CE, SIL-3 & ATEX Certifications
coriolis Mass flowmeter
Accurate, stable, and application-ready measurement—engineered for Critical Industrial conditions
Our Coriolis mass flowmeters capture real-time mass flow, density, and temperature with high stability, even when process conditions fluctuate. By minimizing mounting effects and delivering consistent measurement response, these meters support more reliable batching, blending, and custody transfer operations across chemical, petroleum, food, and other precision-driven industries.
Request Your Free Quote Now
Trusted Mass Flow & Density Monitoring for Complex Fluids
Explore Our coriolis flowmeters
Built to handle complex media—from chemicals to slurries to cryogenic liquids—our Coriolis meters provide real-time flow monitoring with uncompromising accuracy. Their robust sensing structure minimizes installation effects, giving operators consistent, dependable data for process optimization and quality assurance.
U-Shaped Coriolis Flowmeters
Designed for high-precision mass, density, and temperature measurement in complex industrial processes. Its classic U-tube geometry provides high sensitivity and excellent signal stability, making it ideal for chemical dosing, oil and fuel measurement, and cryogenic or high-temperature applications.
- Accuracy (mass): ±0.1–0.2% + ZS/MV
- Repeatability: 0.05–0.1%
- Density: 0.3–3.0 g/cm³ (±0.002 g/cm³)
- Temperature: –200…+350°C (±1°C)
- Pressure Rating: 4.0 MPa
- Wetted Material: SS316L
- Explosion-proof: Ex d [ia] IIC T6 Gb
- Ambient: –20 ~ +60°C
Triangle integral Coriolis Flowmeters
An all-in-one design integrating sensor + transmitter, optimized for compact installations or OEM system integration. Its rigid triangular structure improves vibration immunity, ensuring stable performance in batching, filling, and high-viscosity fluid measurement.
- Accuracy (mass): ±0.1–0.2% + ZS/MV
- Repeatability: 0.05–0.1%
- Density: 0.3–3.0 g/cm³
- Temperature: –50…+200°C
- Pressure Rating: 2.5–4.0 MPa
- Wetted Material: SS316L / Optional alloys
- Explosion-proof: Ex d [ia] IIC T6 Gb
- Ambient: –20…+60°C
Triangle Shape Coriolis Flowmeters
It designed for stable, high-accuracy measurement in real process conditions. Suitable for applications beyond “easy liquids,” it performs reliably with high-viscosity fluids, slurries, and suspensions—while simplifying installation by eliminating straight-run requirements.
- Accuracy (mass): ±0.1–0.5% + ZS/MV
- Measuring range: typical 10:1 or 20:1
- Density: 0.3–3.000 g/cm³
- Temperature: –50…+200°C (±1°C)
- Pressure rating: 0.6–4.0 MPa
- Output options: 4–20 mA + pulse + RS485 / HART
- Explosion-proof: ExdbiaIICT6Gb
- Ambient: –40 ~ +60°C (remote)
Main performance features
Design features that deliver measurable performance in real industrial environments.
Designed for Real Processes, Not Ideal Lab Conditions
R&D Framework Built on Field Data, User Requirements, and Long-Term Reliability
Our Coriolis R&D program focuses on understanding how real-world flow behaviors interact with vibrating tube systems. By combining analytical modeling, controlled lab experiments, and algorithmic refinement, we build mass flowmeters that maintain accuracy despite temperature gradients, pressure fluctuations, pipeline vibration, or density changes. This integrated physics-first approach ensures operational dependability for demanding industrial processes.
Symmetrical Tube Geometry Control
Each vibrating tube pair is shaped and matched to minimize asymmetrical deformation, significantly improving repeatability and long-term zero stability.
Thermal-Drift Compensation Design
Our R&D team evaluates how temperature affects tube stiffness and sensor behavior, then builds compensation curves that eliminate drift and maintain measurement integrity from cryogenic to high-temperature applications.
Low-Noise Sensor Pickup Assembly
Sensor coils are engineered to deliver clean, high-resolution phase data, even in the presence of ambient electrical noise or mechanical vibration.
Long-Term Drift Lifecycle Testing
Meters are subjected to extended-duration flow cycling and thermal cycling to validate stability and prevent performance degradation over time.
Built for Precision, Trusted in Critical Operations
Built With High-Precision Engineering, Validated With Metrological Rigor
Every Coriolis mass flowmeter we deliver is the result of tightly controlled manufacturing, advanced tube-vibration engineering, and rigorous laboratory calibration. From SS316L dual-tube forming to zero-drift stabilization and coefficient fine-tuning, each device undergoes full-range flow calibration, density verification, temperature mapping, and stability testing. Our process eliminates external-vibration interference, ensures long-term accuracy consistency, and provides dependable measurement across high-pressure, high-temperature, corrosive, or slurry-based applications.
Verified Performance, Certified Quality
Certified to the World’s Most Demanding Industrial Standards
Our flowmeters undergo comprehensive verification under recognized global standards. With SIL-3 safety, CE conformity, and explosion-proof certification, each unit delivers dependable performance and lasting operational integrity in demanding process conditions.
A Picture's Worth a Thousand Words
Field-Tested in Real Production Conditions
Precision Flow Measurement Starts Here
Discuss Your Application With Our Flow Specialists
Whether you’re handling clean liquids, viscous media, slurries, chemicals, or cryogenic fluids, our team can review your conditions and recommend the configuration that minimizes risk and maximizes measurement stability.
Request Technical Consultation