FASERFIX SUPER 200 channel type 18, with 0.5% slope, galvanized frames 23018

FASERFIX SUPER 200 Linear Drainage System

The FASERFIX SUPER 200 channel is a reliable water drainage solution, ideal for both commercial and private applications. Made from high-quality materials, it provides durability and efficiency in various conditions. The 200 mm wide channel, with galvanized frames, is designed for load class F 900, guaranteeing its strength even in high-traffic areas. A 0.5% slope facilitates natural water flow, minimizing the risk of blockages and ensuring efficient system operation.

Construction and application

FASERFIX SUPER 200 channels are designed for easy installation and integration with various types of surfaces. Galvanized frames provide corrosion resistance, extending the system's lifespan. These channels are used in parking lots, sidewalks, construction sites, as well as in industrial and commercial areas. The ability to connect with various types of gratings (cast iron, grating) allows the system to be adapted to specific aesthetic and functional requirements.

Advantages and benefits

• Durability: Load class F 900 provides resistance to high mechanical loads - ideal for areas with high vehicle or pedestrian traffic.
• Corrosion resistance: Galvanized frames protect against weathering and corrosion, ensuring long-term operation.
• Efficient drainage: A 0.5% slope optimizes water flow, minimizing the risk of blockages and ensuring effective rainwater drainage.
• Easy installation: The system is designed for simplicity of installation, which translates into saving time and costs during assembly.
• Versatility: The ability to adapt gratings allows the channel to be aesthetically integrated into the surroundings and adapted to various functional needs.
• Modularity: The system allows for flexible adjustment of the channel length to specific needs by cutting to size and connecting individual elements.
• Compatibility: The possibility of using additional equipment (manholes, front walls) increases the functionality of the system and allows it to be adapted to specific site conditions.