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Wholesale 8inch HighFlow Hydraulic Axial Flow Pump
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  • 8inch HighFlow Hydraulic Axial Flow Pump
  • 8inch HighFlow Hydraulic Axial Flow Pump
  • 8inch HighFlow Hydraulic Axial Flow Pump

8inch HighFlow Hydraulic Axial Flow Pump


Product Model: QSB60012200D

The QSB60012200D Hydraulic Axial Flow Pump is driven by a high-efficiency hydraulic motor and specifically designed for high-capacity drainage operations. Under a working pressure of 170 bar, this equipment achieves a flow rate of up to 600 m³/h with a head of 12 meters, effectively meeting the demands for large-scale floodwater discharge. The pump body is manufactured using an integral stainless steel casting process, weighing only 19 kg with compact dimensions of 224×277×325mm, offering a structure that is both portable and space-efficient. The equipment is fitted with quick-connect hydraulic couplings, simplifying the installation and disassembly process and enabling rapid on-site deployment. Suitable for both clean and turbid water environments, this product features corrosion resistance and requires minimal routine maintenance. It is applicable for urban flood control and drainage in underground spaces.

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Core Advantages
High-Capacity Drainage Efficiency: The QSB60012200D model features a 200mm discharge outlet diameter. Coupled with the hydraulic motor, it achieves an output flow rate of 600 m³/h at an operating pressure of 170 bar, meeting the time-critical requirements of emergency drainage.
Portable and Compact Design: With a total weight of 19 kg and compact dimensions (224×277×325mm), it can be handled and operated by a single person, facilitating rapid deployment in confined spaces and complex terrain.
Durable Material and Construction: Constructed with an integral stainless steel casting structure, the material is robust, resistant to water corrosion and physical wear, making it suitable for long-term operational environments.
Convenient Connection and Maintenance: The quick-connect hydraulic coupling design reduces installation complexity. The equipment has a simple structure requiring virtually no complex maintenance, thereby minimizing downtime.

Product Features
Power System: Incorporates a built-in hydraulic motor requiring a compatible hydraulic flow range of 6080 Lpm, ensuring stable power output.
Material Construction: Full stainless steel integral casting, offering strong corrosion resistance and lightweight.
Connection Ports: Standardized quick-connect hydraulic couplings for easy operation.
Medium Adaptability: Suitable for both clean and turbid water environments with unobstructed flow channels.

Application Scenarios
Urban Flood Control and Drainage: Rapid removal of accumulated water from low-lying urban areas, underpasses, and road surfaces.
Underground Space Drainage: Emergency drainage and maintenance for environments such as underground garages, subway tunnels, and utility tunnels.
Hydraulic Engineering Construction: Applications include river diversion, cofferdam drainage, and reservoir emptying operations.
Industrial and Municipal Sewage Discharge: Handles turbid water media containing impurities, suitable for auxiliary drainage in municipal pipeline networks.


The water pump uses a plunger motor and can provide a maximum drainage capacity of 600m³/H to meet various drainage needs. It is made of stainless steel and uses quick-connect hydraulic couplings for easier use and disassembly.


Hydraulic axial flow pumps are primarily suitable for operation in clean or turbid water environments. They are compact, lightweight, and offer the advantage of rapid deployment. Constructed entirely of stainless steel in a single piece, they are durable, easy to operate, require virtually no maintenance, and are lightweight and reliable. They are used for drainage in urban flood control, garages, tunnels, and other similar applications.


Model Drain Outlet Diameter (mm) Maximum Flow Rate (m³/h) Maximum Head (m) Working Pressure (bar) Weight (kg) Flow Range (Lpm) Overall Dimensions (mm)
QSB300-18-150 150 300 18 170 17 50-60 210*255*300
QSB600-15-200G 200 500 15 170 25 60-80 235*288*340
QSB600-12-200D 200 600 12 170 19 60-80 224*277*325
QSB1000-10-250 250 1000 10 175 55 60-80 \
QSB1500-10-300 300 1500 8 190 60 160-180 \

