Flow Meters
We are one of the trusted flow meter suppliers in UAE, providing accurate and reliable solutions for a wide range of applications, including water treatment, oil and gas, HVAC systems, and chemical plants. Our product range includes Electromagnetic, Ultrasonic, Vortex, Turbine, Positive Displacement, Diesel, and Fuel Flow Meters. Whether you need a digital or mechanical flow meter, we offer high-quality products with support throughout the UAE.
Explore Our Flow Meter Range
Looking for Trusted Flow Meter Suppliers in UAE?
As a leading flow meter supplier in the UAE, we offer a wide range of water and fluid flow meters engineered
for reliability and performance. Our expertise spans industries such as oil & gas, food & beverage,
chemicals, irrigation, terminals, marine, aviation, and defense.
We provide complete support from supply and installation to technical services — across Dubai, UAE, the
GCC
, and Africa. Whether your needs are domestic or international, our solutions ensure consistent
accuracy and durability.
Accurate flow measurement helps prevent losses and optimize efficiency. Most meters work by calculating
fluid velocity changes within a fixed pipe diameter — allowing precise determination of the flow rate,
essential for better operational control.
How to Choose the Right Flow Meter
Choosing the correct flow meter depends on several critical factors like the type of fluid, operating conditions, accuracy requirements, and installation constraints.
In this video guide, you'll learn how to identify the most suitable flow meter based on your industry application—whether it's for water, oil & gas, HVAC, or chemical processes.
Electromagnetic
Flowmeter
Non-invasive, maintenance-free solution for conductive fluids in water and chemical applications.
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Vortex
Flowmeter
Reliable flow measurement for steam, gas, and industrial fluids with minimal pressure loss.
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Mass
Flowmeter
Direct mass flow measurement ideal for gases and high-viscosity liquids with maximum precision.
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Turbine
Flowmeter
High accuracy for clean, low-viscosity fluids like fuel, oil, and water in industrial use.
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Ultrasonic
Flowmeter
Clamp-on, non-intrusive meter suitable for a wide range of pipe sizes and liquid types.
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Differential Pressure Flowmeter
Measures flow based on pressure drop — widely used for both gases and liquids.
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Oval Gear
Flowmeter
Positive displacement type ideal for high-viscosity fluids like oils and lubricants.
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Positive Displacement Flowmeter
Highly accurate low-flow solution for batching, fuel, and oil metering applications.
View ProductsFlow Meter Selection Guide
Good flow meter selection begins with a clear understanding of your process needs. Assessing fluid characteristics and installation conditions ensures reliable and cost-effective measurement.
1. Define Process Requirements
Identify the fluid type, temperature, pressure, flow range, and properties like viscosity or conductivity.
2. Evaluate Installation Conditions
Consider piping layout, available space, ambient conditions, and straight-run requirements.
3. Specify Performance Needs
Define accuracy, repeatability, response time, and signal output type (e.g., 4–20 mA, Modbus).
4. Consider Plant Familiarity
Choose technology your team is comfortable with and check spare part availability and failure history.
5. Estimate Total Cost
Don’t prioritize price first. Assess full lifecycle cost including installation, maintenance, and accuracy performance.
6. Ensure Compliance & Certification
Confirm that the flow meter meets relevant industry certifications (ATEX, ISO, FDA) for your application and region.
💡 Pro Tip: The most affordable meter isn't always the most economical—poor performance often costs more over time.
How to Maintain a Flow Meter
Proper flow meter maintenance ensures measurement accuracy, minimizes downtime, and extends device lifespan. Follow these key strategies based on the flowmeter type and environment.
🧰 Choose the Right Meter
Selecting the wrong meter for your application leads to early issues. Base your selection on fluid type, temperature, pressure, and particulate presence.
🔩 Maintain Moving Part Meters
Check for wear and fouling. Install inline filters to prevent damage and schedule regular inspections when handling viscous or dirty liquids.
⚡ Maintain Obstruction-Free Meters
Ultrasonic and magnetic flow meters require regular checks of electronics and sensors. Remove coatings and verify signal integrity.
🧼 Prevent Electrode Coating
Magnetic meters fail when electrodes are insulated by coatings. Clean regularly in chemical or slurry environments to ensure accurate conductivity readings.
🔍 Inspect Impulse Lines
In differential pressure meters, clogged or corroded impulse lines distort readings. Flush and inspect lines periodically and verify secondary element positioning.
📅 Schedule Preventive Maintenance
Plan maintenance frequency based on fluid quality, temperature, and system exposure. Logging service history helps anticipate replacements.
Flow Meter Installation Tips
Follow these essential tips for effective and trouble-free flowmeter installation.
Straight Pipe Length
Ensure 5–10x diameter upstream & 3x downstream to avoid turbulence and boost accuracy.
Prevent Air Gaps
Install at the lowest pipeline section and keep the meter completely full at all times.
Correct Flow Direction
Follow the flow arrow on the meter body to ensure proper signal output and operation.
Electrical Safety
Protect electronics from moisture, EMI, and excessive heat. Use proper junction boxes.
Flush the Line
Remove particles or debris before installation to prevent clogging or sensor damage.
Verify Calibration
Check and confirm output signal and calibration against control system after wiring.
Industries We Serve
Water Treatment
Accurate measurement of treated and raw water across plants.
Oil & Gas
Fuel flow meters for diesel, crude, and chemical blending.
HVAC & Utilities
Energy-efficient flow monitoring for chilled water and steam lines.
Food & Beverage
Hygienic flow solutions for juice, milk, and sugar syrups.
