PE carbon pipes are non-corrosive and scale-free, ensuring the quality of the pipeline network water. PE carbon pipes possess excellent surge pressure resistance and are welded into an integrated pipeline, effectively resisting underground movement and end loads, significantly enhancing the reliability and safety of water supply.
The specialized polyethylene material for PE carbon water supply pipes has developed rapidly in recent years. A major reason for the slow early development of polyethylene materials was their lack of cost-effectiveness. However, with the advancement of specialized materials for polyethylene pipes, the advantages of using polyethylene pipes have increased, and their application fields have expanded.
PE carbon pipes offer excellent flexibility and weldability, making installation more convenient and economical. The installation speed of PE pipes is fast, with low damage costs and maintenance costs. As long as the joints are secure, they can withstand axial loads without leaking or disconnecting. Therefore, during installation, costly anchors and piers are not required at joints and bends, reducing overall costs. PE carbon pipes have outstanding flexibility, with an elongation at break exceeding 500%, and a bending radius of 20 to 25 times the pipe diameter, making them highly resistant to scratches. This makes them easy to move, bendand insert during installation, making them suitable foradvancedconstruction methods such as trenchless pipe jacking. Additionally,PEpipes have strong adaptability to pipelinefoundations. On one hand, this reducesthe requirements for pipelinefoundations; on the other hand, pipelinefoundations are less prone to damage due to changes after installation.

PE carbon pipes are widely used in various industries due to their advantages such as safety, flame retardancy, smoke suppression, heat resistance, and long service life. When stacking PE carbon pipes, attention should be paid to the height, which should not exceed the fixed range. Otherwise, the bottom pipes may be damaged due to pressure. This is the most important point to note.
Secondly, we should also pay attention to the environmental impact on them, so they should be stored in a well-ventilated and dry environment, with no acidic or alkaline substances nearby, as this could corrode the surface.
Thirdly, the last and most important point is to avoid sunlight exposure. Do not place them in direct sunlight, as the surface material may decompose, leading to aging issues. They should be stored in a cool place to extend the service life of PE carbon pipes.