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ZJ Slurry Pump
The ZJ series comprises single-stage, single-suction, horizontal cantilever centrifugal slurry pumps. This pump series is designed in accordance with advanced international theories regarding solid-liquid two-phase flow, adhering to the principle of minimizing hydraulic losses. The geometry of its wet-end components is optimized to align with the flow dynamics of the medium, thereby reducing both local and frictional hydraulic losses—such as those caused by turbulence and impact—and consequently mitigating wear on the wet-end parts, enhancing hydraulic efficiency, and lowering operational noise and vibration. The wet-end components of this series are cast from high-hardness alloy iron; this material features exceptional resistance to abrasion, corrosion, and impact, thereby significantly extending the pump's service life. Furthermore, the series incorporates a dynamic pressure-reduction mechanism to ensure effective sealing and prevent slurry leakage.
| Features |
|---|
| The material features high resistance to abrasion, corrosion, and impact. |
| The ZJ-type slurry pump is widely applicable in industries such as mining, metallurgy, electric power, coal, chemicals, and building materials. |
| This series of slurry pumps features a comprehensive range of models, stable performance, broad operational coverage, and ease of selection. |
| It features high efficiency, energy conservation, a long service life, lightweight construction, a rational structure, reliable operation, low vibration, and low noise. |
| The types of pump shaft seals include packing seals, auxiliary impeller seals, and mechanical seals. |
| Transmission Methods: V-belt drive, flexible coupling drive, and gear reducer drive. |
| Technical Parameters | |
|---|---|
| Product Name | ZJ Slurry Pump |
| Pump Structure | Horizontal |
| Rated Flow Rate |
9-1500 m³/h |
| Rated Head |
13–110 m |
| Associated Power |
5.5kw-450kw |
| Cavitation Margin |
2.5-4.5 |
| Pump Body Material | High-Chromium Wear-Resistant Alloy |
| Transmission Method |
Electric-driven / Diesel-driven |
| Application Medium | A mixture of sand, water, mud, and gravel |
| Installation Method | Base Installation |
Strict inspection of composition and dimensions ensures stability from the source.
Key components like impellers and shafts are CNC machined for high consistency.
Coating and heat treatment tailored for water, sewage, slurry, and chemical environments.
Assembly by SOP (Standard Operating Procedure) ensures minimized vibration and leak-proof performance.
Full testing of head, flow, and efficiency before delivery for complete traceability.
Customized wooden crates or pallets with moisture-proof measures for long-distance transport.
Investing in equipment and training to ensure stable, high-quality international delivery.
Providing precautions and connection advice via documentation or video support for correct startup.
Maintenance advice on lubrication, sealing, and periodic inspections to extend equipment life.
Long-term supply of common spare parts and selection assistance from our engineering team.
Rapid analysis and solutions for any abnormalities found during use.
Regular check-ins on equipment status to provide optimization suggestions.
Committed to a professional, stable, and responsible service system for global partners.
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