Thermal Mass Flowmeter
Thermal Mass Flowmeter Manufacturer for Gas Flow Measurement
ARTang supplies thermal mass flowmeters for direct gas mass flow measurement in industrial process and utility systems. Thermal mass flow meters are mainly used for air, compressed air, natural gas, biogas, nitrogen, oxygen, hydrogen, flue gas, and other industrial gases.
By measuring the heat carried away by the gas flow, thermal mass flowmeters can provide stable mass flow measurement without moving parts. They are widely used in gas consumption monitoring, compressed air management, energy saving projects, environmental systems, and industrial gas distribution.
Products
Flowmeter
Key Features of Thermal Mass Flowmeters
Direct Gas Mass Flow Measurement
Measures gas mass flow directly for air, compressed air, natural gas, biogas, flue gas, and industrial gases, helping users monitor gas consumption and process supply more clearly.
Low Pressure Loss
Designed with no mechanical moving parts in the measuring path, helping reduce pressure loss and support stable operation in gas pipelines and utility systems.
Inline and Insertion Options
Available in inline and insertion-type structures. Inline models are suitable for smaller gas pipelines, while insertion types are practical for medium and large pipe gas measurement.
Thermal Mass Flowmeters Applications

Compressed Air
Used for compressed air consumption monitoring, leakage analysis, branch line measurement, and energy-saving management in industrial plants.

Natural Gas
Suitable for natural gas flow monitoring in boiler systems, heating systems, process supply lines, and industrial gas consumption management.

Biogas
Used in wastewater treatment plants, anaerobic digestion systems, landfill gas systems, and renewable energy projects where biogas flow monitoring is required.

Industrial Gases
Suitable for nitrogen, oxygen, hydrogen, argon, carbon dioxide, and other process gases used in chemical, electronics, metallurgy, and manufacturing industries.
How to Select the Right Thermal Mass Flowmeters
A suitable thermal mass flowmeter should be selected based on the gas type, pipe size, flow range, working conditions, and signal requirements.
Gas Type
Confirm the gas name and composition, such as compressed air, natural gas, biogas, nitrogen, oxygen, hydrogen, or mixed gas.
Flow Range
Provide the minimum, normal, and maximum gas flow rate to help select a suitable measuring range.
Pipe Size & Installation Type
Confirm the pipe diameter and choose inline or insertion type according to the pipeline size and installation condition.
Pressure & Temperature
Provide the working pressure and temperature to confirm sensor structure, material, and calibration requirements.
Why Choose ARTang for Thermal Mass Flowmeters
Gas Application Matching
We confirm gas conditions before selection to better match compressed air, natural gas, biogas, flue gas, and mixed gas applications.
Manufacturing & Sensor Assembly
As a real instrumentation manufacturer, we control sensor assembly, meter body processing, transmitter matching, wiring, inspection, and final testing.
Calibration & Quality Documents
We support factory calibration, pre-shipment inspection, and related quality documents to help buyers evaluate meter performance before delivery.
FAQ About Thermal Mass Flowmeters
Please provide the gas type, gas composition, flow range, pressure, temperature, and pipe size. For mixed gas, biogas, flue gas, or gas with moisture and impurities, the application should be checked more carefully before selection.
Yes. Thermal mass flowmeters are commonly used for compressed air main lines, branch lines, and equipment-level monitoring. They help factories track air consumption, leakage, and energy usage.
Yes. Insertion-type thermal mass flowmeters are often used for medium and large pipelines. They can reduce installation cost compared with full-bore meters, but the straight pipe length and installation position should be confirmed.
Yes, but gas composition, moisture, dust, temperature, and possible corrosion should be checked first. These conditions affect sensor material, calibration, and long-term measurement stability.
In many projects, calibration or configuration should match the target gas or gas composition. This is especially important for natural gas, biogas, hydrogen, mixed gas, and other gases with different thermal properties.
The main points are pipe size, flow direction, straight pipe length, insertion depth, sealing method, pressure, temperature, and installation position. Correct installation is important for stable gas flow measurement.
Need Help Choosing a Thermal Mass Flowmeter?
Send us your gas type, flow range, pipe size, pressure, temperature, and signal requirements. ARTang will help you select a suitable thermal mass flowmeter for your application.