About Our Thermal Mass Flow Meters

industrial thermal mass flow meters
The Sage Paramount™ is our newest industrial thermal mass flow meter with state-of-the-art components.

Sage Metering is a premium source for monitoring and controlling the gas mass flow for manufacturing processes, building management systems, and various environmental applications. Our high-performance NIST-traceable thermal mass flow meters help increase productivity, reduce energy costs, maximize product yields, and tackle ecological applications. Sage provides high-quality in-line and insertion thermal mass flow meters for a wide variety of industrial, commercial, and environmental monitoring needs, including carbon credit verification for greenhouse gas reduction.

About Us

Our experienced application engineers, many of whom have worked in the thermal mass flow marketplace since its inception, assist our customers with choosing the proper gas flow meter for their application–and will offer installation guidance to assure the meter(s) selected performs as accurately as possible. Additionally, the Sage Service Department is ready to support customers with after-sale assistance that may be required.

Sage Metering is a Subchapter S Corporation founded in 2002 by Bob Steinberg (President/ CEO), William Mark Crawford (VP of Operations), Robert Trescott (VP of Engineering), and David G. Huey (Chief Financial Officer). Sage Metering has experienced a compound annual growth rate of over 30% and currently has 20 employees.

Sage Metering is an industry leader in high-performance thermal mass flow meters and has pioneered numerous innovations, including introducing a digital method of driving the sensor (versus the traditional drift-prone Wheatstone bridge). We are the only thermal flow meter manufacturer that provides an “In-Situ Calibration Check,” ensuring the flow meter still retains the original NIST-traceable calibration. This simple 3-step check conducted at a no-flow (0 SCFM) condition, verifies the meter’s accuracy and confirms that the sensor is clean and the flow meter hasn’t drifted or shifted.

Knowledge Base

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