High Flow Low Head/Mix Flow Pump

MRP Pumps & Seals is a leading manufacturer of high flow low head mix flow pumps in India, based in Kathwada, Ahmedabad. With over 15 years of experience, we engineer high-performance pumps designed for continuous operation in large volume fluid handling applications.

Our mix flow pumps are built to handle high discharge requirements at low to medium heads with efficiency and stability. Designed with optimized hydraulic performance and robust construction, these pumps ensure smooth and reliable operation across irrigation, water circulation, flood control, and industrial water management systems.

Designed for durability, energy efficiency, and low maintenance, our pumps perform consistently in demanding flow conditions. With easy installation and a compact, modular design, they help reduce downtime and operational costs, making them an ideal solution for high-volume water transfer applications.

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Contact MRP Pumps for Expert Help Choosing the Right High Flow Low Head Mix Flow Pump for Your Large Volume Fluid Transfer and Low-Pressure Application.

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Air Cooled Pump Cross Sectional Drawing & Design

Air Cooled Pump Cross Sectional Drawing & Design

High Flow Low Head/Mix Flow Pump Cross Sectional Drawing & Design

Technical Specifications of Industrial Air-Cooled Pumps

  • Capacity -Q: up to 7,000 m3/hr
  • Head: 30 MLC
  • Pump Size -DN: up to 650 mm 
  • Speed -N-: 1450 rpm at 50 Hz

Materials of Construction for Demanding Thermal Application

  • Cast Iron, Carbon Steel
  • SS grades (CF8, CF8M, CF3M)
  • CD4MCu / Duplex SS 
  • Bronze

Download Our High Flow Low Head/Mix Flow Pumps Catalogue

Features of Our Industrial High Flow Low Head/Mix Flow Pumps

  • Single stage, end suction, horizontal shaft, volute type pumps. 
  • Designed for handling large volumes of liquid at low to medium head with high efficiency.
  • Optimized hydraulic design ensures stable flow and reliable performance.  
  • Dynamically and hydraulically balanced impeller for smooth operation and reduced vibration.
  • Suitable for coupling with electric motors or I.C. engines, directly or through belt drive / gearbox.
  • Simple and robust construction ensures easy installation and low maintenance.
  • Designed for continuous duty operation in demanding industrial and water handling applications.
  • Flexible design suitable for irrigation, drainage, effluent, and water circulation systems. 
  • Energy-efficient performance helps reduce operational costs in high-flow applications.
  • Capable of handling clean, slightly contaminated, or fluids with suspended solids.

Applications of High Flow Low Head/Mix Flow Pumps

Agriculture

Agriculture and irrigation

Water supply and municipal infrastructure

Flood control and drainage management 

Canal and river water management 

Power Generation Plants

Power plants and cooling water systems 

Chemical Industry

Chemical and process industries

Effluent Treatment Plants

Effluent and wastewater treatment plants (ETP/STP)

Construction and mining (dewatering applications)

Oil & Gas

Oil & gas and petrochemical industries 

Marine Applications

Marine and coastal applications

Steel, paper, and textile industries 

Alkali Handling

General industrial water handling and circulation systems 

Why Choose MRP Pumps - Leading High Flow Low Head/Mix Flow Pump Manufacturer?

  • Established Manufacturing Excellence
    Manufactured by MRP Pumps with 15+ years of dedicated experience in fluid handling and industrial pump engineering.
  • Prime Location Advantage
    Produced in Kathwada, Ahmedabad – India’s premier industrial zone with strong logistics and supply chain connectivity.
  • Diverse Industry Experience
    Engineered for irrigation, water management, power plants, chemical, and process industries requiring high-volume fluid transfer.
  • Advanced Hydraulic Design
    Optimized impeller and casing design ensures high discharge capacity with stable and efficient flow performance.
  • Optimized Energy Performance
    Efficient hydraulic operation minimizes power consumption and reduces operational costs in high-flow applications.
  • Comprehensive Technical Support
    From product selection to installation, maintenance, and spare parts – complete customer assistance.
  • Established Manufacturing Excellence
    Manufactured by MRP Pumps with 15+ years of dedicated experience in high-temperature pump engineering.
  • Prime Location Advantage
    Produced in Kathwada, Ahmedabad – India’s premier industrial zone with superior logistics connectivity.
  • Diverse Industry Experience
    Engineered for thermal processing, chemical, petrochemical, power generation, and solar thermal sectors.
  • Innovative Air-Cooling Technology
    Revolutionary air-cooling design eliminates cooling water dependency and reduces operational complexity.
  • Optimized Energy Performance
    Advanced thermal engineering minimizes power consumption and decreases operational expenses significantly.
  • Comprehensive Technical Support
    From product selection to installation, maintenance, and spare parts – complete customer assistance.

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What is a High Flow Low Head/Mix Flow Pump?

A high flow low head/mix flow pump is an industrial centrifugal pump designed to handle large volumes of fluid at low to medium head with high hydraulic efficiency. MRP Pumps & Seals manufactures these pumps specifically for transferring water, effluents, and process liquids in applications where high discharge and stable flow are essential.

These pumps feature an optimized impeller design that combines axial and radial flow characteristics, ensuring efficient fluid movement with minimal energy loss. Built for continuous operation, they deliver reliable performance across irrigation systems, water management projects, power plants, and industrial fluid handling applications requiring consistent and high-volume flow.

How High Flow Low Head/Mix Flow Pump Works

Understanding the operating principles behind our high-performance mix flow pumps 
  • Primary Impeller Operation : The mixed flow impeller rotates to move large volumes of fluid, combining axial and radial flow to generate the required discharge at low to medium head conditions.
  • Hydraulic Flow Design : The pump’s internal geometry ensures smooth fluid entry and discharge, minimizing turbulence and enabling efficient high-volume fluid movement.
  • Flow Direction Control : Fluid enters axially and is discharged in a mixed (axial + radial) direction, allowing the pump to handle high flow rates with stable performance.
  • Performance Stability : This design maintains consistent flow and energy efficiency, ensuring reliable operation and extended pump life in continuous-duty applications.

