V 100 polymer concrete drainage box, height 160, cast iron edges ACO DRAIN Multiline 12599

Polymer concrete drainage box with cast iron edges

The channel is made of polymer concrete, ensuring stability and resistance to static and dynamic loads – this material does not crack under cold conditions, does not corrode, and maintains its shape even under intensive traffic. The protective edges made of cast iron are cast as a single unit, eliminating the risk of detachment or loosening under load. This solution is ideal where durability is critical – in parking lots, urban roads, and industrial facilities.

The V-shaped cross-section is not merely an aesthetic feature. It enables faster water flow and naturally washes sediments toward the drainage point – resulting in less maintenance and fewer blockages. The side connection allows for easy integration of the sewer pipe without the need to cut a longer section of the channel. Installation is simpler, and laying the system in a straight line or at an angle requires no additional components.

Load class E-600 indicates that the box is designed for areas with heavy traffic – vehicles up to 60 tons, stone transport, trucks, and construction equipment. It is not intended for sidewalks or garden areas. This is a solution for infrastructure requiring guaranteed safety and long-term operation.

The height of 600 mm allows installation in deeper excavations where greater storage capacity or easier connection to existing sewer networks is required. There is no need for extensions or additional chambers – the system functions as a single unit.

The cast iron edges not only withstand impacts and abrasion – their weight additionally stabilizes the entire assembly during installation. No additional concrete or screws are required. Simply prepare the substrate properly and lay the unit.

The ACO Drain® Multiline system is not just a component – it is a complete design solution. For the installer: easy installation, no surprises during connections. For the investor: no failures after years of operation.