Nitrogen (N₂) is a colorless, odorless, and tasteless gas, lighter than air, and makes up 78.08% of Earth’s atmosphere. At –195.8 °C (–320.4 °F), nitrogen condenses into a liquid, and at –209.8 °C (–345.6 °F), it solidifies into a white snowy solid.

Because of its chemical inertness, nitrogen is widely used as a protective, blanketing, and replacement gas in food storage, chemical processes, electronics, oil and gas industries, and cryogenics. To control these processes efficiently, selecting the right nitrogen flow meter is essential.
* Food industry: preservation of fruits, beverages, and packaged goods
* Agriculture: nitrogen-filled silos to prevent mold and germination
* Electronics: bulb and semiconductor manufacturing
* Chemicals and pharmaceuticals: blanketing, purging, and scrubbing
* Cryogenics: liquid nitrogen cooling, freezing, and storage applications
* Micro Thermal Mass Flow Meter
* High sensitivity to ultra-low flow rates ,low to 2 sccm
* Measures direct mass flow without pressure/temperature correction
* Compact design for lab or OEM systems
* Digital micro N2 flow meter with 4-20mA or Modbus RTU RS485.
* Laboratory nitrogen experiments
* Semiconductor process gas measurement
* Medical and analytical instruments

When nitrogen is supplied at low pressure (e.g., tank blanketing, HVAC, environmental monitoring), the flow is stable but requires accuracy.
* Thermal Mass Flow Meter (insertion or inline type)
* Wide measurement range, especially at low velocities and low pressure operation ,such as 5mbar or 10 Kpa low pressure
* No moving parts, maintenance-free design
* Easy integration with digital outputs and monitoring systems
* Low price cost N2 gas flow meter
* Food industry nitrogen protection
* Nitrogen blanketing in chemical tanks
* Gas consumption monitoring
At atmospheric or moderate pipeline pressure, multiple nitrogen flow meter technologies can be applied depending on accuracy and budget needs.

Nitrogen supplied in pressurized pipelines or cylinders requires durable and safe flow meters to handle high mechanical stress.

Liquid nitrogen is used in freezing, cryogenic cooling, and medical industries at ultra-low temperatures of –196 °C (–320 °F). Measuring this cryogenic fluid requires specialized technology.
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