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.
Our company headquarters is in Monterey, California, where we have a team of experienced application engineers, many of whom have worked in the thermal mass flow marketplace since its inception. Here we assist our customers with choosing the proper gas flow meter for their applications and will offer installation guidance to assure the meter(s) selected performs as accurately as possible. Additionally, we have a dedicated Service Department ready to support our customers with pre-sale and after-sale assistance as required.
We have an extensive network of manufacturer representatives and distributors throughout the United States, and international distributors also.
The company's CEO and VP of Engineering talk with managing editor Daniel Gaddy about the history, uses and recent growth of the thermal mass flowmeter market.
All thermal mass flowmeters serve the same fundamental purpose—accurate gas mass flow measurement based on thermal dispersion principles. However, they come in different physical...
Exploring the fundamental principles of thermal mass flowmeters, their distinct advantages over conventional flow measurement technologies and the diverse applications in which...
Flow conditioners improve a flowmeter’s accuracy by creating a uniform flow profile at the sensor location, ensuring reliable results even in challenging pipe configurations.
What is the difference between calibration, re-calibration and in-situ calibration verification? This article defines these and shares the benefits of verifying that a thermal...
The thermal mass flowmeter is recognized as the most appropriate device to monitor greenhouse gas emission reductions and satisfy regulatory protocols.
