Reliable Gas Mass Flow Measurement Without Complex Compensation
Our thermal mass flowmeters provide precise, real-time gas monitoring by measuring mass flow directly. Eliminate the complexity of external temperature and pressure corrections for reliable, drift-free industrial gas control.
Is Thermal Gas Mass Flowmeter Right for Your Application?
Thermal mass meters provide the industry’s most efficient gas measurement, but selection is critical. Use this guide to determine if this is the ideal technology for your process.
Thermal Gas Mass flowmeter Excels Here:
Your medium is clean, dry industrial gas
You require direct mass flow without P/T compensation.
Your process demands high sensitivity at very low flow rates
You require fast, real-time response to velocity changes.
Your process cannot accept restriction element in the gas line
Your system operates across a wide velocity range
Consider Alternatives If:
You are measuring steam, saturated gas, or mixed gas-liquid flow
Your gas contains abrasive dust or high-solids content
Your process gas is highly explosive like pure acetylene
Your line requires custody-transfer-grade gas accuracy
Your process conditions require frequent medium changes
Your gas temperature exceeds 350°C
Need help confirming whether thermal gas mass flowmeter is suitable?
Send us your gas type, flow conditions, and installation requirements — we’ll confirm the right technology or recommend a better-fit alternative.
Get Application Confirmation
Performance Advantages
What Magnetic Measurement Delivers to Your Process
Magnetic flowmeters are trusted in demanding industrial processes because they deliver stable accuracy, minimal maintenance, and reliable performance even in challenging fluid conditions.
Direct Mass Flow Outpu
Measures gas mass flow directly using thermal dispersion, eliminating the need for complex, error-prone pressure and temperature compensation calculations.
High-Accuracy Stability
Utilizes dual-platinum resistance temperature sensors to maintain precise measurements in fluctuating gas flow environments with excellent signal stability and repeatability.
Wide Velocity Range
Monitors flow velocities from 0.1Nm/s to 120Nm/s with high sensitivity, providing consistent accuracy for both low-flow leakage and peak demand.
Digital Signal Clarity
Adopts high-integration digital circuit design to ensure measurement accuracy, minimize electronic drift, and provide a stable, repeatable output signal.
No External Compensation
Eliminates the costs of purchasing, installing, and maintaining additional pressure or temperature sensors, simplifying your hardware and reducing investment costs.
Maintenance-Free Longevity
With no moving parts to degrade, this meter significantly lowers service frequency, ensuring continuous uptime & reduced maintenance expenditure.
Resilience in High-Heat
Engineered to operate reliably in process temperatures up to 350°C, providing a robust solution for high-heat steam and gas lines.
Instant Response Time
High-speed thermal sensing technology reacts to velocity changes in under one second, enabling precise control in dynamic, fast-cycling process loops.
Find Your Installation Match
Flanged
Inline Thermal Gas Mass Flowmeter
High-precision gas mass flow monitoring for closed-pipe lines in industrial process piping — direct output, without temperature or pressure compensation required.
Pipe Size
DN15–DN2000
Accuracy
±0.5%/±1%
Medium Temp
-40 to +350°C
Key Feature
No compensation required
Ideal for natural gas metering, compressed air systems, process nitrogen, chemical reactor gas, power generation fuel gas
Tracking gas consumption for clean-in-place (CIP) steam generators, brewery carbonation processes, and nitrogen packaging lines.
Natural Gas Distribution
Metering high-pressure gas mains, commercial gas sub-metering, industrial burner fuel control, and real-time gas consumption tracking for cost allocation.
Compressed Air Systems
Main header flow monitoring, leakage detection in distribution grids, compressor load balancing, and plant-wide compressed air efficiency auditing.
Petrochemical Processing
Flare gas monitoring, vent gas tracking, combustion air control for process heaters, and mass-balance accounting of process gas streams.
Chemical Process Gas
Accurate mass-flow monitoring of nitrogen, hydrogen, and carbon dioxide in high-pressure reactor feed and chemical reaction lines.
Steam Utility Networks
Monitoring steam-to-gas conversion lines, primary boiler energy supply, condensate recovery circuits, and thermal efficiency tracking in industrial heating.
Power Generation
Combustion air and fuel gas metering on boilers and gas turbines, and flue gas flow measurement for continuous emissions monitoring and heat rate calculation.
HVAC & District Heating
Chilled water circulation circuits, thermal energy metering, district heating/cooling balance, and real-time utility distribution management.
Installation and Application Cases
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Why Engineers Trust Our Thermal Gas Measuring Solutions
20+ years of innovation in thermal gas mass flow measurement
Accurate flow measurement depends on both technology and expertise. We combine practical engineering knowledge with reliable manufacturing to support demanding industrial applications.
We hold 68 core patents in signal processing, allowing our meters to effectively filter out ambient noise and vibration interference, ensuring reliable data in high-traffic industrial zones.
Application-Tailored Configurations
We offer flexible material selections and insertion-depth options, ensuring our flowmeters integrate perfectly into your pipeline—whether it is small-bore test line or large-bore header.
Precision-Calibrated Reliability
Every thermal sensor is individually calibrated on high-accuracy gas rigs. This ensures your meter provides consistent, NIST-traceable mass-flow accuracy for your specific gas composition.
Global Field-Proven Stability
With thousands of units active worldwide, our instrumentation thrives in diverse climate zones, delivering the risk-free, consistent measurement reliability your critical infrastructure requires.
Get Accurate Flow Measurement
Specify the Right Thermal Meter for Your Gas Process
Every gas application is unique. Share your process conditions, and our team will provide a tailored configuration strategy to ensure reliable, drift-free mass flow monitoring for your facility.
Start with the Right Specification, Not a Product Guess.
Industrial instrumentation decisions don't happen in a single session. These three paths move you from evaluation to confidence — without committing to a purchase.
Download Selection Guide
Access a technical guide explaining direct mass flow measurement, gas application limits, structural options, and installation requirements for thermal gas mass flowmeters.
Tell us your gas type, temperature, pressure, flow conditions, and line size. Our engineers will recommend a more suitable thermal gas mass flowmeter configuration for your application.
For difficult gas measurement tasks, uncertain process conditions, or urgent project timelines, contact our engineering team directly for practical support.