Turbine Flowmeters

High-precision metering engineered for Gas & Liquid Measurement

Our turbine flowmeter is engineered with calibrated rotor dynamics, controlled bearing structures, and advanced signal processing to deliver dependable measurement across gas and liquid applications, can deliver stable, repeatable measurement for clean gases and liquids across chemical plants, gas distribution networks, energy systems, water treatment facilities
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CE, SIL-3 & ATEX Certifications

36-Month Factory Warranty

24/7 lifetime technical support

Trusted by 5,128 Industrial Users

Factory-calibrated to ISO/IEC standards

Industry-Leading Accuracy at Your Fingertips

Explore Our Turbine Flowmeters

Our turbine flowmeter series includes several design variants to to match different pipe sizes, installation constraints, and medium characteristics.

Liquid Turbine Flowmeters

Precision measurement for clean, low-viscosity liquids across process & utility lines.
  • Accuracy: ±0.5–1.0%
  • Repeatability: 0.05–0.2%
  • Nominal diameter: DN4–DN100
  • Medium: Water, solvents, alcohols, light oils
  • Outputs: Pulse, 4–20 mA, RS-485, etc
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Clamp-on Turbine Flowmeter

Non-intrusive turbine measurement for temporary or access-limited lines.
  • Nominal diameter: DN4–DN100
  • Installation: External clamp-on design
  • Medium: Clean liquids
  • Application: Commissioning checks, audits, temporary monitoring
  • Output: Pulse / 4–20 mA
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Gas Turbine Flowmeter

High-accuracy metering for natural gas, city gas, LPG, air, and inert gases.
  • Accuracy: ±1.0–1.5%
  • Range ratio: 10:1 (20:1 optional)
  • Nominal diameter: DN25–DN300
  • Medium: Natural gas, air, nitrogen, LPG, etc
  • Outputs: Pulse, 4–20 mA, RS-485, etc
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Insertion Turbine Flowmeters

Cost-effective solution for large pipelines and retrofit installations.
  • Nominal diameter: DN150–DN2000
  • Range ratio: Up to 20:1
  • Output: Pulse / 4–20 mA
  • Medium: Clean liquids or gases
  • Installation: Fixed or hot-tap
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Threaded Turbine Flowmeter

Compact turbine metering for small-diameter pipelines and OEM systems.
  • Nominal diameter: DN4–DN40 (threaded
  • Accuracy: ±1%
  • Medium: Water, fuel, alcohols, chemicals,etc
  • Output: Pulse or 4–20 mA
  • Application: Skids, dosing systems, packaged equipment
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Main performance features

Design features that deliver measurable performance in real industrial environments.

High Accuracy

Delivers ±0.5–1.0% accuracy through calibrated rotor geometry, ensuring stable readings under varying flow conditions.

Excellent Repeatability

Repeatability as tight as 0.05% ensures that your system receives consistent data during steady or repeating conditions.

Wide Turndown Ratio

Range ratios up to 1:20 allow one meter to handle normal and reduced-load operation without sacrificing accuracy.

High-Precision Rotor Design

Hard-alloy bearings and balanced rotors reduce mechanical resistance, improving stability at low flows.

Explosion-Proof Available

Certified designs support use in hazardous areas where safety compliance is mandatory.

Noise-Resistant Electronics

Isolated circuits and signal conditioning minimize electrical interference in environments with drives and motors.

Multiple Output Flexibility

Pulse, 4–20 mA, and RS-485 options simplify integration with legacy systems and modern automation platforms.

Optimized Flow Passage

Low-resistance flow channel design minimizes pressure drop, supporting energy efficiency in utility and process lines.

R&D capabilities

Engineered for Accuracy, Stability & Long-Term Reliability

Our engineering work covers sensor design, rotor simulation, electronics development, and calibration algorithm refinement. We study rotor behavior through fluid-simulation tools, optimize pickups for signal clarity, and test electronics under electrical and thermal stress to ensure long-term stability in real plants.
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Sensor Design & Signal Processing

We design our own pickup coils, MR sensors, and conditioning circuits to ensure clean signal response across differing media and velocities.

Rotor Dynamics & CFD Optimization

We analyze blade geometry and rotor balance using computational tools to improve sensitivity and reduce frictional losses.

Electronics & Firmware Development

We develop transmitter boards and firmware algorithms that ensure linearity, stable outputs, and temperature drift control.

Calibration & Verification Models

We combine theoretical K-factor derivation with multi-point flowbench calibration for improved accuracy.

Precision Manufacturing for Stable Long-Term Performance

Our manufacturing flow is designed to ensure rotor precision, mechanical stability, and consistent signal output. From machining to final calibration, every turbine meter undergoes controlled production steps that verify performance before shipment.
  • CNC rotor machining and controlled polishing for dimension stability & low friction.
  • Multi-point flow calibration across the operating range to verify linearity & K-factors.
  • Environmental & electrical testing to confirm signal quality under temperature variation and EMI exposure.
  • Seal, housing, and display checks performed on final assemblies to verify complete meter readiness.

Say Goodbye to Hidden Costs!

Optimize your operations cost with our solutions for long-term savings

Choose our turbine flow meters for an affordable solution that doesn’t compromise on quality. With low initial purchase cost and reduced maintenance requirements, you’ll experience lower operational costs and improved efficiency, delivering substantial long-term savings—making every measurement count toward your bottom line.
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Verified Performance, Certified Quality

Certified to the World’s Most Demanding Industrial Standards

Our flowmeters undergo comprehensive verification under recognized global standards. With SIL-3 safety, CE conformity, and explosion-proof certification, each unit delivers dependable performance and lasting operational integrity in demanding process conditions.

  • A Picture's Worth a Thousand Words

    Trusted by Facilities Around the World

    Not sure which model fits your system? Talk to an Engineer for expert guidance.

    Whether you require specialized materials for aggressive fluids, non-standard pipe sizes, or integration with existing systems, our experienced engineering team ensures optimal performance of the precision flow meter for your unique application.
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