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With stable product quality and advanced manufacturing processes, we provide safe, durable and efficient pipeline solutions for various infrastructure construction projects.

Water Supply HDPE Pipe

PE water supply pipes, also known as polyethylene water supply pipes, are made of high-density polyethylene (HDPE) through a single extrusion process using a plastic extruder. They are particularly suitable for acid and alkali resistant and corrosion resistant environments. Because PE pipes use hot-melt and electrofusion connections, the joints and pipes are integrated, and they can effectively resist the circumferential stress and axial impact stress generated by internal pressure. Moreover, PE pipes do not contain heavy metal salt stabilizers, the material does not scale, and it is not easy for bacteria to grow, thus avoiding secondary pollution of drinking water.

Product Description

Product Advantages of Water Supply HDPE Pipe

◆ Carefully Selected Raw Materials, Hygienic and Clean
Water Supply HDPE Pipe is manufactured using carefully selected new-grade raw materials with a scientifically optimized formulation. It contains no heavy metal additives, ensuring hygienic performance for potable water systems. The inner wall remains smooth and scale-free, preventing bacterial growth and reducing the risk of secondary contamination in drinking water networks.

◆ Flexible, Scratch-Resistant, and Impact-Resistant
This piping system offers excellent flexibility and structural adaptability, allowing it to perform reliably even under uneven foundation conditions or installation misalignment. Water Supply HDPE Pipe demonstrates strong impact resistance and abrasion resistance, making it suitable for challenging terrains and reducing damage risks caused by external forces such as ground movement or natural events.

◆ Strong Creep Resistance and Long-Term Stability
With enhanced resistance to environmental stress cracking, the pipe maintains stable performance under long-term pressure conditions. Water Supply HDPE Pipe provides excellent resistance to slow crack growth (SCG) and rapid crack propagation (RCP), ensuring long service life and structural integrity in demanding water transmission environments.

◆ Reliable Connections and Convenient Construction
The system is lightweight and easy to transport, improving installation efficiency on-site. Through electrofusion and butt fusion connection methods, Water Supply HDPE Pipe achieves joint strength comparable to or even exceeding the pipe body itself, ensuring secure, leak-free, and long-term stable pipeline systems.

Pipe Specifications and Models of Water Supply HDPE Pipe

Water Supply HDPE Pipe is available in multiple standard diameter and pressure configurations to meet diverse engineering requirements. The selection depends on SDR ratio, material grade, and operating pressure conditions.

Pressure Rating Overview

  • PE80 Grade Nominal Pressure (MPa): 1.6 – 0.4 (varies by SDR series)
  • PE100 Grade Nominal Pressure (MPa): 2.0 – 0.5 (varies by SDR series)

Pipe Specifications And Models

Nominal Outer Diameter(mm)Standard Size Ratio
SDR9SDR11SDR13.6SDR17SDR21SDR26SDR33
Pe80 Grade Nominal Pressure(mpa)
1.61.31.00.80.60.50.4
Pe100 Grade Nominal Pressure(mpa)
2.01.61.31.00.80.60.5
162.3
202.32.3
253.02.32.3
323.63.02.42.3
404.53.73.02.42.3
505.64.63.73.02.42.3
637.15.84.73.83.02.5
758.46.85.64.53.62.9
9010.18.26.75.44.33.5
11012.310.08.16.65.34.2
12514.011.49.27.46.04.8
14015.712.710.38.36.75.4
16017.914.611.89.57.76.2
18020.116.413.310.78.66.9
20022.418.214.711.99.67.7
22525.220.516.613.410.88.6
25027.922.718.414.811.99.6
28031.325.420.616.613.410.7
31535.228.623.218.715.012.19.7
35539.732.226.121.116.913.610.9
40044.736.329.423.719.115.312.3
45050.340.933.126.721.517.213.8
50055.845.436.829.723.919.115.3
56062.550.841.233.226.721.417.2
63070.357.246.337.430.024.119.3
71079.364.552.242.133.927.221.8
80089.372.658.847.438.130.624.5
90081.766.253.342.934.427.6
100090.272.559.347.738.230.6
120088.267.957.245.936.7
1400102.982.466.753.542.9
1600117.694.176.261.249.0

Application Areas of Water Supply HDPE Pipe

Municipal Engineering Systems

Water Supply HDPE Pipe is widely used in urban infrastructure, including drinking water supply, building water distribution networks, fire-fighting systems, heating return pipelines, gas transmission, and buried drainage systems for highways. Its corrosion resistance and long-term sealing performance make it suitable for modern municipal pipeline networks.

Oil and Gas Field Infrastructure

In oil and gas environments, the pipe is applied in transporting oily wastewater, gas field effluents, oil-gas mixtures, and secondary recovery fluids. It is also used in gathering and transportation systems where corrosion resistance and chemical stability are critical.

Chemical Industry Applications

Water Supply HDPE Pipe is suitable for conveying corrosive media such as acids, alkalis, and salts. It is commonly used in petrochemical plants, fertilizer production, pharmaceutical systems, textile processing, printing and dyeing facilities, and plastic manufacturing industries for both process and discharge pipelines.

Power Engineering Systems

In power plants and energy facilities, the pipe is used for process water delivery, cooling water circulation, fire-fighting networks, dust removal systems, and waste residue transport pipelines, where stability and continuous operation are required.

Metallurgy and Mining

The pipe is widely applied in non-ferrous metal smelting processes, slurry transportation, tailings discharge systems, ventilation pipelines, and other mining-related fluid handling applications involving abrasive or corrosive media.

Seawater Transportation and Desalination

Water Supply HDPE Pipe is suitable for seawater intake and discharge systems in desalination plants, coastal power stations, and port infrastructure, where high corrosion resistance to saline environments is essential.

Shipbuilding Industry

In marine applications, it is used for sewage discharge, drainage systems, ballast water pipelines, and ventilation systems, offering reliable performance in high-humidity and salt-exposed conditions.

Agricultural Irrigation Systems

The pipe is widely used in agricultural sprinkler irrigation networks, including deep well extraction, filter pipelines, underground culverts, drainage systems, and irrigation distribution lines, supporting efficient water resource management in agricultural production.

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