PE Xa pipe, also known as cross-linked polyethylene pipe, is manufactured by forming chemical covalent bonds between polyethylene molecular chains, allowing the molecules to form a three-dimensional network structure.
This structure endows PE Xa pipes with many unique properties, making them the preferred pipe material in ground heating systems.
PE Xa pipes have excellent high temperature and pressure resistance performance.
Its high-density polyethylene material can withstand the highest standard pressure of China's heating system.
Even in low temperature environments, PE Xa pipes still maintain their easy to bend characteristics, making them convenient for construction operations.
In addition, the inner wall of the pipe is smooth, the fluid flow resistance is low, the hydraulic characteristics are excellent, and the noise is low, which further improves its reliability and convenience in practical applications.
Hygiene performance is a major highlight of PE Xa pipes.
Due to its non-toxic, odorless, non corrosive, non bacterial, and non polluting properties, PE Xa pipes fully comply with the provisions of GB/T17219-1998.
This excellent hygiene performance not only ensures the purity of the conveying medium, but is also particularly suitable for the conveying system of drinking water and medical water.
Chemical corrosion resistance and resistance to environmental stress cracking are also important characteristics of PE Xa pipes.
The chemical structure of this material enables it to resist the erosion of various chemicals and has excellent resistance to environmental stress cracking, greatly extending the service life of the pipeline.
Its texture is solid and resilient, with an impact resistance more than 10 times that of UPVC pipes, making PE Xa pipes more stable and reliable when facing external impacts.
In the market, PE Xa pipes are widely used in various fields such as ground radiation heating systems, cold and hot water delivery pipelines for solar water heaters, and tap water supply systems.
Its diverse specifications and models can meet the needs of different application scenarios.