Water pipe PE100 90x5.4mm, coil 50m, PN10 SDR17, color black (with blue stripe), single-layer /50m/ 3121849740

Polyethylene pipes PE100 are a proven material for constructing water supply installations. This particular coil, with a diameter of 90 mm and a wall thickness of 5.4 mm, provides 50 meters of pipe intended for pressure pipes. Made of high-density polyethylene (HD-PE100), it ensures durability and resistance to external conditions.

The pipe is characterized by a pressure class of PN10 and an SDR17 ratio, which means it is adapted to operate in systems with moderate pressure. The black color with a blue stripe makes it easy to identify the pipe as intended for drinking water. The single-layer construction simplifies installation and minimizes the risk of damage during installation.

This type of pipe is ideal for both professional installers and end customers undertaking their own projects. Thanks to its flexibility and strength, the PE100 pipe performs well in traditional laying in trenches on a sand bedding. The use of PE-100 material guarantees long-term and trouble-free operation of the water supply installation.

• Durability and resistance: PE-100 material provides high resistance to corrosion, impact and other mechanical damage.
• Easy installation: The single-layer construction and flexibility of the pipe facilitate its laying and connection with other installation elements.
• Safety: Pipe intended for the transport of drinking water, marked in black with a blue stripe for easy identification.
• Versatility: Suitable for applications in both residential and industrial construction, as well as in water supply networks.
• Compliance with standards: The pipe meets the requirements of PN-EN 12201-2 and has a positive opinion ITB-KOT-2022/2318 issue 1, which confirms its high quality and safety of use.

HDPE pipes are a popular choice due to their light weight compared to traditional materials such as steel or cast iron – this facilitates transport and installation, and also reduces costs associated with installation work. Additionally, the smooth inner surface minimizes pressure losses of the flowing water, which translates into energy efficiency of the system.