Channel FASERFIX KS 150 - type 01, without fall, galvanized frames 11000

Linear drainage for demanding applications

The FASERFIX KS 150 channel is a component of a linear drainage system, designed for effective removal of water from surface recesses. It is characterized by a solid construction and high resistance to loads, making it an ideal solution for both commercial and private applications – from parking lots and sidewalks to terraces and balconies. Made of fiber-reinforced concrete, the channel provides durability and stability even in harsh weather conditions.

Construction and installation

FASERFIX KS channels are distinguished by their simple installation and ease of sealing connections thanks to the factory-formed joint. The SIDE-LOCK system allows for quick and secure mounting of gratings, saving time during installation. Additional security for the gratings in the form of transverse locks increases safety. The channel without a slope requires precise planning of the substrate slope during installation to ensure proper water drainage. Galvanized channel frames guarantee corrosion resistance and long-term operation.

Advantages and benefits

• Durability: Fiber-reinforced concrete provides high resistance to mechanical damage and loads.
• Weather resistance: The material is frost-resistant and resistant to salt, allowing it to be used in various climates.
• Easy installation: The SIDE-LOCK system and factory-formed joint simplify the installation process.
• Safety: The possibility of using transverse locks increases the stability of the gratings.
• Versatility: A wide selection of gratings with different load classes (from A15 to F900) and diverse designs allow the system to be adapted to individual needs and the aesthetics of the surroundings.
• Durability: Galvanized channel frames protect against corrosion, ensuring long-term operation of the system.
• Channel width of 150 mm allows for efficient water drainage even during heavy rainfall.
• Height of 220 mm provides sufficient channel depth, minimizing the risk of water overflowing during heavy rainfall.