Airflow Instruments Micromanometers

Differential pressure is a critical signal for ventilation performance and environmental control. Airflow Instruments micromanometers give research teams high-resolution pressure readings that help explain airflow behavior, confirm pressure cascades, and evaluate filter loading across labs, cleanrooms, and experimental rigs.

Purpose-built for low-pressure sensitivity, these instruments deliver stable outputs that help reduce noise in your data. Use them to track room-to-corridor differentials, measure across components, and pair with pitot tubes to convert pressure into velocity and volumetric flow. Clear interfaces and logging capabilities support repeatable protocols and simpler reporting — key to collaborative R&D programs that span teams and sites.

Typical research applications:

• Cleanroom and containment studies requiring controlled pressure gradients.
• Filter and component testing with pressure drop characterization.
• Duct and chamber profiling paired with pitot tubes for velocity mapping.
• Control strategy evaluation by correlating pressure signals with sensor feedback.

Advantages for research workflows:

• High-resolution performance supports subtle differences in low-pressure regimes.
• Compatible with common probes and accessories to extend functionality.
• Data logging with time stamps and annotations streamlines analysis and documentation.
• Portable, durable designs support repeated use across facilities and field sites.

When pressure readings anchor your ventilation narrative, micromanometers provide the clarity your team needs. They help link cause and effect — how system adjustments change delivery, how filters impact flow, and how pressure cascades support your process goals — so you can refine experiments and move development forward with confidence.