In the production of precision electronics industry, ultrapure water is the core raw material for key processes such as chip, circuit board and other components cleaning and lithography, and the purity of its water quality directly determines the product yield. Traditional pipelines are susceptible to corrosion and impurity pollution, while HDPE steel mesh skeleton pipes have become the best choice for water transportation in this field due to their unique structure and performance.

The pipeline is made of high-density polyethylene (HDPE) as the inner and outer layers of the substrate, and the middle is reinforced by the steel mesh skeleton to form a composite structure of "plastic + metal". The inner HDPE material is chemically inert, which can avoid the loss of substances or chemical dissolution from the inner wall of the pipeline, ensuring that the ultra-pure water maintains high purity during transportation; the middle steel wire mesh skeleton significantly improves the compressive strength of the pipeline, which can adapt to the high pressure transportation requirements of industrial water systems. At the same time, it reduces the weight of the pipeline and is easy to install and maintain.

In addition, the HDPE steel mesh skeleton pipe has excellent acid and alkali resistance and wear resistance, which can cope with the complex water quality environment in the electronics industry. In practical applications, it can not only effectively ensure the safety and stability of ultra-pure water transportation, but also reduce the long-term operating costs for enterprises by reducing the risk of leakage and prolonging the service life. As a high-quality brand in the pipeline industry, the HDPE steel wire mesh skeleton pipe of AD Pipeline has further optimized the interface sealing and overall durability of the pipeline through strict production process control, and has become a reliable guarantee for the precision electronic industrial water transportation system.