End wall RECYFIX MONOTEC 100, solid, with screw set, galvanized, for inspection chamber / channel 36023

Linear drainage and inspection chambers – solid solutions from Hauraton

The RECYFIX MONOTEC 100 end wall is an element of a linear drainage system, designed for the construction of inspection chambers and channels. It enables precise termination of the drainage line, ensuring the tightness and durability of the structure. The product is made of high-quality materials, resistant to corrosion and mechanical damage, which guarantees a long service life even in harsh operating conditions. This makes it suitable for both heavily used areas and public spaces.

Construction and installation

The RECYFIX MONOTEC 100 end wall is supplied with a complete set of mounting screws, which greatly facilitates and speeds up the installation process. The solid construction ensures stability and a secure connection with the remaining elements of the drainage system. Installation is intuitive, and the precise dimensions of the wall allow for a perfect fit to channels and inspection chambers. The use of galvanizing provides protection against corrosion, which is particularly important for elements exposed to moisture and chemicals.

Applications and benefits

• Construction of inspection chambers: Ideal for creating control points in linear drainage systems, allowing easy access for cleaning and maintenance.
• Termination of the drainage line: Provides a tight and aesthetic termination of the channel, preventing water and contamination leaks.
• Versatility: Compatible with the RECYFIX MONOTEC 100 system and other Hauraton linear drainage elements.
• Durability: Made of galvanized steel, resistant to corrosion and mechanical damage – a guarantee of long-term use.
• Easy installation: Supplied with a complete set of mounting screws, simplifying the installation process.
• Professional solution: Product intended for both professional installers and end customers looking for a reliable drainage system.
• Overload protection: Ensures the stability of the inspection chamber structure, minimizing the risk of damage caused by external loads.