Editor’s choice


TECHNICAL INSIGHT: FLOW MEASUREMENT UNDER EXTREME PRESSURE - WHY OVAL GEAR TECHNOLOGY EXCELS IN HIGH-PRESSURE SYSTEMS ENGINEERED FOR HARSH MEDIA


DIRECT VOLUME MEASUREMENT


Unlike inferential flow technologies, oval gear meters directly measure displaced volume. This makes them inherently insensitive to changes in flow profile, turbulence, or pulsation - common issues in high-pressure hydraulic circuits.


ACCURACY IMPROVES WITH VISCOSITY


As liquid viscosity increases, internal slip is reduced. Titan’s oval gear meters leverage this effect, improving accuracy from approximately ±1% to as low as ±0.1% of reading at higher viscosities - ideal for oils, additives, and lubricants.


PRESSURE-PROVEN DESIGN


• Standard operating range: 10 bar to 950 Bar • Pressure tested in-house up to 1,400 Bar


• Design validation supports potential 50 per cent increase in maximum operating pressure across standard platforms


DESIGNED FOR HAZARDOUS ENVIRONMENTS Available with ATEX compliant and intrinsically safe configurations for deployment in explosive or hazardous locations.


REPEATABILITY WHERE CONTROL MATTERS With 0.1 per cent repeatability, Titan’s proprietary oval gear design supports precise dosing, additive injection, and consumption monitoring - critical for closed-loop control systems.


Compatible with chemically aggressive fluids and additives used in oil and gas, petrochemical processing, and hydraulic power systems. Material options are selected and pressure-tested to ensure long-term chemical resistance and dimensional stability.


Instrumentation Monthly March 2026


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