unmatched reliability and structural integrity for global mining and industrial operations seeking to reduce OPEX and maximize uptime.
Detailed Parameters
| Model Series | HG(H) Series Gravel Pump | Discharge Diameter | 100 ～ 800mm |
|---|---|---|---|
| Flowrate Range | 80 ～ 10,000 m³/h | Max Head | Up to 90m |
| Material Hardness | Rockwell HRC 66 | Chromium Content | Exceeds 28% High Chrome Alloy |
| Design Focus | Low Internal Turbulence | Bearing Quality | Premium Global Brand Bearings |
| Application | High Abrasion / High Temp | Variant Option | HGH Series (For Higher Head Demand) |
Key Advantages
Extreme Wear Resistance
Utilizing high chromium alloy with over 28% Cr and HRC 66 hardness for superior protection against abrasive particles.
Extended Service Life
Thick-walled abrasive parts and optimized materials significantly reduce maintenance frequency and unplanned downtime.
Optimized Hydraulics
Specialized design reduces internal turbulence, balancing high operational efficiency with prolonged component lifespan.
Large Particle Handling
Wide flow passages and large impellers prevent clogging when transporting coarse gravel and heavy solids.
High Temperature Stability
Engineered to maintain structural integrity and consistent performance even when handling high-temperature slurry.
Versatile Head Options
Available in standard HG and HGH configurations to meet specific industrial pressure and head requirements.
Product Gallery
Management Platforms
Inventory Control
Streamlined management of OEM pump parts and spare components for rapid replacement.
Performance Monitoring
Track flowrate and head efficiency to optimize pump operational cycles in real-time.
Maintenance Alerts
Scheduled notifications for wear part inspections based on slurry abrasion levels.
Real-time Diagnostics
Immediate detection of cavitation or turbulence issues to prevent unplanned downtime.
Lifecycle Tracking
Detailed logs of pump wear and part replacement history for ROI analysis.
System Optimization
Adjusting flow parameters to maximize the overall efficiency of the HG/HGH series.
Investment Return Comparison
| Comparison Metric | Standard Slurry Pump | HG Series Gravel Pump |
|---|---|---|
| Wear Life | Short (Frequent Replacements) | Extended (High Chrome Alloy) |
| Maintenance Cost | High (Due to Erosion) | Low (High HRC 66 Hardness) |
| Handling Capacity | Limited Particle Size | Large Particle / High Temp |
| Energy Efficiency | Moderate (Turbulent Flow) | High (Low Turbulence Design) |
| Total Cost of Ownership | High Long-term Expense | Optimized ROI / Low OPEX |
Frequently Asked Questions
Q: What is the difference between the HG and HGH series pumps?
While both share the same robust design, the HGH series is specifically engineered to provide higher head demand, making it suitable for applications requiring greater lift or pressure.
Q: How does the HG series handle highly abrasive materials?
The pump utilizes high chromium alloy wet parts with a chromium content exceeding 28% and a Rockwell hardness of HRC 66, providing a superior shield against severe abrasion.
Q: Can these pumps handle high-temperature slurries?
Yes, the HG series is specifically designed and heat-stabilized to be suitable for conveying high-temperature slurries without compromising structural integrity.
Q: What prevents the pump from clogging with large gravel particles?
The design incorporates a large diameter impeller and wide flow passages, ensuring that large particles can pass through the system with minimal resistance.
Q: Which bearings are used in the HG series for durability?
We utilize globally recognized premium brand bearings to ensure exceptional performance in resistance to wear, corrosion, and heavy mechanical loads.
Q: What is the maximum flowrate and head capacity of the HG series?
The HG series can handle a flowrate from 80 to 10,000 m³/h and can reach a maximum head of 90 meters, depending on the specific model configuration chosen.
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