Wuhu Qisheng Intelligent Equipment Co., Ltd. is a professional designer and manufacturer of high-end hydraulic equipment focusing on emergency, rescue, agricultural water conservancy, environmental protection and other fields. Deeply engaged in the hydraulic equipment industry, we keep up with the industry development trend and empower efficient operations in various fields with professional strength to promote high-quality industrial development. The company's core competitiveness lies in its strong technological and production capabilities. We have a team of senior professional R&D engineers, all of whom have rich practical experience in industry development. Deeply rooted in the R&D field of hydraulic equipment, they accurately grasp the industry's technical pain points and demand directions, providing solid support for product innovation and upgrading. At the same time, the company is equipped with an efficient production system, realizing the efficient connection between R&D and production, which can quickly respond to market changes, timely meet the diverse needs of different customers, and ensure delivery efficiency and product stability.

In terms of product layout, the company focuses on the core field of emergency rescue hydraulic equipment. The developed products cover multiple categories such as hydraulic power stations, slurry pumps, integrated and portable water pump equipment, and hydraulic breakers. With comprehensive functions, the products can be widely used in various scenarios such as drainage, dredging, forest fire fighting, cutting, drilling, and sand suction, adapting to the actual operation needs of core fields such as emergency rescue and environmental construction. With the advantages of non-electric drive, high lift, strong wear resistance and easy mobility, they have become "hardcore equipment" under complex working conditions. Relying on strong design and development capabilities, the company not only provides high-quality standardized products, but also deeply understands customers' specific working condition needs, provides full-process customized R&D solutions, and tailors exclusive hydraulic equipment to effectively solve customers' personalized operation problems.

Upholding the development philosophy of "promoting the development of emergency rescue hydraulic equipment and leading the technological innovation of the industry", the company always adheres to the original intention of quality, focuses on customers' core demands, and is committed to providing customers with high-quality, highly competitive products, customized solutions and comprehensive services. With reliable product performance and professional service guarantee, we create sustainable value for customers, deeply cultivate the industry, forge ahead steadily, and strive to become a trusted strategic partner of customers in the high-end hydraulic equipment field.

About Qisheng
Wuhu Qisheng Intelligent Equipment Co., Ltd.

Wuhu Qisheng Intelligent Equipment Co., Ltd. is a professional designer and manufacturer of high-end hydraulic equipment for emergency, rescue, agriculture, and environmental protection. Our core competitiveness lies in a senior R&D team with deep industry expertise and an efficient production system that ensures rapid market response and product stability.
We are China 8inch HighFlow Hydraulic Axial Flow Pump Suppliers and Wholesale 8inch HighFlow Hydraulic Axial Flow Pump Exporter, Company. Focusing on emergency rescue, our product range includes hydraulic power stations, slurry pumps, portable water pumps, and breakers. These "hardcore" tools feature non-electric drive, high lift, and wear resistance, making them ideal for drainage, dredging, and forest firefighting. Beyond standardized products, we provide full-process customized R&D solutions to solve specific operational challenges.
Upholding the philosophy of leading technological innovation, we prioritize quality and customer demands. We are committed to delivering high-performance products and professional services, striving to be a trusted strategic partner in the high-end hydraulic equipment field.

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  • Environmental Management System Certificate
  • Occupational Health and Safety Management System Certificate
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8inch HighFlow Hydraulic Axial Flow Pump Industry knowledge

What Factors Affect the Performance of a High Flow Hydraulic Axial Flow Pump in Industrial Applications?

In modern industrial fluid handling systems, the performance of a high flow hydraulic axial flow pump is influenced by a combination of hydraulic design, material selection, operating conditions, and system integration. Understanding these factors is essential for ensuring stable output, energy-efficient operation, and long service life in applications such as flood control, irrigation, drainage, and environmental water transfer.

Hydraulic Design and Flow Structure

The internal hydraulic design is the foundation of pump performance. An axial flow structure is specifically optimized for large-volume, low-to-medium head conditions. The impeller geometry, blade angle, and flow channel design directly influence flow efficiency and pressure stability.

A well-optimized high flow hydraulic axial flow pump system minimizes turbulence and energy loss while maintaining consistent discharge capacity.

