PE pipes require no anti-corrosion treatment or maintenance.
E-pipe materials require no anti-corrosion treatment, are maintenance-free, and have a service life comparable to that of the building itself. This addresses the issues commonly found in traditional piping products—such as rapid corrosion, aging, frequent leaks, and poor hygiene—while effectively eliminating the costs associated with product maintenance and replacement. PE pipe materials require neither anti-corrosion treatment nor maintenance. PE pipe manufacturers point out that the expansion volume must exceed the storage volume required by the instantaneous flow rate of the lateral branch pipes. The discharge condition of the outlet pipe is primarily aimed at preventing burial, which could otherwise lead to a reduction in the overall drainage system’s flow rate. This requirement aligns closely with the rational planning of the entire project’s drainage system. PE pipelines offer a variety of construction techniques. In addition to the conventional open-cut method, they can also be installed using several innovative trenchless technologies, such as pipe jacking, directional drilling, lining, and split-tube methods. PE exhibits excellent resistance to most chemicals used in both domestic and industrial applications. However, certain types of chemicals can cause chemical corrosion—for example, corrosive oxidizers (such as concentrated nitric acid), aromatic hydrocarbons (such as xylene), and halogenated hydrocarbons (such as carbon tetrachloride).
E-pipe materials require no anti-corrosion treatment, are maintenance-free, and have a service life comparable to that of the building itself. This addresses the issues commonly found in traditional piping products—such as rapid rusting, aging, frequent leaks, and poor hygiene—while PE pipe materials effectively eliminate the costs associated with product maintenance and replacement.
PE pipes require no anti-corrosion treatment or maintenance.
The PE pipe manufacturer points out that the expansion volume must exceed the storage volume required by the instantaneous flow rate of the lateral branch pipes. The discharge condition of the outlet pipe is primarily aimed at preventing burial, which could otherwise lead to a reduction in the overall drainage system’s flow rate. This point aligns with the rational planning of the entire project’s drainage system.
PE pipes offer a variety of construction techniques. In addition to the traditional open-cut method, they can also be installed using several innovative trenchless technologies, such as pipe jacking, directional drilling, lining, and pipe bursting. PE exhibits excellent resistance to most chemicals commonly encountered in both domestic and industrial applications. However, certain types of chemicals can cause chemical corrosion—for example, corrosive oxidizers (such as concentrated nitric acid), aromatic hydrocarbons (such as xylene), and halogenated hydrocarbons (such as carbon tetrachloride).
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2022-06-30