In the current of complex geological conditions and frequent extreme weather, the safety protection of underground pipelines has become an important issue in municipal engineering. The violent shaking of the ground caused by earthquakes and the soil deformation caused by long-term settlement are often the main incentives for pipeline rupture and interface leakage. Faced with these challenges, AD Pipeline HDPE carat pipe has become a reliable choice for dealing with earthquakes and settlements due to its unique structural design and material advantages.

HDPE carat pipe is made of high-density polyethylene material, which has both high strength and high flexibility. Its unique winding structure can form a stable support system similar to a "honeycomb". When an earthquake occurs, it can absorb the impact force caused by ground shaking through its own elastic deformation, reducing the risk of pipeline rupture caused by violent vibration. In the settlement area, the flexible characteristics of the main body of the pipeline enable it to deform synchronously with the soil settlement, avoid the problem of interface fracture caused by the dislocation of rigid pipelines, and reduce the hidden danger of leakage from the root cause.

In addition, the corrosion resistance and weather resistance of HDPE carat pipes also provide protection for long-term stable operation. Whether it is wet soil environment or chemical medium erosion, its material itself is not easy to be damaged. With scientific interface treatment technology, the overall sealing and durability of the pipeline system are further improved. In key projects such as municipal drainage and gas transportation, HDPE carat pipes have the characteristics of "combining rigidity and softness" to build a strong defense line against earthquakes and settlement for the urban underground pipeline network, and protect the safety and stability of the infrastructure.