In the pulp production process, accurate measurement of pulp flow is one of the keys to ensure product quality and production efficiency. However, some problems and challenges are often encountered during the measurement process, most notably the viscous and corrosive nature of the pulp.

First of all, the pulp viscosity is high, which will lead to a decline in the accuracy of the flowmeter, and even cause measurement errors. At this time, a specially designed mag meter flow meter can be used with accessories such as filters to reduce the impact of impurities in the pulp on the measurement and improve the measurement accuracy. In addition, the installation of temperature and concentration sensors can be increased to monitor and adjust the pulp in real time to further improve the measurement accuracy.

Secondly, the corrosiveness of the pulp is also a problem. Traditional mag meter flow meter are often manufactured using stainless steel materials, but under the long-term corrosive effect, stainless steel will also produce loss, affecting the accuracy of measurement. In order to solve this problem, you can choose to use corrosion-resistant materials, such as fluoroplastics and ceramics, to manufacture mag meter flow meter.

In addition to this, field calibration and adjustment are important steps to ensure the accuracy of pulp flow measurement. During the production process, the composition and consistency of the pulp may change, so regular on-site calibration and adjustment is required to ensure the accuracy and stability of the flow meter.

In summary, the challenges of pulp flow measurement lie in the viscous and corrosive nature of pulp. In order to solve these problems, measures such as specially designed mag meter flow meter, screens, temperature and concentration sensors, corrosion-resistant materials, etc., as well as regular on-site calibration and adjustment, can be used to ensure the accuracy and stability of pulp flow measurement.