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22

2025

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08

Rubber and plastic pipelines support municipal engineering construction


In the current booming municipal engineering construction, rubber and plastic product pipelines have become important materials in various projects due to their unique advantages, playing a key role in the improvement of urban infrastructure.

In the current booming municipal engineering construction, rubber-plastic product pipelines have become important materials in various projects due to their unique advantages, playing a key role in the improvement of urban infrastructure.
In urban water supply and drainage systems, rubber-plastic pipelines demonstrate good adaptability. Their corrosion resistance makes the pipes less prone to corrosion damage when in long-term contact with sewage, rainwater, and various chemicals, greatly extending the service life of the pipes. For example, in the renovation projects of drainage networks in some old urban areas, the use of rubber-plastic drainage pipes has significantly reduced the frequency of pipe maintenance. According to statistics, in areas using rubber-plastic drainage pipes, the annual number of pipe repairs has decreased from the original 3-4 times to 1-2 times, effectively reducing municipal maintenance costs. Moreover, the smooth inner walls of rubber-plastic pipes reduce water flow resistance, improving drainage efficiency and reducing the risk of urban waterlogging.
In urban gas transmission, rubber-plastic pipelines are also gradually emerging. Some new types of rubber-plastic pipes, specially designed and manufactured, have good airtightness and pressure resistance, enabling safe and reliable gas transmission. Compared with traditional metal pipes, rubber-plastic gas pipes are lighter in weight and easier to install, effectively shortening construction periods. In some urban gas connection projects, the use of rubber-plastic pipes has shortened construction time by 20% to 30%, improving construction efficiency. At the same time, rubber-plastic pipes also have a certain degree of flexibility, allowing them to adapt to slight terrain changes and reducing the risk of pipe rupture caused by foundation settlement and other reasons.