As an important logistics hub, the stable operation of the water supply and drainage system of the port terminal is directly related to the efficiency and safety of the production operation. In the complex port environment, the water supply and drainage pipeline not only has to transport a large amount of industrial and domestic water, but also has to deal with multiple tests such as high humidity, salt spray erosion, and heavy object rolling, so the performance of pipeline materials is extremely high. HDPE steel wire mesh skeleton pipe has gradually become the preferred material for the water supply and drainage engineering of the port terminal with its unique structural design and excellent comprehensive performance.

HDPE steel wire mesh skeleton pipe is based on high-density polyethylene (HDPE), and a stable support structure is formed by strengthening the steel wire skeleton inside. This "soft on the outside and rigid on the inside" design not only retains the chemical corrosion resistance and anti-aging characteristics of HDPE materials, but also significantly improves the ring stiffness and pressure resistance of the pipeline through the steel wire skeleton, which can effectively resist external loads such as port ground vehicles passing and equipment heavy pressure, and avoid pipeline deformation or rupture.

The port area is often exposed to corrosive media such as seawater and sewage, and traditional pipelines are prone to corrosion or aging problems due to long-term immersion. The HDPE material has excellent chemical stability and can resist the erosion of a variety of acid, alkali and salt solutions. Combined with the strengthening effect of the steel wire skeleton, it greatly extends the service life of the pipeline. At the same time, the pipeline surface is smooth and the water flow resistance is small, which can reduce silt deposition and reduce the frequency of maintenance and cleaning. It is especially suitable for the long-term stable operation of the pipeline at the port terminal.

In the construction of port terminals, the construction period and construction efficiency are required to be high. HDPE steel mesh skeleton pipe is light in weight, convenient in transportation and installation, and can significantly reduce the construction difficulty and labor cost compared with traditional concrete pipes or metal pipes. It adopts electrofusion or hot melt connection method, the interface is tight, which can effectively prevent leakage, and the construction period is short, which can quickly restore the working surface and reduce the impact on the normal operation of the port.

To sum up, HDPE steel mesh skeleton pipe has shown strong applicability in the water supply and drainage engineering of port terminals due to its significant advantages such as corrosion resistance and compression resistance, adaptation to harsh environments, and efficient construction. It can not only meet the pipeline needs under complex working conditions in ports, but also ensure the long-term stable operation of the system, providing reliable pipeline support for efficient production and safety management of ports.