Water transportation engineering is the "life infra" of urban development, and the choice of its pipelines is directly related to the stability and durability of water supply. Among many pipeline materials, HDPE carat pipes have become the ideal choice in water transportation projects due to their unique structural design and excellent performance, escorting safe and efficient water transportation systems.

First of all, HDPE carat pipes are made of high-density polyethylene, which has excellent chemical corrosion resistance and can resist the erosion of various types of water quality (such as industrial wastewater, domestic water, etc.) that may be exposed to during water transportation, effectively avoiding leakage problems due to corrosion and ensuring water transportation safety. Secondly, its unique structural design - the inner wall is smooth and the outer wall is corrugated, which not only improves the pressure resistance of the pipeline, but also reduces its own weight, so that the pipeline has lower foundation requirements when laying, easy installation and controllable cost. Furthermore, HDPE material itself has excellent impact resistance and low temperature resistance, whether in complex geological environments or cold regions, it can maintain stable physical properties, prolong the service life of the pipeline and reduce later maintenance costs. In addition, the interface design of the carat pipe is tight and the sealing is strong, which further reduces the risk of leakage and ensures zero loss during water transportation.

From municipal water supply to industrial water delivery, HDPE carat pipe has shown irreplaceable value in water delivery projects due to its excellent corrosion resistance, high bearing capacity, long life and easy installation, and has become a key material for building a stable, efficient and safe water delivery network.