Product Critical Technical Advantages
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Engineering excellence in high-pressure containment allows the F100P to operate safely in environments that exceed the limits of standard stainless steel sensors. The Nickel Alloy C22 construction provides the necessary mechanical strength to maintain measurement stability under intense internal pressures, making it a reliable choice for high-pressure chemical injection.
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Precision engineering for corrosive fluid measurement delivers a global benchmark for accuracy. The Nickel Alloy C22 wetted parts ensure that the meter remains unaffected by aggressive media such as acids, chlorides, or sour gases, providing long-term repeatability and low uncertainty in the most demanding chemical environments.
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Integration of operational intelligence through Smart Meter Verification (SMV) allows users to confirm the structural health of the sensor without interrupting high-pressure operations. This is critical for safety-sensitive applications, as it provides real-time assurance that the sensor tubes have not suffered from internal erosion or fatigue.
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Robust immunity to process conditions ensures the F100P delivers clean data despite the turbulence and vibration common in high-pressure pumping systems. Its advanced digital signal processing isolates the actual flow signal from mechanical noise, ensuring the control system receives accurate mass flow and density readings.
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Compact and drainable sensor geometry facilitates easier installation in tight skids or offshore modules. The F-Series design is specifically engineered to be self-draining when mounted vertically, which helps prevent fluid buildup and simplifies maintenance procedures in high-pressure systems.
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Reliable multi-variable measurement provides mass flow, volume flow, density, and temperature data from a single high-pressure device. This consolidated output reduces the number of high-pressure fittings and potential leak points in the pipeline, enhancing overall system safety and lowering installation costs.
Common Industry Applications
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Chemical & Petrochemical: Essential for measuring highly aggressive or corrosive chemicals at elevated pressures. It is used for precise dosing of catalysts and reagents where Nickel Alloy C22 is required to prevent material failure.
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Oil & Gas: Primarily used for high-pressure chemical injection, such as delivering corrosion inhibitors or methanol into wellheads and subsea pipelines to prevent hydrate formation.
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Specialized Industrial Processes: Ideal for pilot plants and high-pressure research loops involving reactive fluids that would degrade standard 316L stainless steel.