Design Element Functional Impact Performance Influence
Impeller blade shape Controls flow direction Determines efficiency
Hub ratio Affects hydraulic balance Impacts vibration level
Flow channel design Reduces resistance Improves discharge stability
Guide vane system Stabilizes outlet flow Enhances pressure consistency

Material Selection and Wear Resistance

Material performance plays a critical role in durability, especially when handling sediment-laden or corrosive fluids. The choice of materials affects erosion resistance, corrosion protection, and maintenance intervals.

Component Common Material Types Key Advantage
Impeller Stainless steel / alloy coating High wear resistance
Pump casing Ductile iron / coated steel Structural strength
Shaft High-strength alloy steel Torque stability
Seals Composite elastomers Leakage prevention

In abrasive environments, a properly selected material system significantly extends the operational life of a submersible hydraulic axial flow pump.

Operating Conditions and System Load

The working environment is one of the most decisive factors affecting pump behavior. Variations in flow demand, liquid density, and temperature can alter performance efficiency.

Key operational influences include:

  • Flow fluctuation stability
  • Hydraulic load consistency
  • Cavitation risk under low inlet pressure
  • Continuous vs intermittent operation cycles

A stable system design ensures that the high flow hydraulic pump system operates within optimal hydraulic curves, preventing performance degradation.

Drive System and Energy Transmission Efficiency

The hydraulic drive system determines how effectively mechanical energy is converted into fluid motion. Losses in transmission can reduce overall pumping efficiency.

A well-matched drive system improves:

  • Energy conversion rate
  • Torque stability
  • Start-up reliability
  • Load adaptability

In industrial environments, hydraulic drive optimization ensures that the pump maintains consistent output even under variable resistance conditions.

Installation Quality and System Integration

Even a highly engineered pump can underperform if installation is improper. Alignment, pipeline configuration, and inlet conditions all affect flow efficiency.

Key integration considerations:

  • Correct vertical or submersible positioning
  • Smooth inlet flow path to reduce turbulence
  • Proper sealing between pump and pipeline system
  • Vibration isolation for structural stability

System-level optimization ensures that the high volume axial flow pump achieves its designed performance curve in real-world operation.

Manufacturing Precision and Quality Control

Precision manufacturing ensures consistency between design and actual performance. Tight tolerances in impeller casting, machining accuracy, and assembly alignment reduce energy loss and vibration.

Wuhu Qisheng Intelligent Equipment Co., Ltd. focuses on high-end hydraulic equipment development, combining advanced R&D capabilities with an efficient production system. The company’s engineering team, composed of senior R&D specialists, works continuously on hydraulic optimization, addressing key technical challenges in efficiency, stability, and adaptability. This integrated development approach ensures fast response to application needs and stable product quality across different working environments.

Application-Oriented Performance Optimization

Different industrial applications impose different performance requirements on axial flow systems.

Application Field Performance Requirement Pump Focus
Flood control High discharge capacity Maximum flow efficiency
Agricultural irrigation Stable long-distance transfer Energy efficiency
Environmental water transfer Low contamination sensitivity Corrosion resistance
Industrial drainage Continuous operation Reliability and durability

A properly configured high flow hydraulic axial flow pump must be tailored to match these operational demands.

Conclusion

The performance of a high flow hydraulic axial flow pump is the result of multiple interdependent factors, including hydraulic design, material selection, operational environment, drive efficiency, and installation quality. Achieving optimal performance requires a system-level approach rather than focusing on a single component.

FAQ

Q1: What is the main advantage of a high flow hydraulic axial flow pump?
It delivers large-volume fluid transfer with relatively low energy loss, making it ideal for high-capacity water movement applications.

Q2: How does material selection affect pump performance?
Materials determine resistance to wear, corrosion, and mechanical stress, directly influencing service life and reliability.

Q3: Can this pump handle sediment or slurry?
Yes, but performance depends on material hardness, sealing design, and impeller wear resistance.

Q4: What operating conditions can reduce efficiency?
Unstable flow demand, cavitation, and improper installation can significantly reduce efficiency.

Q5: Why is system integration important?
Proper integration ensures hydraulic stability, reduces turbulence, and allows the pump to operate at its designed performance level.