FASERFIX SUPER 200 channel type 12, with 0.5% slope, galvanized frames 23012

FASERFIX SUPER 200 drainage channel – effective water drainage

The FASERFIX SUPER 200 channel is a reliable solution for water drainage in public and private spaces. Made of high-quality materials, it provides durability and resistance to loads. A 0.5% slope facilitates natural water flow, minimizing the risk of blockages and ensuring efficient system operation. Channels with galvanized frames are particularly recommended for areas exposed to corrosion, such as parking lots, sidewalks, or industrial areas.

Construction and installation

The FASERFIX SUPER 200 channel is characterized by a solid construction that guarantees stability and durability. Galvanized frames protect against weathering and corrosion. Installation is simple and intuitive, which translates to saving time and installation costs. The ability to use various gratings and covers allows you to adapt the channel to individual needs and the aesthetics of the surroundings. Additional equipment, such as inspection chambers or end walls, enables comprehensive solutions in the field of water drainage.

Application and advantages

FASERFIX SUPER 200 channels find wide application in various areas:

• Residential construction: terraces, balconies, gardens
• Commercial construction: parking lots, sidewalks, squares
• Industry: production halls, warehouses
• Sports: pitches, stadiums

The most important advantages of the FASERFIX SUPER 200 channel include:

• Resistance to heavy pedestrian and vehicular traffic.
• Corrosion resistance: thanks to the galvanized frames, the channel is resistant to weathering and chemicals.
• Efficient drainage: a 0.5% slope ensures quick and efficient water drainage.
• Easy installation: the intuitive design facilitates installation and reduces labor costs.
• Expandability: the modular system allows for easy adjustment of the channel length to the needs of the investment.
• Wide selection of accessories: the ability to adapt gratings, covers and additional elements to individual project requirements.