ACO Drainage
ACO drainage systems support surface water management across domestic, commercial, and industrial projects. The range includes ACO Linear Drainage Channel solutions for driveways, patios, pedestrian areas, car parks, service yards, and infrastructure applications. With multiple channel, access cover, and ground reinforcement systems available, ACO provides solutions for a wide variety of project requirements.
Choosing the Right ACO System
The right ACO drainage system depends on the application, loading requirements, and finished surface.
- Domestic systems suit driveways, patios, garden paths, and other residential installations where effective drainage and a discreet appearance are important.
- ACO MultiDrain channels support commercial and public environment projects where increased strength and hydraulic performance are required.
- ACO S Range systems provide a higher-capacity solution for larger commercial and civil engineering projects where water flow and loading demands are greater.
- ACO GroundGuard systems help reinforce ground surfaces while supporting drainage in landscaped and trafficked areas.
- ACO Uniface covers provide flush-fitting access to below-ground services while maintaining the appearance of the finished surface.
ACO Linear Drainage Channel Systems
An ACO Linear Drainage Channel collects and directs surface water along a continuous run, helping reduce standing water on paved surfaces. Different channel profiles, gratings, and materials allow installers to match the system to both performance requirements and project aesthetics.
The range includes drainage channels for domestic installations, commercial developments, public spaces, and infrastructure projects, alongside access covers and specialist surface solutions.
Explore the ACO Products Range
Not sure which ACO system is suitable for your project? Contact the team for advice on load classes, channel selection, access covers, and compatible drainage components. We can help you identify the right solution for your installation requirements.