High Flow Low Head/Mix Flow Pump Selection Guide

  • Flow Rate Requirements
    Determine your system’s required flow rate in m³/hr or LPM to ensure proper sizing for high-volume fluid transfer applications.
  • Head Calculation
    Calculate total head including suction conditions, discharge level, and friction losses within the pipeline system.
  • Fluid Properties
    Consider the type of fluid such as clean water, wastewater, or liquids with suspended solids, along with density and viscosity.
  • Operating Conditions
    Evaluate continuous operating requirements, system duty cycle, and environmental conditions for reliable long-term performance.
  • Material Compatibility
    Select suitable materials such as cast iron, carbon steel, or stainless steel based on fluid characteristics and corrosion resistance needs.
  • Installation & System Requirements
    Ensure proper installation setup, alignment, and system design to achieve efficient performance and minimal operational losses.
  • Flow Rate Requirements
    Determine your system’s required flow rate in LPM or GPM for proper pump sizing in high-temperature applications.
  • Head Pressure Calculation
    Calculate total head including suction lift, discharge pressure, and friction losses at operating temperature.
  • Fluid Properties
    Consider liquid temperature, thermal properties, viscosity, and corrosiveness for material selection.
  • Operating Conditions
    Evaluate continuous operating temperature, maximum temperature spikes, and thermal cycling requirements.
  • Material Compatibility
    Choose appropriate pump materials – stainless steel for chemicals, specialized alloys for extreme temperatures.
  • Power Requirements
    Assess ambient air temperature, ventilation space, and cooling air flow requirements for optimal performance.

Benefits of Our High-Efficiency High Flow Low Head/Mix Flow Pumps

  • Optimized Hydraulic Efficiency: Advanced impeller design ensures high discharge with minimal energy loss, improving overall system performance.
  • Enhanced Uptime: Robust construction supports continuous operation with minimal breakdowns and reduced maintenance interruptions.
  • Stable Flow Performance: Designed for smooth and consistent fluid movement, ensuring reliable operation in high-volume applications.
  • Extended Maintenance Intervals: Efficient hydraulic design and durable components reduce wear, increasing service life and lowering maintenance frequency.
  • Versatile Industrial Applications: Handles water, wastewater, and process fluids across irrigation, municipal, and industrial systems.
  • Extended Equipment Life: Precision engineering and high-quality materials ensure long-lasting, dependable operation under demanding flow conditions.
  • Reduced Energy Consumption: Optimized thermal design decreases power requirements and lowers electricity costs effectively.
  • Enhanced Uptime: Durable construction guarantees continuous operation with reduced failures and maintenance needs.
  • Simplified Installation: Space-saving design and universal connections facilitate installation in current systems.
  • Extended Maintenance Intervals: Self-contained cooling technology and durable components prolong service periods significantly.
  • Multi-Purpose Applications: Processes various hot fluids from thermal oils to high-temperature process liquids across multiple industries.
  • Extended Equipment Life: Superior materials and engineering precision ensure years of dependable high-temperature operation.

Customization Options in High Flow Low Head/Mix Flow Pumps

MRP Pumps customizes every component of our mix flow pumps to match your specific fluid handling requirements and installation conditions. 
  • Advanced material selection for corrosion resistance and long-term durability 
  • Custom dimensions engineered for seamless integration into existing systems 
  •  Precise flow capacities tailored to your specific high-volume transfer requirements 
  • Flexible head configurations to suit varying system conditions and discharge needs 
  • Optimized hydraulic design for efficient flow performance and application-specific requirements 
Discuss Your Custom Requirements

High Flow Low Head Mix Flow Pump Installation Guidelines

Proper installation ensures your mix flow pump delivers reliable performance and extended service life in high-volume fluid handling applications.

1. Foundation Preparation

Mount on a rigid, level concrete foundation to minimize vibration and ensure stable operation under continuous duty conditions.

2. Pump-Motor Alignment

Accurate alignment between pump and motor prevents premature wear and ensures smooth and efficient operation.

3. Suction Line Setup

Install suction piping with proper sizing and avoid air pockets to ensure smooth and uninterrupted fluid flow.

4. Discharge Piping Support

Provide adequate support and proper layout to prevent stress on pump casing and ensure efficient discharge flow. 

5. System Priming & Operation Check

Ensure proper priming before startup and verify flow conditions to achieve optimal pump performance.

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FAQs – High Flow Low Head/Mix Flow Pumps

Q1: What is a high flow low head/mix flow pump?

A mix flow pump is a centrifugal pump that combines axial and radial flow to deliver high discharge at low to medium head. 

Q2: Where are mix flow pumps commonly used?

They are widely used in irrigation, flood control, water treatment, and industrial water circulation systems. 

Q3: Can mix flow pumps handle dirty or contaminated water?

Yes, they can handle clean as well as slightly contaminated or turbid fluids with suspended solids. 

Q4: What is the difference between mix flow and centrifugal pumps?

Mix flow pumps provide higher flow than radial pumps and higher pressure than axial pumps, balancing both performance aspects.  

Q5: Are mix flow pumps energy efficient?

Yes, they are designed for high hydraulic efficiency, reducing power consumption in high-flow applications.  

Q6: How do you select the right mix flow pump?

Selection depends on flow rate, head requirements, fluid type, and system conditions for optimal performance. 

Q7: Do mix flow pumps support continuous operation?

Yes, they are built for continuous-duty applications in industrial and water management systems. 

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