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Polyethylene (PE) pipeline has been widely used in domestic buried pipeline construction because of its advantages such as convenient construction, little pollution to transported substances and relatively reduced project cost. However, compared with steel pipe, low strength is its major weakness.
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At present, in combination with the previous gas pipeline construction, due to various factors, the buried position of the pipeline cannot be accurately mastered, and the PE gas pipeline is frequently cut and leaked by the third party construction machinery during the construction of other municipal pipelines, which will cause gas leakage and explosion accidents in serious cases. Therefore, it is of great significance to use the PE gas pipeline tracing line in the construction and to detect the buried depth and pipe position of the gas pipeline.
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According to the data, PE gas pipeline is made of inert special mixed materials, which is non-conductive, non magnetic, and has strong corrosion resistance. After the buried construction of the pipeline is completed within a period of time, there is no good method to directly detect the buried depth of the constructed PE gas pipeline and the underground space position on the ground.
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In order to solve the problem that the PE gas pipeline is easy to detect the pipe position and buried depth on the ground after being buried, the tracer line method is used in the construction to make it fixed with the PE gas pipeline, which is used to detect the PE pipeline position in the future. This method is also a commonly used detection method at home and abroad at this stage.
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In the construction of buried PE gas pipeline, how to ensure the safety of the new pipeline and the aerated pipeline from being damaged by the third party, and how to play the role of the tracer line, then the pipe position detection method and the laying method along the pipeline of the tracer line will be particularly important. Come to our website if you have a purchase demand Ask and understand!