Electrofusion fitting d160 PE100, SDR11, PN10 gas/PN16 water 753911617

Electrofusion fitting PE100 – a reliable connection in water and gas systems

Electrofusion fitting PE100 with a diameter of 160 mm is a weldable element designed for joining polyethylene (PE) pipes in gas and water distribution systems. Made of high-quality materials, it provides a durable and tight connection, resistant to corrosion and mechanical damage. It is a key component for installers and end-users who value safety and longevity of installations.

Features and application

The fitting is designed for electrofusion welding, which guarantees a solid and hermetic connection. Its construction based on the SDR 11 coefficient ensures adequate mechanical strength and pressure resistance. It can be used in both gas (PN10) and water (PN16) installations. The simple shape of the fitting facilitates assembly, and its versatility makes it applicable in various types of installations. Additionally, the presence of a removable insertion limiter (up to 160 mm in diameter) facilitates the welding process.

Product advantages

• Durability and tightness: Electrofusion welding provides a reliable connection, minimizing the risk of leaks.
• Corrosion resistance: PE100 material is resistant to chemical substances and corrosion, which extends the life of the installation.
• Versatility: The possibility of use in gas and water installations increases the scope of application.
• Easy installation: The simple construction of the fitting facilitates the welding process, reducing installation time.
• Compliance with standards: The product meets the required safety standards, guaranteeing its reliability.
• Weld quality indicators: Allow control of the quality of the connection.
• FM 1613 approval: Confirms compliance with fire safety requirements (for 15 bar pressure).

This fitting is part of a comprehensive system of PE100 pipes and fittings, allowing for the construction of complete and coherent installations. Its use translates into lower operating costs due to minimizing losses caused by leaks and extending the service life of the entire installation.