High Precision U Type Coriolis Mass Flow Meter For High Low Temp Fluids

The Coriolis Mass Flow Meter represents the next generation of flow measurement technology. Designed according to the Micro Motion and Coriolis principle, this instrument allows for the direct measurement of fluid mass flow within a sealed pipeline, ensuring unparalleled accuracy without the need for complex density or temperature compensations.

Consisting of two high-performance sections—the Sensor and the Signal Transmitter—this system is built to handle the world’s most challenging industrial fluids.

Coriolis mass flow meter is a new type flow meter which is designed according to Micro Motion and Coriolis principle.This kind of new flow meter can measure the fluid directly in a sealed pipeline. It consists of two sections: Sensor and Signal Transmitter.

Low temperature fluid, like liquid oxygen and liquid nitrogen, the low temperature up to -200℃
High temperature fluid, the maximum temperature up to 300℃
High pressure fluid, like slurry flow measurement for oil drilling cementing

Core Technical Advantages & Capabilities

Our Coriolis meter is engineered for extreme environments where traditional flow meters fail:

Extreme Low-Temperature Fluids: Expertly handles cryogenic applications, such as liquid oxygen (LOX) and liquid nitrogen ($LN_2$), withstanding temperatures as low as -200℃.

High-Temperature Performance: Designed for thermal stability, measuring high-temperature fluids up to a maximum of 300℃.

High-Pressure Durability: Built for heavy-duty industrial use, including high-pressure slurry flow measurement specifically for oil drilling and cementing operations.

Direct Mass Measurement: Unlike volumetric meters, it measures the actual mass of the fluid in a sealed pipeline, providing higher precision for billing and process control.

Key Application Scenarios

1. Cryogenic Engineering: Reliable measurement for the transport and storage of liquefied gases at -200℃.

2. Oil & Gas Industry: Robust enough for oil drilling cementing and abrasive slurry flow measurement under high pressure.

3. Chemical Processing: Accurate mass flow tracking for volatile chemicals at both high and low thermal extremes.

4. Sealed Pipeline Systems: Direct measurement ensures zero leakage and maintains the integrity of the fluid environment.