C Series Corioli mass flowmeter

The MTCMF-C Microbend Coriolis Mass flowmeter is the leading precision flow and density measurement solution for the most accurate and repeatable mass measurement for liquids or grout.

 Metern Coriolis mass flowmeter main features

1、Can directly measure the mass flow of fluid (which is of great significance for the measurement of energy and chemical reaction and other production process detection and control);

2、High measurement accuracy (measurement accuracy is better than 0.1%);

3、The measurable ratio is large, generally ensure the basic accuracy of the measurable ratio of 15:1 or 20:1;

4、A wide range of applications, in addition to normal fluid measurement can also measure the general fluid measuring instrument more difficult to measure industrial media, such as high viscosity fluids, various slurries, suspensions, etc.;

5、Can be measured online the density of the measured medium, temperature and other parameters, and derived from the measurement of solute concentration in the solution;

6、The installation requirements are not high, no special requirements for the upstream and downstream straight pipe section;

7、Reliable operation, low maintenance rate;

 Application field

The characteristics of MTCMF-C series mass flowmeters confirm that flowmeters can be widely used in the following fields: 

 Fluid energy, fluid raw materials, product measurement, such as oil, chemical raw materials and products loading (loading), unloading (unloading) measurement and packaging measurement;

 Accurate measurement and control of materials in the production process of petroleum, chemical, food and pharmaceutical industries; 

 On-line measurement of high viscosity materials, such as asphalt, heavy oil, grease;

 Measurement of suspended matter and solid particulate matter, such as cement slurry, lime slurry;

 Thermal insulation measurement of easily solidified materials, such as asphalt and other easily solidified materials to achieve thermal insulation work; 

 Accurate measurement of medium and high pressure gases, such as the measurement of CNG oil and gas; 

 Micro flow measurement, such as fine chemical and pharmaceutical industry micro flow measurement; 

 On-line measurement of the density of the medium and derivation of the concentration contained in the solute of the measurement solution, e.g. lime slurry lime concentration measurement; 

 Ultra-low temperature medium flow measurement, such as liquid nitrogen, liquid oxygen and other liquefied gas measurement; 

 Flow measurement of high temperature media, such as high temperature oil (temperature up to 200 ~ 300℃) measurement; 

 High pressure media flow measurement, such as oil drilling cementing cement slurry flow measurement (high pressure tens of MPa) and so on.