PE Water Supply Pipe Φ20–800
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Details
Execution Standard: GB/T 13663.2-2018
Supply format: 6m, 9m, 12m, etc.
Color: Black with co-extruded blue stripes
Application areas: Township water supply; agricultural irrigation; original landscaping; industrial and mining applications; transportation of mineral sand and slurry; replacement of cement, cast iron, and steel pipes
Product performance of PE pipes
Excellent low-temperature impact resistance
Polyethylene has an extremely low embrittlement temperature at low temperatures; therefore, during winter construction, the material's excellent impact resistance prevents pipe cracking.
Excellent low-temperature impact resistance
PE pipes exhibit low notch sensitivity, high shear strength, and excellent scratch resistance, while also demonstrating outstanding resistance to environmental stress cracking.
Reliable connection
Polyethylene piping systems are connected using hot-melt technology, ensuring that the strength of the joints exceeds that of the pipe itself. Polyethylene pipes can also be easily and quickly joined to other types of piping via flanged connections.
Age-resistant, long service life
Polyethylene pipes contain evenly distributed carbon black, enabling them to withstand outdoor storage without being damaged by ultraviolet radiation, and they boast a typical service life of up to 50 years.
Excellent chemical corrosion resistance
PE pipes are resistant to corrosion from a variety of chemical media, and the chemicals present in the soil will not degrade the pipes.
Good flexibility
The flexibility of PE pipes makes them easy to bend, allowing engineers to route the pipeline around obstacles by simply altering its path. In many applications, this flexibility helps reduce the number of pipe fittings required, thereby lowering installation costs.
Good wear resistance
Comparative wear resistance tests between PE pipes and steel pipes show that PE pipes are four times more wear-resistant than steel pipes. In the field of slurry transportation, PE pipes exhibit significantly better wear resistance compared to steel pipes, which translates into longer service life and improved cost-effectiveness for PE pipelines.
Low water flow resistance
PE pipes feature a smooth inner surface with a Manning coefficient of 0.009. The smooth surface and non-adhesive properties ensure that PE pipes offer higher flow capacity compared to traditional pipe materials, while also reducing pressure losses in the pipeline and lowering energy consumption for water transportation.
The construction method offers excellent versatility.
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 split-tube methods. These non-invasive approaches make PE pipes an excellent choice for locations where excavation is simply not permitted, thereby expanding the applications of PE pipes into even broader fields.
Easy to move
PE pipes are lighter than concrete pipes, galvanized pipes, and steel pipes, making them easy to handle and install. They also require less labor and equipment, which significantly reduces the overall installation costs of a project.
Keywords:
Smart Agricultural Equipment Series
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