Solutions
Fluid Metering & Control Solution
Covering cargo oil and bunker fuel custody transfer, shipboard system flow monitoring and chemical process metering.
Solution Overview
As a manufacturer, we build complete fluid metering and control solutions for marine and industrial customers around our electromagnetic, twin‑rotor positive displacement, Coriolis mass and turbine flowmeters. Applications include custody transfer metering of cargo oil and bunker fuel, flow monitoring of shipboard systems, and metering of chemical and process media. Products are available with ATEX, IECEx and other explosion‑proof certifications, support 4 to 20 mA, HART and Modbus outputs, and allow both local reading and remote monitoring.
Scope
- Cargo oil and bunker fuel custody transfer
- Shipboard system flow monitoring
- Chemical and process media metering
- Local reading and remote monitoring
Benefits
Consistent factory quality control keeps metering data trustworthy and reduces custody transfer errors. The solution adapts to high and low temperatures, vibration and other complex conditions, meets compliance requirements for flow measurement in hazardous areas, and unifies metering statistics across multiple media, helping customers achieve accurate, compliant and efficient flow management.
Applicable Industries
Core Products
All of the following products are made in our own factory and can be customized to your site conditions.
Electromagnetic Flowmeter
Based on Faraday's law of electromagnetic induction, delivering high accuracy and outstanding cost‑effectiveness for conductive liquids.
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Twin‑Rotor Positive Displacement Flowmeter
A positive displacement meter in which two precision helical rotors mesh at the same speed, dividing the fluid into equal volumes for counting, with accuracy up to 0.1%.
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Coriolis Mass Flowmeter
Twin parallel measuring tubes oscillate at resonance and mass flow is measured directly from the phase difference, together with density and temperature.
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Turbine Flowmeter
A flanged turbine flowmeter that measures by average flow velocity on the Woltmann impeller principle, suited to low- and medium‑viscosity liquids.
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