D3058 Slurry Pump Impeller for WARMAN 43CAHR 43DAHR | China Factory Suppliers
MineMaxx D3058 slurry pump impellers are precision-engineered for high durability in abrasive environments. As leading China factory suppliers, we provide high-chrome white iron components to ensure maximum efficiency and extended service life.
About this product
Product information from the supplier.
The MineMaxx High-Performance Impeller D3058 is a precision-engineered critical component designed specifically for WARMAN 4/3C-AH(R) and 4/3D-AH(R) slurry pumps. As the primary energy transfer element, this metal impeller efficiently converts motor power into fluid kinetic energy, ensuring optimal flow and pressure even when handling the most challenging abrasive and corrosive slurries in industrial environments.
Constructed from premium high-chrome white iron, the D3058 impeller is built to excel in harsh mining and chemical processing conditions. By integrating a unique hydraulic profile with dynamic balancing, it significantly reduces operational vibration and energy consumption, providing a robust solution that minimizes downtime and extends the overall service life of your pumping system.
Detailed Parameters
| Compatible Model | 4/3C-AH(R) / 4/3D-AH(R) | Impeller Part No. | D3058 |
|---|---|---|---|
| Volute Liner | D3147 | Throat Bush | D3110 |
| Frame Plate Liner | D3036 | Frame Plate | D3041 |
| Bearing Assembly | D005 | Core Material | High-Chrome White Iron |
| Application | Slurry Pumping | Balance Type | Dynamically Balanced |
Key Advantages
Extreme Wear Resistance
High-chrome white iron construction ensures superior resistance to abrasion and corrosion in harsh environments.
Extended Service Life
Robust material selection reduces the frequency of part replacements and lowers long-term maintenance costs.
High Energy Efficiency
Optimized hydraulic profiles ensure maximum energy transfer from motor to slurry, reducing power consumption.
Vibration Minimization
Precision dynamic balancing ensures smooth operation and protects the pump shaft and bearing assembly.
Precision Engineering
Carefully engineered vanes and passages are designed to handle high-solid particle concentrations effectively.
Full Range Compatibility
Fully compatible with the full range of WARMAN slurry pump wear parts for seamless integration.
Product Gallery
Management Platforms
Inventory Tracking
Real-time monitoring of pump wear parts to ensure zero downtime during maintenance.
Performance Tuning
Analyze impeller wear rates to optimize the pumping schedule and energy usage.
Wear Alert System
Predictive alerts for part replacements based on operational hours and slurry density.
Quality Assurance
Strict adherence to metallurgical standards for every high-chrome impeller produced.
Logistics Hub
Global supply chain management for rapid delivery of critical slurry pump components.
Technical Support
Expert guidance on the selection of materials for specific abrasive slurry types.
Investment Return Comparison
| Metric | Standard Impellers | MineMaxx D3058 |
|---|---|---|
| Service Life | Short / Moderate | Extended High-Life |
| Energy Cost | Higher due to drag | Optimized Low-Energy |
| Replacement Cycle | Frequent | Significantly Reduced |
| Maintenance Cost | High Operational Expense | Lower Total Cost of Ownership |
| Pump Stability | Moderate Vibration | High Stability (Balanced) |
Frequently Asked Questions
The impeller is constructed from high-chrome white iron, specifically chosen for its exceptional resistance to both abrasion and corrosion in slurry pumping applications.
This impeller is designed for use with WARMAN 4/3C-AH(R) and 4/3D-AH(R) slurry pumps.
Dynamic balancing minimizes vibration during high-speed rotation, which reduces wear on the bearings and shaft, ensuring overall pump reliability.
It is widely used in mining, mineral processing, coal preparation, aggregate processing, and chemical processing industries.
Yes, we supply the full range of high-quality wear parts, including volute liners, throat bushes, and frame plate liners for WARMAN slurry pumps.
The carefully designed hydraulic profile ensures efficient energy transfer, which results in lower energy consumption and reduced operational costs for the user.



