E4036 Rubber Rear Sheath for WARMAN 64DAHR 64EAHR | China Factory Suppliers
High-performance E4036 rubber rear sheaths for WARMAN 64D-AHR and 64E-AHR pumps. Sourced from a leading China factory, our wear parts ensure maximum durability and hydraulic efficiency for abrasive slurries. Contact the best suppliers for industrial pump solutions.
About this product
Product information from the supplier.
The Pump Wear Parts E4036 Rubber Rear Sheath is a precision-engineered component designed specifically for WARMAN 6/4D-AH(R) and 6/4E-AH(R) slurry pumps. As a critical part of the pump's internal wear protection system, this rear sheath ensures the structural integrity of the pump while handling highly abrasive and corrosive slurries in the most demanding industrial environments.
Engineered for maximum durability, our rubber wear parts are designed to minimize turbulence and maximize hydraulic efficiency. By utilizing advanced materials and optimized internal profiles, the E4036 Rear Sheath significantly reduces maintenance intervals and operational downtime, providing a reliable solution for mining, mineral processing, and chemical transfer applications.
Detailed Parameters
| Compatible Model | 6/4D-AH(R) / 6/4E-AH(R) | Part Number | E4036 |
|---|---|---|---|
| Material | Premium Wear-Resistant Rubber | Component Type | Rear Sheath / Wear Part |
| Application | Slurry Pumping | Equipment Brand | Compatible with WARMAN |
| Function | Internal Wear Protection | Design Profile | Hydraulic Optimized |
| Environment | Abrasive & Corrosive Slurries | Maintenance Level | Low Frequency Replacement |
Key Advantages
Extreme Wear Resistance
Manufactured from high-grade rubber alloys to withstand severe erosion and abrasion from solid particles.
Extended Service Life
Advanced material composition ensures a longer operational lifespan, reducing the frequency of part replacement.
Hydraulic Efficiency
Precision-engineered internal profiles minimize turbulence and maximize the flow efficiency of the slurry.
Perfect Compatibility
Strict adherence to OEM dimensions ensures a seamless fit for WARMAN 6/4 series slurry pumps.
Reduced Downtime
Easy-to-install design allows for rapid maintenance and quick return to production.
Industrial Versatility
Ideal for ore transport, tailings management, and mill discharge in mining and chemical sectors.
Product Gallery
Management Platforms
Inventory Control
Real-time tracking of wear parts to ensure zero production halts.
Maintenance Scheduling
Predictive replacement cycles based on material wear rates.
Performance Monitoring
Tracking hydraulic efficiency losses to optimize pump timing.
Quality Assurance
Rigorous material testing to meet international pump standards.
Supply Chain Logistics
Rapid global shipping for critical wear part replacements.
Technical Support
Expert guidance on selecting rubber vs. chrome alloys for your slurry.
Investment Return Comparison
| Metric | Standard Parts | MineMaxx Premium Parts |
|---|---|---|
| Average Lifespan | 6 - 12 Months | 18 - 30 Months |
| Maintenance Frequency | High | Low |
| Energy Consumption | Standard | Reduced (Better Flow) |
| Installation Time | Moderate | Fast / Precise Fit |
| Total Cost of Ownership | Higher (Frequent Replacement) | Lower (Long-Term Value) |
Frequently Asked Questions
Rubber materials provide superior resistance to corrosion and are often more effective at handling fine, abrasive particles by absorbing impact rather than eroding, which can extend the life of the pump casing.
Yes, our E4036 Rear Sheaths are specifically designed for the WARMAN 6/4D-AH(R) and 6/4E-AH(R) models, ensuring a precise fit and optimal performance.
Signs for replacement include a noticeable drop in pump discharge pressure, increased vibration, or a decrease in the volume of slurry being moved.
Absolutely. We supply a full range of high-quality wear parts including impellers, volutes, throat bushes, and frame plate liners for various slurry pump models.
For highly corrosive or acidic environments, specialized rubber compounds or high-chrome alloys are recommended. Our technical team can help you choose the best material based on your slurry's pH levels.
Yes. By maintaining a smooth internal profile and reducing turbulence, the pump operates more efficiently, which directly reduces the energy required to move the slurry.



