Flow Meters

Precision Focused Flow Measurement Solutions

Turbines, Inc. manufactures and supplies a diverse range of precision-engineered flow meters—including turbine, Coriolis, and differential pressure models—designed to meet the exacting standards of industries such as oil and gas, chemical processing, aerospace, and cryogenics, with each meter type offering distinct advantages for measuring flow rate, density, or pressure drop across a wide range of fluids; backed by decades of expertise, U.S.-based production, and a commitment to accuracy, durability, and customer support, Turbines, Inc. ensures dependable performance in even the most demanding flow measurement applications.

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Understanding Different Flow Measurement Technologies

Flow measurement involves tracking the movement of fluids through pipes and systems within industrial or plant settings. A range of instruments can be used to measure flow, including Turbine, Coriolis, Differential Pressure, and more.

Turbine Flow Meters

A tried and true process measurement technology. Turbines, Inc. manufactures turbine flow meters to handle many low viscosity fluids and gases.

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Coriolis Flow Meters

A measurement technology ideal to handle slurries and higher viscosity fluid. This meter operates off of the Coriolis effect.

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Differential Pressure Flow Meters

Differential Pressure flow meters offer high accuracy and reliability for flow measurement of pressurized line fluids, including liquids, gases, and steam, as well as high-viscosity line fluids.

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Frequently Asked Questions

A flow meter is a device used to measure the flow rate or quantity of a liquid or gas moving through a pipe.

Turbines, Inc. provides. turbine, coriolis, venturi, wedge, and orifice flow meters that cover the range from low to high viscosities and large flow ranges.

Determining which flow meter is best for your specific application is based on a variety of factors such as flow rate, accuracy needed, and the makeup of the specific fluid being measured. Consult with our team for application guidance.

Whether mass or volumetric flow is required varies based on your application needs. Commonly, gases are measured in terms of mass flow rate.

Our flow meters cover a various range of temperatures and pressures, reaching up to 850 degrees Fahrenheit and pressures up to 20,000 psi. It is best to review each specific meter for its technical specifications.

Accuracy is how close the reading is to the actual value; repeatability is how consistent the readings are under the same conditions.

Yes, but it depends on compatibility. Always check material compatibility and recalibrate if fluid properties vary significantly.

Flow Measurement Resources

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