Get high-performance Frame Plate Liner Part No. 036 from leading China factory suppliers. Made of premium wear-resistant rubber, this liner protects slurry pumps against abrasive wear and ensures a reliable seal for extended service life in industrial applications.
The Frame Plate Liner is a high-performance wet-end component engineered specifically for slurry pumps operating in the most demanding environments. As a critical barrier between the pump casing and abrasive media, this rear liner is meticulously designed to withstand the constant impact of corrosive slurries, ensuring the structural integrity of the pump system while maximizing operational uptime.
By utilizing premium high wear-resistant rubber, the Frame Plate Liner optimizes the sealing performance and provides an essential layer of protection against premature erosion. Its precise fit and robust material composition significantly reduce maintenance frequency and lower the total cost of ownership for industrial pumping applications in mining, dredging, and chemical processing.
| Part Name | Frame Plate Liner / Rear Liner | Spare Part Code | 036 |
|---|---|---|---|
| Applicable Model | Slurry Pump Series | Material Grade | High Wear-Resistant Rubber |
| Component Category | Core Wet-End Part | Primary Function | Wear & Corrosion Protection |
| Installation Position | Rear Frame Plate Area | Sealing Capability | Industrial Grade High-Seal |
| Resistance Type | Abrasive & Corrosive Media | Maintenance Level | Low Frequency Replaceable |
Engineered with high-grade rubber to withstand severe abrasive slurry, extending the life of the pump casing.
Optimized material density reduces wear rates, ensuring longer intervals between scheduled maintenance.
Specialized rubber compound provides a chemical barrier against corrosive minerals and acidic fluids.
Precision-molded to ensure a tight seal, preventing leakage and protecting the pump’s internal structural components.
Reduces vibration and erosion turbulence, promoting a steady flow and stable pump performance.
Easy installation and replacement process minimize downtime and labor costs during overhaul.
Real-time monitoring of spare part stock levels to prevent operational shutdowns.
Data-driven tracking of liner degradation to optimize replacement schedules.
Automated notifications based on pump runtime hours for proactive part swapping.
Rigorous inspection platforms ensuring every liner meets ISO precision standards.
Global supply chain integration for rapid delivery of critical wet-end components.
Comparing wear rates across different slurry types to recommend ideal materials.
| Performance Metric | Standard Liner | High Wear-Resistant Rubber Liner |
|---|---|---|
| Service Lifespan | Short (Standard) | Extended (Up to 2-3x) |
| Maintenance Frequency | High | Low |
| Casing Protection | Moderate | Maximum |
| Operational Downtime | Frequent | Minimized |
| Total Ownership Cost | Higher (Due to replacement) | Lower (Optimized ROI) |
The Frame Plate Liner acts as a protective shield for the pump’s rear casing, preventing abrasive and corrosive slurries from wearing down the structural metal components, thereby maintaining pump efficiency and longevity.
Rubber offers superior resilience against fine abrasive particles and better chemical resistance to corrosive agents compared to many standard metals, which typically erode faster in slurry applications.
Inspection intervals depend on the slurry concentration and aggressiveness. We generally recommend a quarterly check or following your pump’s specific runtime maintenance schedule to prevent casing damage.
This specific liner (Code 036) is designed for compatible Slurry Pump models. Please verify your pump’s technical specifications or contact us to ensure a perfect fit.
Yes, a precision-fitted liner ensures an airtight and watertight seal at the rear frame, preventing leaks that could lead to environmental hazards or pump failure.
Signs include visible thinning of the rubber material, leakage around the frame plate, or a noticeable drop in the pump’s volumetric efficiency due to internal bypass.
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