In municipal construction and drainage engineering, HDPE carat pipe has become an indispensable pipe material due to its excellent performance, and its core competitiveness is largely due to the unique thermal winding molding process. This process is different from traditional extrusion molding or other winding methods. By heating HDPE material to a specific temperature and continuously winding it in a precisely controlled mold, the pipe forms a uniform helical structure during the molding process.

The uniqueness of the hot winding molding process is reflected in many aspects: first, the material is wound in the heated state, the molecular structure is easier to arrange, and the resulting pipe ring stiffness and structural strength are uniform and stable, which can effectively resist soil pressure and external loads; secondly, the winding angle and thickness can be precisely adjusted during the process to meet the diverse needs of different projects for pipeline load-bearing, corrosion resistance and other properties; furthermore, the continuous production method is adopted, which has high production efficiency, and can reduce material waste and reduce costs.

In addition, HDPE carat pipe itself has the advantages of light weight, corrosion resistance, smooth inner wall, and small water flow resistance, and the hot winding molding process further amplifies these characteristics. It not only improves the overall stability of the pipeline, but also simplifies the construction process and shortens the construction period, especially suitable for large-diameter and high-pressure drainage and sewage projects. As one of the core products of AD Pipeline, HDPE carat pipe strictly follows the industry standard, relying on advanced thermal winding forming technology, provides reliable pipeline solutions for urban construction, and helps to improve the quality and efficiency of the project.