Flow meter

The Coriolis Mass Flow Meter has emerged as a vital instrument in the precise measurement of sulphuric acid, a critical component in various industrial processes. This cutting-edge technology stands out for its accuracy and reliability in handling one of the most challenging substances in the chemical industry. Sulphuric acid, known for its corrosive nature and […]

Introduction Were you aware that Coriolis flow meters are crafted to transform the measurement of mass flow rates? These instruments distinguish themselves by providing an advanced yet straightforward approach to accurately measure the flow of engine oil. So, how do they go about it? Coriolis flow meters operate on a principle that may seem intricate

Introduction In power generation, accurately measuring how much liquid or gas flows is important  for efficiency. Among various methods used in the oil and gas industry for this purpose, Coriolis flow meters have gained popularity among manufacturers and users of oil and gas. But, how do these meters work exactly? What makes them so preferred

Accurately measuring the flow of asphalt has consistently presented a formidable technical challenge, primarily due to its inherent characteristics—high viscosity and poor fluidity. Operating within pipelines at temperatures hovering around 200 °C (392℉), liquid asphalt further compounds the complexity. Even at elevated temperatures, the viscosity of asphalt remains persistently high, exacerbated by the presence of

In the intricate realm of industrial processes, precision and efficiency stand as paramount pillars for success. When it comes to measuring the flow of crucial substances like edible oils, traditional methods may fall short in delivering the required accuracy. This is where Coriolis Mass Flow Meters step into the spotlight, revolutionizing the landscape of flow

When it comes to upgrading flow measurement tools in the industrial world, calibration is a big deal. It’s not just about how they look or what they’re made of – calibration is the key to feeling sure about the accuracy of your measurements. It’s like the bridge between what you expect and what you want

Liquid turbine flowmeter, On-site display + 4-20mA signal output, Body 304 + 2C13 impeller, Flange connection, 24V power supply, Protection grade IP65, Precision 0.5 grade, Temperature <80℃, Not explosion-proof, Pressure resistance 1.6Mpa DN200：80-800m³/h

Liquid turbine flowmeter, On-site display + 4-20mA signal output, Body 304 + 2C13 impeller, Flange connection, 24V power supply, Protection grade IP65, Precision 0.5 grade, Temperature <80℃, Not explosion-proof, Pressure resistance 1.6Mpa DN150：30-300m³/h

1% accuracyField display, 220V power supply, 4-20mA output, Carbon steel body, Neoprene lining, 316L stainless steel electrode, National standard flange connection, Pressure resistance 1.0MPa, Temperature resistance -20~60℃, Protection level: sensor IP68, converter IP65, Measuring range: 5700-57000m³/h

1% accuracyField display, 220V power supply, 4-20mA output, Carbon steel body, Neoprene lining, 316L stainless steel electrode, National standard flange connection, Pressure resistance 1.0MPa, Temperature resistance -20~60℃, Protection level: sensor IP68, converter IP65, Measuring range: 4600-46000m³/h