Axial Pumps – AFP
Designed for high flow rates at low hydraulic head. Ideal for large-scale water circulation, flood control, and industrial cooling systems.
OME Motors engineers, custom-manufactures, and distributes heavy-duty industrial electric pumps tailored to harsh processing operational demands. Backed by over 50 years of Italian electromechanical expertise, our pump solutions meet stringent European quality criteria and global standards. From chemical fluid transfer and oil refining to high-viscosity food processing and power plant cooling, OME Motors delivers maximum hydraulic efficiency, continuous durability, and minimal maintenance overhead.
Explore our complete series of industrial pumps engineered for high pressure, abrasive liquids, extreme temperatures, and hazardous environments.
Designed for high flow rates at low hydraulic head. Ideal for large-scale water circulation, flood control, and industrial cooling systems.
Robust heavy-duty split-case design providing mechanical balance and operational longevity under continuous high-pressure conditions.
Engineered for sump drainage, deep well extraction, and space-constrained industrial facilities requiring reliable vertical lift performance.
Sealless zero-leakage design providing safe transport for toxic, volatile, and highly corrosive chemical liquids in strict compliance with safety rules.
Combines radial and axial flow characteristics to optimize head and flow performance in agricultural irrigation and municipal water plants.
Features quick self-priming capability for handling liquid-air mixtures, industrial effluent, and chemical slurries without suction foot valves.
Standardized end-suction and multistage horizontal pumps delivering high operational efficiency for industrial utility supply.
Complete packaged pump systems engineered to return steam condensate to boiler feedwater systems, reducing thermal loss and energy overhead.
Our electric pumps incorporate state-of-the-art hydraulic modeling and premium electric drive integration for unmatched industrial reliability.
Integrated with Premium Efficiency (IE3/IE4) electric motors to maximize hydraulic output while significantly reducing operational power consumption.
Custom metallurgies available — including Duplex stainless steel, Hastelloy, Super Duplex, and bronze — ensuring resistance against abrasive and aggressive fluids.
Tested using advanced monitoring equipment to guarantee minimal acoustic levels, optimal dynamic balance, and extended mechanical seal lifespans.
Engineered to exact project requirements with flexible coupling, variable speed frequency drive (VFD) compatibility, and custom mounting frames.
Manufactured under strict ISO 9001 quality standards and complying with European UNEL MEC, ISO 2858/5199, ATEX, and IECEx directives for safety-critical plants.
Backed by OME Motors' international engineering network providing lifetime spare parts availability, pump re-engineering, and technical field assistance.
| Pump Parameter | Standard Specification Range | Custom/Special Execution |
|---|---|---|
| Max Flow Rate (Capacity) | Up to 15,000 m³/h | Higher capacities customized on request |
| Max Hydraulic Head | Up to 350 meters | High-pressure multistage execution available |
| Operating Temperature | -20°C to +180°C | Cryogenic or high-temp options (-50°C to +400°C) |
| Motor Efficiency Class | IE3 Premium / IE4 Super Premium | VFD variable frequency drive integration |
| Materials of Construction | Cast Iron, Carbon Steel, SS304/SS316 | Duplex, Super Duplex, Titanium, Inconel |
| Hazardous Area Ratings | Safe Area Execution | ATEX Zone 1 / Zone 2 (Ex-d, Ex-e, IECEx certified) |
OME Motors' industrial pumps deliver dependable fluid management across severe industrial sectors globally.
Transfer of acids, solvents, alkalines, and corrosive chemical agents using zero-leakage magnetic drive technology.
Handling crude oil, hydrocarbons, and refined fuels under high pressure and explosive atmospheric conditions.
Boiler feedwater supply, steam condensate recovery, and cooling tower circulation in thermal and hydro plants.
Large-volume intake, municipal water purification, reverse osmosis, and industrial wastewater neutralization.