In the morning, a customer ordered a fluorine lined glass rotor flowmeter produced by the company, which is used to measure the instantaneous flow rate of various liquids or gases in closed pipelines. Its design allows the internal float (or rotor) to rise or rotate when the fluid passes through, indicating the flow rate of the fluid. Fluorine lined glass rotor flow meters are widely used in various industries such as chemical, petroleum, light industry, medical, fertilizer, food, papermaking, environmental protection, and synthetic fibers to measure the flow rate of single-phase non pulsating (liquid or gas) fluids. Due to its transparent cone tube design, the fluorine lined glass rotor flowmeter can directly observe the flow state of the medium, which is very useful for monitoring fluid flow characteristics and suspended solids.

Fluorine lined glass rotor flowmeter product usage

1、 High precision and repeatability of fluorine lined glass rotor flowmeter:

Fluorine lined glass rotor flowmeter can accurately measure in different flow rate ranges, providing high-precision and reproducible flow readings.

2、 Corrosion resistance of fluorine lined glass rotor flowmeter:

Corrosion resistant glass rotor flowmeter is particularly suitable for flow detection of corrosive liquids and gas media, such as strong acids (except hydrofluoric acid), strong bases, oxidants, strong oxidizing acids, organic solvents, etc.

3、 Fluorine lined glass rotor flowmeter is intuitive and easy to read:

The position and height of the float (or rotor) directly reflect the size of the flow rate, making the reading intuitive and easy to understand. In addition, some models of glass rotor flow meters are equipped with LED display screens, further improving the convenience of reading.

4、 Fluorine lined glass rotor flowmeter is easy to maintain:

The structure of glass rotor flowmeter is relatively simple, easy to clean and calibrate, thus ensuring the accuracy of measurement and the long-term stability of the instrument.

Glass rotor flow meters play an important role in various fields such as industrial production, laboratory research, and environmental monitoring. Its high precision, corrosion resistance, intuitive readability, and easy maintenance make it one of the preferred tools in the field of flow measurement.