Engineered by Nature - We studied whale tubercles, fish gills, mangrove roots, shark skin and coral - and built millions of years of natural engineering directly into our flow conditioners.
Price range: $495.00 through $5,250.00
The same gill architecture. Ready to retrofit. The Lagoon Inline bolts directly between standard pipe flanges, upstream of any electromagnetic flow meter.
It brings the same fish-gill-inspired lamellae conditioning to existing installations — without replacing the meter, modifying the piping, or requiring any straight-run upstream.
Maximum swirl reduction isn’t always optimal. We offer flow conditioners designed to balance swirl control and pressure loss for your specific application. Contact us to learn more.
Ultrasonic Liquid Flow Meter with Thermal Energy/BTU Capability
Employing sound waves to calculate the speed of a liquid passing through a pipeline, ultrasonic flow Price range: $2,400.00 through $2,475.00Ultrasonic flowmeters use sound waves to determine the velocity of a fluid flowing in a pipe. At no flow conditions, the frequencies of an ultrasonic wave transmitted into a pipe & its reflections from the fluid are the same.
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Coriolis Mass Flow Meters from 3/8" to 10"
Higly Accurate flow meter for liquids, slurries, & oils. Accuracy of up to 0.1%. $4,500.00A Coriolis flow meter contains a tube which is energized by a fixed vibration. When a fluid (gas or liquid) passes through this tube the mass flow momentum will cause a change in the tube vibration, the tube will twist resulting in a phase shift. This phase shift can be measured & a linear output derived proportional to flow.
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1" Thermal Mass Flow Controller
The thermal Mass Flow Meter or Controller is capable of providing direct measurement of mass flow Price range: $3,995.00 through $4,195.00The thermal Mass Flow Meter or Controller is capable of providing direct measurement of mass flow, as opposed to most other methods that measure volumetric flow & require separate measurements for temperature & pressure in order to calculate density &, ultimately, the mass flow.
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