More and more industrial enterprises are using seamless steel pipes. Some enterprises have also found that corrosion may sometimes occur in the process of using seamless steel pipes. The relevant person in charge of the enterprise also wants to know why such a situation occurs and how to deal with it in case of transportation corrosion. At present, the seamless steel pipe used by most enterprises is composed of two important parts, namely, the transmission sensor and the transmission converter, including the transport components, electrode coils and shells.

　　During the transportation of seamless steel pipe, the transmission signal generated is very weak, so it must be ensured that the grounding of key parts of the pipe must be kept unobstructed, and the transmitted liquid must also be conductive liquid, which should not contain more ferromagnetic substances or bubbles. Therefore, when some enterprises use pipes, one of the reasons for transportation errors is that on the one hand, the conductivity of the transported liquid is relatively poor, which may lead to the instability of pipe transportation, and on the other hand, the transported liquid is not treated in advance and contains more ferromagnetic substances or bubbles, Such a situation will also lead to transportation blockage of pipes.

　　Before using pipes to transport media, enterprises should handle the transported media in advance. On the one hand, the conductivity of the medium can be improved through treatment, which can help the pipe transport more accurately. On the other hand, the ferromagnetic substances in the medium should be disposed in advance, so as to avoid the greater impact of too many impurities on the transport process of seamless pipes. In addition, when installing seamless steel pipes, they should be far away from places with vibration or places with large magnetism, because improper installation leads to wrong transportation of seamless pipes. As long as the above aspects can be guaranteed, the reliability of seamless pipe is basically very stable.

Previous: Classification of anticorrosive steel pipes
Next: none