"In situ" gasket DN110x138mm for corrugated pipe 5167201060

Sewer manholes, whether part of a municipal network or an individual installation, require solid and durable connections. The "in situ" gasket, sized 110x138mm, is a key element ensuring tightness when connecting corrugated pipes to sewer manhole elements. This is particularly important when making additional inlets into riser pipes.

This gasket, made of a flexible and resistant material, adapts to irregularities and provides long-lasting protection against leaks. Installation is simple and does not require specialized tools – simply cut a 138mm diameter hole in the riser pipe to install the gasket for a 110mm diameter pipe. This makes the installation process quick and efficient for both professionals and those undertaking plumbing work independently.

The "in situ" gasket meets the standards PN-EN 13598-2, IBDiM-KOT-2020/0512 issue 1 and ITB-KOT-2020/1309 issue 2, guaranteeing its high quality and compliance with applicable standards. Its flexibility allows for compensation of slight shifts and deformations, increasing the reliability of the connection in variable ground conditions. This gives investors confidence in the durability of their sewer installation for years to come.

• Wide application: ideal for connecting 110mm diameter corrugated pipes to sewer manholes.
• Simple installation: does not require specialized tools or skills.
• High flexibility: adapts to irregularities and compensates for ground movement.
• Durability and tightness: provides long-lasting protection against leaks.
• Compliance with standards: meets the requirements of PN-EN 13598-2 and IBDiM-KOT-2020/0512 issue 1 and ITB-KOT-2020/1309 issue 2.
• Resistance to external factors: the gasket material is resistant to chemical substances and weather conditions.

The "in situ" gasket is a reliable solution for anyone who cares about the durability and tightness of their sewer installation. Its versatility makes it an essential product both during the construction of a new network and during the repair of existing infrastructure.