FASERFIX SUPER 150 channel type 5, with a slope of 0.6%, galvanized frames 22005
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
FASERFIX SUPER 150 channel type 5, with a slope of 0.6%, galvanized frames 22005
Water drainage with performance and durability – FASERFIX SUPER 150 channel
The FASERFIX SUPER 150 channel is a reliable solution for water drainage, designed for both commercial and private applications. It is characterized by high performance and stability, making it an ideal choice for areas with varying traffic levels. Made of solid materials, it provides long-lasting protection against the effects of weathering and mechanical loads.
Design and application
The FASERFIX SUPER 150 type 5 channel, with a built-in slope of 0.6%, is designed for efficient surface water drainage. This slope facilitates natural water flow, minimizing the risk of stagnation. Frames made of galvanized steel provide corrosion resistance and long-lasting construction. These channels are used in:
- Surface drainage of parking lots and squares
- Water drainage from sidewalks and paths
- Construction of drainage systems in gardens and on terraces
- Industrial applications requiring efficient water drainage
Advantages and benefits
- High drainage performance: 0.6% slope ensures fast and efficient water flow.
- Durability and resistance: Galvanized frames guarantee protection against corrosion and long-term operation.
- Versatility: Can be used in various environments – from public spaces to private gardens.
- Easy installation: FASERFIX SUPER 150 channels are easy to install, which translates to time and cost savings.
- Compatibility: Possibility to adapt various gratings (cast iron, grating) and additional equipment (manholes, front walls) to individual needs.
- Strength: Load class F 900 confirms the high strength of the channel for heavy loads.
Additional equipment, such as manholes with a sediment trap or front walls, allows for a comprehensive adaptation of the system to the specific conditions of a given project. This makes it possible to create an optimal water drainage solution in every case.

