Air Cooled Pump Manufacturer in India

Air Cooled Pump Manufacturer in India
(Model: AMRP / KMRP)

MRP Pumps & Seals is a leading air-cooled pump manufacturer in India, based in Kathwada, Ahmedabad. With over 15 years of experience, we manufacture high-performance air-cooled pumps for demanding high-temperature industrial applications.

Our air-cooled pumps handle hot process fluids, thermal oils, and high-temperature liquids efficiently. Built with advanced canned motor technology and air-cooling systems, these pumps ensure reliable operation in the chemical, petrochemical, thermal processing, and power generation industries.

Featuring robust construction, energy-efficient design, and minimal maintenance requirements, our pumps deliver consistent performance under extreme temperature conditions. Easy installation and modular design reduce downtime and operational costs, making them ideal for continuous high-temperature industrial processes.

Contact Mrp Pumps for Expert Help Choosing the Right Air-cooled Pump for Your High-temperature Application.

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Air Cooled Pump Cross Sectional Drawing & Design

Technical Specifications of Industrial Air-Cooled Pumps

Capacity -Q: up to 300 m³/hr
Head: up to 150 MLC
Pump Size -DN: 25 mm to 300 mm
Temperature: up to +350℃ max.
Speed -N-: 1450/2900 rpm at 50 Hz, 3500 rpm at 60 Hz

Materials of Construction for High Temperature Applications

CF3M (SS-316L)
Alloy Steel
CF8M
CD4MCU
Ni-Resist
R55
Carbon Steel (WCB)
CF8
Bronze
Alloy 20
Nickle & Ni-Alloys
2-1 nicl
Hasteloy– B/C

Download Our Air-Cooled Pumps Catalogue

Features of Our Industrial Air-Cooled Pumps

Canned motor design with integrated air-cooling system
Standard motor insulation and bearings for cost efficiency
Secondary containment protection for enhanced safety
Bearing environment maintained at lower temperatures

Eliminates fouling concerns from poor water quality
Bearing wear monitors available for predictive maintenance
Auxiliary impeller for effective cooling circulation
Isolated liquid circulation through air-cooled heat exchanger

High-temperature capability up to 350°C maximum
No cooling water requirement – air cooled design
Pressure ports strategically located in front bearing housing
Reduced first and long-term operating costs

Canned motor design with integrated air-cooling system
Standard motor insulation and bearings for cost efficiency
Secondary containment protection for enhanced safety
Bearing environment maintained at lower temperatures
Eliminates fouling concerns from poor water quality
Bearing wear monitors available for predictive maintenance
Auxiliary impeller for effective cooling circulation
Isolated liquid circulation through air-cooled heat exchanger
High-temperature capability up to 350°C maximum
No cooling water requirement – air cooled design
Pressure ports strategically located in front bearing housing
Reduced first and long-term operating costs

Applications of Air-Cooled Pumps

Why Choose MRP Pumps - Leading Air-Cooled Pump Manufacturer?

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.

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.

Confused About Pump Selection? Get Personalized Guidance from Our Pump Specialists

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What is an Air-Cooled Pump?

An air-cooled pump is an industrial pump that uses ambient air circulation to cool the motor and bearing sections while handling high-temperature fluids. MRP Pumps manufactures these pumps specifically for handling hot liquids, thermal oils, and high-temperature applications in process industries.

These pumps use a canned motor design with an auxiliary impeller that circulates cooling fluid through an air-cooled heat exchanger, maintaining lower temperatures in critical components. They’re essential for thermal processing, petrochemical plants, power generation, and other industrial applications requiring reliable high-temperature fluid transfer with minimal maintenance.

How Air-Cooled Pump Works

Understanding the operating principles behind our high-performance air-cooled pumps

Primary Impeller Operation: The main impeller handles the hot process fluid, creating the required flow and pressure for your application.
Auxiliary Impeller Cooling: A secondary impeller circulates isolated cooling fluid through the air-cooled heat exchanger system.
Air Heat Exchange: The air-cooled heat exchanger dissipates heat from the cooling fluid using ambient air circulation.
Temperature Control: This design maintains the motor and bearing environment at much lower temperatures than the process fluid.

Air Cooled Pump Selection Guide

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.

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 Air Cooled Pumps

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.

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 Industrial Air-Cooled Pumps

MRP Pumps customizes every component of our air-cooled pumps to match your specific high-temperature operational needs and installation requirements.

Advanced material selections for complete high-temperature compatibility
Custom dimensions engineered for seamless installation fit
Exact flow capacities customized to your specific thermal processes
Flexible pressure configurations for all high-temperature application needs
Sophisticated cooling systems for extreme environmental protection

Discuss Your Custom Requirements

Air Cooled Pump Installation Guidelines

Proper installation ensures your air-cooled pump delivers reliable performance and extended service life in high-temperature applications.

1. Foundation Preparation

Mount on rigid, level concrete foundation to minimize vibration and ensure stable operation under thermal stress.

2. Pump-Motor Alignment

Precise alignment between pump and motor prevents premature bearing wear and ensures smooth running at high temperatures.

3. Suction Line Setup

Install suction piping with proper thermal expansion joints and avoid air pockets for consistent hot fluid flow.

4. Discharge Piping Support

Provide adequate piping support with thermal expansion allowances to prevent stress on pump casing and connections.

5. Cooling Air Flow

Ensure adequate ventilation space around air cooling system for optimal heat dissipation and performance.

Customer Testimonials & Success Stories

Karan Singh

17. January, 2025.

The industrial pumps from MRP Pumps have been incredibly reliable in our manufacturing process. Their technical support team is always ready to assist, making them a preferred choice for us

Anil Mehta

17. January, 2025.

We’ve been using MRP Pumps pumps in our factory for over two years, and the performance has been outstanding. Their durability and efficiency have made a significant difference to our operations.

Arvind Sharma,

17. January, 2025.

We have been using MRP Pumps's industrial pumps for over three years, and they have consistently delivered excellent performance. The reliability and quality of the pumps have greatly improved our production efficiency

Ravi Kumar

17. January, 2025.

MRP Pumps has been a trusted partner for all our industrial pump needs. Their products are durable, cost-effective, and easy to maintain, contributing to smooth and uninterrupted operations at our plant.

Frequently Asked Questions – Air Cooled Pumps

Q1: What is the price of air-cooled pumps in India?

MRP Pumps offers competitive pricing for air cooled pumps. Contact us for detailed quotations based on your high-temperature specifications.

Q2: Which is the best air-cooled pump manufacturer in Ahmedabad?

MRP Pumps is a leading air-cooled pump manufacturer in Ahmedabad with 15+ years of experience and proven high-temperature industry expertise.

Q3: How to select the right air-cooled pump for high-temperature applications?

Consider flow rate, head pressure, fluid temperature, thermal properties, and material compatibility. Our experts provide free consultations.

Q4: What is the difference between air cooled and water-cooled pumps?

Air cooled pumps use ambient air for cooling, eliminating water quality concerns, while water cooled pumps require continuous cooling water supply.

Q5: How long do industrial air-cooled pumps last?

MRP air cooled pumps typically last 10-15 years with proper maintenance in industrial high-temperature processing applications.

Q6: What maintenance is required for air cooled pumps?

Regular bearing lubrication, cooling system inspection, impeller cleaning, and thermal expansion checks ensure optimal pump performance and longevity.

Q7: Can air cooled pumps handle extreme high temperatures?

Yes, MRP pumps are designed for temperatures up to 350°C using specialized materials and advanced air-cooling technology for high-temperature applications.

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Air Cooled Pump