A flowmeter is a high-precision measurement instrument designed to accurately track the velocity, volumetric, or mass flow rate of liquids, gases, or steam moving through a piping system. To accommodate varying line sizes, pressure ratings, and fluid types across industrial networks, we supply and source a comprehensive range of versatile mounting configurations. This includes rugged threaded flowmeters engineered for compact, high-pressure utility lines; robust flanged flowmeters designed for seamless integration into standard process plant pipelines; and highly economical insertion flowmeters ideal for large-diameter pipes where hot-tapping or minimal process downtime is required. Available across multiple measurement technologies—including electromagnetic, ultrasonic, turbine, and vortex designs—our flowmeters ensure optimal accuracy, repeatable performance, and seamless integration with your existing control systems.

A vortex flowmeter is an advanced, high-precision instrument engineered to measure the flow rate of liquids, gases, and industrial steam by utilizing the natural principle of vortex shedding. As fluid passes a specialized bluff body inside the meter, it alternates creating low-pressure vortices—known as a Von Kármán vortex street—the frequency of which is directly proportional to the fluid's velocity. Because this design features no moving internal parts, it delivers exceptional long-term stability, minimal maintenance requirements, and an incredibly low pressure drop. We supply and source highly robust vortex configurations equipped with integrated temperature and pressure compensation, making them the ultimate, reliable choice for high-temperature saturated steam monitoring, compressed air distribution, and demanding chemical processing applications.

An oval gear flowmeter is a heavy-duty positive displacement (PD) meter engineered to deliver exceptional accuracy when measuring high-viscosity liquids such as oils, fuels, polymers, and heavy chemicals. By utilizing two precision-meshed oval gears to trap and transfer exact, fixed volumes of fluid per rotation, the system provides a highly repeatable measurement completely independent of fluid turbulence or flow profile. To match your system requirements, we supply and source multiple configuration types—including digital electronic models featuring pulse and 4-20mA outputs for automation integration, as well as rugged, power-free mechanical register models for remote or hazardous fluid transfer stations