Mass Custody Transfer

The mass measurement error of K Series Mass Flow Meter is less than ±0.1 %, with high stability and can realize custody transfer

Mass Custody Transfer

Standard Volume V20 Handover

The mass measurement error of the K series Mass Flow Meter is better than ±0.1%, the density measurement error is better than ±0.0005/cm3, the temperature measurement error is less than ±0.2°C, and the measurement error of the standard volume (V20) is guaranteed to be less than ±0.15%.

Standard Volume V20 Handover

Ultra-low temperature Media

K Series Mass Flow Meters can be applied to ultra-low temperature media such as LNG and liquid nitrogen with a temperature not lower than -240 °C

Ultra-low temperature Media

Quantitative Loading

1. The measurement error of the mass flow meter is less than ±0.1% to achieve accurate loading and improve loading efficiency;
2. The measurement accuracy is not affected by changes in medium density.

Quantitative Loading

High Temperature & Viscosity Media

K Series Mass Flow Meters can be applied to high temperature and high viscosity media such as maleic anhydride, resid ual oil, crude oil, resin, maltose etc., whose temperature is not higher than +204 °C.

High Temperature & Viscosity Media

Batch Filling

The flow response time of K Series Mass Flow Meter is 50ms, and the response speed is fast, which ensures the consistency of batch filling.

Batch Filling

Gas Measurement

K Series Mass Flow Meters can be used to measure gas under high pressure, high flow rate and other working conditions.

Gas Measurement

Oil Field

K Series Mass Flow Meters have good zero stability and can be used for intermit tent flow measurement, ensuring accurate measurement of oil output from oil wells.

Oil Field

Density Measurement

K Series Mass Flow Meters have no choke or moving parts, its pipeline is wear resistance and its density measurement accuracy is high. It is suitable for the measurement of parameters such as lime slurry concentration, pulp concent ration, ammonia concentration, alcohol content, sugar Baume degrees and water content.

Density Measurement