| Customization: | Available |
|---|---|
| After-sales Service: | Professional Installation Team/Long-Term Guidance |
| Warranty: | 1 Year |
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Working Principle: The Hebei Jinrun Slurry Pump Parts operate on the ingenious centrifugal pump principle, harnessing the dynamic centrifugal force generated by the swift rotation of the impeller, which is expertly driven by a robust electric motor. As centrifugal force acts, the liquid within the pump is energetically propelled from the heart of the impeller to its outer periphery, acquiring energy in the process. Subsequently, the liquid exits the impeller's outer edge with considerable velocity, seamlessly entering the volute pump casing. Here, the liquid experiences a gentle deceleration as its passage expands, transforming a portion of its kinetic energy into static pressure energy. Ultimately, it advances into the discharge pipeline under significant pressure, efficiently reaching the desired destination. As the liquid transitions from the center to the peripheral edge of the impeller, a delicate vacuum forms at the impeller's core. This vacuum, combined with the greater pressure above the storage tank's liquid level compared to the pump inlet, continuously urges the liquid into the impeller, achieving the seamless and uninterrupted conveyance of slurry.
The AH slurry pump represents the pinnacle of efficiency and durability in centrifugal slurry pumping technology. With its widespread acclaim across a multitude of industries, this powerhouse is indispensable in sectors such as metallurgy, mining, coal, chemical engineering, power plants, sand pumping, environmental protection, and municipal engineering. Engineered with precision, it excels at the seamless conveyance of solid particle mixtures, setting new standards in performance. slurry and water, ensuring robust operations and reliable fluid dynamics.
• Structural Features
Double Pump Casing Structure: The pump body and cover boast a horizontal, vertically split design with easily replaceable metal liners crafted from high-chromium wear-resistant alloy. This empowers it with exceptional durability, allowing extended usage until wear-through, thus markedly prolonging maintenance cycles and slashing operational costs. Additionally, the outlet direction is ingeniously rotatable to 8 different angles, enabling users to effortlessly adapt to diverse working conditions.
Bearing Assembly: Featuring a cylindrical structure, this assembly simplifies the adjustment of the impeller and front guard plate gap. Its design facilitates the complete disassembly of the bearing assembly, ensuring maintenance operations are straightforward, efficient, and labor-saving. Grease lubrication minimizes friction, guaranteeing the equipment's stable and smooth operation.
Diverse Shaft Seal Forms: Offering an array of seal types, including packing seal, auxiliary impeller seal, and mechanical seal. The packing seal stands out for its straightforward design and maintenance ease, adaptable to varied conditions. It can pair with specialized materials like polytetrafluoroethylene or graphite packing for corrosive or high-temperature environments. The auxiliary impeller seal leverages impeller-generated pressure for sealing, ideal for pressure-fed systems with supply pressure below 10% of the pump's outlet pressure, eliminating the need for shaft seal water while slightly increasing power usage. The mechanical seal provides optimal sealing but necessitates additional shaft seal water and incurs higher costs.
Multiple Transmission Modes: Choose from a variety of transmission modes such as V-belt drive (CL, CV, CR, ZL, ZV, ZR), elastic coupling drive, gear reducer drive, hydraulic coupling drive, frequency conversion drive, or thyristor speed regulation. The V-belt drive offers the flexibility to modify pump parameters and supports a broad selection range, achieving desired performance parameters with ease. The elastic coupling drive is lauded for its reliability, low failure rate, and high efficiency, despite its fixed speed. Users can select the ideal transmission mode tailored to their needs and working conditions.
• Performance Advantages
Wide Performance Range: With caliber spanning from 25mm to 400mm, flow ranging from 12 to 5040m³/h, and head from 5 to 68m, our product satisfies a wide array of production scales and working conditions, catering to diverse industrial demands.
Good Cavitation Performance: Exceptional cavitation resistance ensures the pump's performance remains uncompromised, preventing component damage and sustaining stable operation and longevity of the equipment.
High Efficiency: Our advanced design and manufacturing processes are engineered to minimize energy loss, optimizing the conversion of electrical energy to mechanical energy for slurry transport, thus lowering energy costs.
Multi-stage Series Technology: Employ multi-stage series technology to adeptly handle long-distance and high-head transport, broadening our product's applicability across industries like mining and metallurgy, where slurry is transported to remote processing facilities.
Diverse Materials for Flow-through Parts: The flow-through components such as the impeller, sheath, and guard plate are available in numerous wear-resistant metals. The depth of these components can be increased, and materials chosen based on the medium's abrasiveness and corrosiveness, significantly enhancing wear and corrosion resistance, thus accommodating various rigorous conditions and prolonging equipment lifespan.
Disclaimer: Please note that our illustrations are for reference only, providing a general overview of our products. They are designed to give you an idea of what to expect, but actual product details may vary slightly.
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