Flow Meters Type & Applications
Electromagnetic Flow Meter
Electromagnetic flow meters are ideal for industries including water & wastewater treatment, chemical processing, power generation, fuel distribution, and specialized applications such as medical fluid control.
These meters excel at measuring high-viscosity liquids and slurries without clogging, maintaining accuracy even during pressure drops and low-flow conditions.
Operating on velocity-based technology, electromagnetic meters are among the most reliable solutions for conductive liquids and are widely used as digital water flow meters.
- Ideal for water, wastewater, dairy, slurry, and chemical flow
- Non-intrusive & maintenance-free design
- 4–20 mA output for SCADA / PLC systems
- Used in food, pharma, mining, steel & petrochemical sectors
Vortex Flow Meter
Vortex flow meters are a versatile solution for measuring liquid, gas, and steam flow, especially in high-temperature process environments.
They are widely used in steam lines, compressed air systems, HVAC plants, boilers, and industrial utilities where thermal stability is critical.
Available in flanged, wafer, and insertion types, vortex meters adapt easily to various pipe sizes and retrofit installations.
- Best suited for steam, gas, and airflow measurement
- High-temperature & pressure-resistant construction
- Insertion, wafer, and flanged mounting options
- Low maintenance with long service life
Turbine Flow Meter
Turbine flow meters are highly accurate instruments used for measuring the volumetric flow of clean, low-viscosity fluids. They operate by tracking the rotational speed of a rotor positioned in the fluid path, which is directly proportional to fluid velocity.
These meters are widely used in the oil & gas sector, water treatment plants, and automotive industries. Available designs include paddlewheel, propeller, and axial turbine types, each optimized for specific flow conditions.
Turbine meters perform best in systems with steady, continuous flow and are commonly applied in batch processes, fuel monitoring, and liquid transfer operations.
- Ideal for water, fuel, oil, and chemical flow
- High accuracy with fast response time
- Multiple rotor designs for tailored applications
- Widely used in automotive, energy, and laboratory systems
Ultrasonic Flow Meter
Ultrasonic flow meters use sound waves to measure fluid velocity inside a pipe, providing a non-invasive and highly accurate solution for a wide range of liquid applications — including dirty or aerated fluids.
These meters are commonly used in HVAC systems, water treatment plants, chilled water circuits, and district cooling, thanks to their clamp-on and inline installation flexibility, especially where pipe modification is not possible.
With no moving parts, ultrasonic meters require minimal maintenance and deliver reliable readings even under harsh operating conditions such as high pressure, corrosive media, and elevated temperatures.
- Clamp-on, insertion, and inline mounting options
- No pipe cutting or system downtime required
- Suitable for clean, dirty, and aerated fluids
- Widely used in HVAC, cooling water, and energy audits
Differential Pressure Flow Meter
Differential pressure (DP) flow meters determine flow rate by measuring the pressure drop across a primary element such as an orifice plate, venturi tube, or pitot tube. This is one of the most established and widely adopted flow measurement principles for both liquids and gases.
DP flow meters are commonly used in oil & gas, petrochemical plants, steam systems, and utility networks, offering a proven and economical solution where rugged, standardized measurement is required.
Although proper installation and flow conditioning are essential, differential pressure meters provide a wide operating range and perform reliably in high-pressure and high-temperature applications.
- Flow measurement based on pressure drop principle
- Suitable for gases, steam, and clean liquids
- Works with orifice, venturi, and pitot primary elements
- Widely used in oil & gas and utility industries
Differential Pressure Flow Meter
Differential pressure (DP) flow meters determine flow rate by measuring the pressure drop across a primary element such as an orifice plate, venturi tube, or pitot tube. This is one of the most established and widely adopted flow measurement principles for both liquids and gases.
DP flow meters are commonly used in oil & gas, petrochemical plants, steam systems, and utility networks, offering a proven and economical solution where rugged, standardized measurement is required.
Although proper installation and flow conditioning are essential, differential pressure meters provide a wide operating range and perform reliably in high-pressure and high-temperature applications.
- Flow measurement based on pressure drop principle
- Suitable for gases, steam, and clean liquids
- Works with orifice, venturi, and pitot primary elements
- Widely used in oil & gas and utility industries
Oval Gear Flow Meter
Oval gear flow meters are positive displacement devices that measure flow by counting the rotations of oval-shaped gears as fluid passes through the measuring chamber. This principle delivers excellent accuracy, particularly for viscous fluids.
These meters are ideal for oil, grease, syrup, paint, resins, and high-viscosity chemicals and are widely used in food processing, petrochemical plants, and lubrication systems.
Oval gear meters can operate without an external power supply and are largely unaffected by changes in viscosity, density, or temperature, making them suitable for demanding industrial environments.
- Highly accurate measurement for viscous fluids
- Available with mechanical or digital displays
- Robust construction with minimal maintenance
- Common in lubricant, paint, and additive metering systems
Mass Flow Meter
Mass flow meters provide direct measurement of flow rate by mass rather than volume, ensuring exceptional accuracy for liquids and gases regardless of temperature or pressure variations.
Commonly based on the Coriolis principle, these meters are widely used in the pharmaceutical, food & beverage, chemical, and gas processing industries where precision flow control and dosing are critical.
Mass flow meters require no straight pipe runs, making them ideal for compact installations. They also provide real-time density and temperature measurement, enhancing overall process control.
- Direct mass flow measurement for liquids and gases
- No flow conditioning or straight pipe runs required
- Ideal for batching, dosing, and critical processes
- Available in hygienic designs for food & pharma