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sales@pumpkingmech.com
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sales@pumpkingmech.comEngineered for extreme abrasion and corrosion resistance, delivering unmatched efficiency in mining and industrial slurry transport.
Our rubber slurry pump series is meticulously designed to handle the most abrasive liquids. By integrating advanced elastomer technology with precision hydraulic design, we ensure long-term reliability in the most demanding industrial applications.
Utilizing high-grade natural and synthetic rubber liners that provide exceptional resistance to abrasive particles, extending service life by up to 300%.
Advanced CFD modeling ensures a smooth flow path, reducing turbulence and minimizing internal erosion for maximum energy efficiency.
Designed for rapid replacement of wear parts, reducing downtime and simplifying onsite maintenance for global operations.
Reduced friction and high efficiency result in lower power consumption and minimized energy costs over the pump lifecycle.
Capable of handling a wide range of slurry densities and particle sizes without compromising pump stability.
Standardized mounts and connections allow for swift installation and integration into existing pipeline systems.
| Pump Model | Max Flow Rate | Max Head | Liner Material | Power Req. | Weight |
|---|---|---|---|---|---|
| RS-100 Eco | 120 m³/h | 45 m | Natural Rubber | 15 kW | 450 kg |
| RS-150 Pro | 250 m³/h | 60 m | NBR Rubber | 22 kW | 620 kg |
| RS-200 Ultra | 400 m³/h | 85 m | Polyurethane | 37 kW | 880 kg |
| RS-250 Heavy | 600 m³/h | 110 m | Natural Rubber | 55 kW | 1100 kg |
| RS-300 Titan | 850 m³/h | 130 m | Viton Rubber | 75 kW | 1450 kg |
| RS-350 Max | 1100 m³/h | 150 m | High-Chrome Rubber | 90 kW | 1800 kg |
| RS-400 Prime | 1400 m³/h | 180 m | Ceramic-Rubber | 110 kW | 2100 kg |
| RS-500 Mega | 1800 m³/h | 210 m | Special Alloy-Rubber | 160 kW | 2500 kg |
Reduced pump liner replacement frequency from every 3 months to 14 months using our heavy-duty rubber slurry pump series.
Optimized tailings transport efficiency, resulting in a 15% reduction in operational energy costs across the facility.
Implemented RS-300 Titan pumps to handle high-density iron slurry, eliminating frequent clogging issues.
Successfully deployed a fleet of 12 rubber slurry pumps for gravel transport, increasing throughput by 20%.
Resolved severe corrosion problems by upgrading to our chemical-resistant rubber liner options.
Improved slurry transport stability, reducing system vibration by 40% and lowering maintenance overhead.
Transporting raw ore, tailings, and concentrates with maximum abrasion resistance.
Moving sand, silt, and gravel from underwater environments to shore sites.
Efficient pumping of sludge and grit during wastewater purification processes.
Handling corrosive slurries in fertilizer and pigment production plants.
Transporting coal ash and fly ash to disposal or reuse facilities.
Handling fiber slurries and caustic wastes with precision flow control.
Every pump undergoes rigorous quality checks from raw material sourcing to final assembly to ensure zero-defect delivery.
Full-scale hydraulic testing under actual slurry conditions to verify flow rate, head pressure, and vibration levels.
Sea-worthy packaging using vacuum-sealed anti-corrosion wraps and reinforced wooden crates for safe transoceanic shipping.
Rubber liners absorb the impact of abrasive particles better than hard metals, reducing erosion rates and significantly extending the pump's lifespan in sandy or gravelly slurries.
Yes, we offer specialized liner materials such as NBR and Viton that are specifically engineered to resist chemical corrosion while maintaining abrasion resistance.
Replacement intervals depend on the slurry density and particle size. On average, our pumps last 3-5 times longer than standard options before needing a liner change.
Depending on the model, our pumps can handle particles up to 50mm in diameter without risking internal blockages or excessive wear.
Yes, we can customize flow rates, head pressure, and liner materials to meet the specific operational requirements of your site.
Thanks to optimized hydraulic profiles and lower internal friction, our pumps maintain higher efficiency over time as the liner wears more uniformly than metal surfaces.
Contact our engineering team to find the perfect rubber slurry pump configuration for your operational needs. Experience lower costs and higher reliability.
