FASERFIX SUPER 200 channel type 10, with 0.5% slope, galvanized frames 23010

FASERFIX SUPER 200 Water Drainage System – Reliability and Durability in One Solution

The FASERFIX SUPER 200 channel is a surface water drainage system designed for heavy traffic and demanding conditions. Made from high-quality materials, it provides effective and long-lasting water drainage in various applications – from parking lots and roads to industrial areas and public buildings. The channel construction with galvanized frames guarantees corrosion and mechanical damage resistance, resulting in minimal operating costs and a long service life.

Construction and Application

The FASERFIX SUPER 200 type 10 channel is characterized by a 0.5% slope, which optimizes water flow and prevents stagnation. This slope is particularly important on longer sections, where maintaining the proper inclination is crucial for the effective operation of the system. The galvanized frames of the channel ensure structural stability and facilitate installation and integration with other infrastructure elements. These channels are used in:

• Drainage of rainwater from paved surfaces (parking lots, roads, squares).
• Drainage of water from industrial and construction sites.
• Drainage systems in public buildings (schools, hospitals, shopping centers).
• Water drainage in sports facilities.

Product Advantages

• Strength and Durability: Made of high-quality materials resistant to corrosion and mechanical damage.
• Optimal Slope: 0.5% slope ensures efficient water drainage even on longer sections.
• Easy Installation: The channel design facilitates integration with other drainage system elements.
• Versatility: Wide range of applications – from industrial areas to public buildings.
• Load Resistance: Designed for use in high-traffic areas (load class F 900).
• Expandability: The modular system allows for easy adaptation to individual investment needs.
• Availability of Accessories: A wide range of accessories (manholes, end walls, spigots) enables comprehensive system adaptation to specific conditions.