Cable tray type 010 SPORTFIX 7800

Concrete channel – a reliable solution for water drainage

The SPORTFIX 010 channel is an element of a water drainage system, made of durable concrete. It is designed for effective surface water drainage in areas exposed to high loads, such as parking lots, driveways, industrial areas, or green areas. Its simple construction and solid workmanship guarantee long-lasting and trouble-free operation.

Construction and application

The SPORTFIX 010 channel is characterized by a simple shape and the possibility of connection using a sleeve. Made of concrete, it provides high resistance to abrasion, mechanical damage, and weathering. This makes it perfect for demanding environmental conditions. It is a basic element of the system that can be expanded with additional elements such as manholes, covers, or gratings.

• Material: Concrete – ensures durability and resistance to loads.
• Connection: Sleeve – enables tight and durable connection of system elements.
• Length: 1000 mm – standard length facilitating design and installation.
• Color: Gray – neutral color matching most surroundings.
• Application: Drainage of surface water from various types of terrain.

Product advantages and user benefits

The SPORTFIX 010 channel is an investment in a reliable and durable water drainage solution. Its solid construction and high quality of workmanship translate into minimal operating costs and long service life. Installation is simple and intuitive, which translates into time and labor cost savings for the installer.

• Strength: Concrete construction provides resistance to high mechanical and atmospheric loads.
• Durability: High quality materials guarantee long-term operation without the need for frequent repairs or replacement.
• Easy installation: The sleeve connection system facilitates quick and tight installation of the channel.
• Versatility: The ability to expand the system with additional elements allows it to be adapted to individual investment needs.
• Efficiency: Provides effective surface water drainage, minimizing the risk of flooding and infrastructure damage.