Half-battered
Gatic Kerbdrain systems provide an efficient, high-capacity surface water drainage solution, combining a kerb and drainage channel into a single, engineered unit. Designed to optimise water management in highways and paved environments, Kerbdrain offers proven hydraulic performance alongside robust structural integrity.
Manufactured from durable polymer concrete or ductile iron, Gatic Kerbdrain units are engineered for strength, longevity, and resistance to harsh environmental conditions. Their integrated design removes the need for separate kerb and drainage installations, reducing installation time and improving overall efficiency.
Available in a range of sizes and configurations, Kerbdrain systems are suitable for applications ranging from urban roads to major infrastructure projects. Rated for heavy-duty loadings, they perform reliably in high-traffic areas while maintaining effective water capture and flow.
- Key Features
- Applications
- Description
- NBS Source
- Combined kerb and drainage system for efficient installation.
- High hydraulic capacity for rapid surface water removal.
- Strong, durable construction for long service life.
- Suitable for heavy-duty load applications.
- Reduces installation time compared to traditional methods.
- Smooth internal bore for efficient water flow.
- Secure jointing systems to minimise leakage.
- Low maintenance requirements.
- Made from up to 70% recycled material, with each 500mm unit using around 199 plastic bottles
- High strength material compliant with C250 and D400 load classes, offering strong impact resistance
- 305mm depth unit delivers up to 50% greater drainage capacity than comparable systems
- Resistant to road salts, petrol, diesel, and other highway contaminants
- Highways and Major Roads
- Urban Streets and City Centres
- Car Parks and Service Yards
- Airports and Transport Infrastructure
- Industrial and Commercial Developments
- Retail Parks and Distribution Centres
- Public Realm and Landscaping Projects
- Logistics and Loading Areas
Gatic Kerbdrain is a combined kerb and drainage solution designed to efficiently capture and convey surface water in a wide range of applications. By integrating the kerb profile with a drainage channel, the system eliminates the need for separate drainage components, simplifying installation and reducing project costs.
Engineered for high hydraulic performance, Kerbdrain units provide effective water collection along road edges and paved surfaces, helping to prevent standing water, reduce splash and spray, and improve overall safety for vehicles and pedestrians.
Manufactured from high-strength materials such as polymer concrete or ductile iron, the system offers excellent resistance to environmental factors including freeze-thaw cycles, chemical exposure, and heavy loading. The smooth internal channel enhances flow efficiency, reducing the risk of blockages and minimising maintenance requirements.
Kerbdrain systems are available in a variety of profiles and sizes to suit different design and flow requirements. Their modular design enables flexible layouts, making them suitable for both new build and retrofit projects. Secure jointing between units ensures structural stability and minimises the risk of leakage.
Suitable for use in highways, urban developments, and infrastructure projects, Gatic Kerbdrain delivers a durable, efficient, and cost-effective drainage solution that enhances both performance and installation efficiency.
Case Studies
Gatic continues to excel for DP World at London Gateway Berth 4
Gatic Drainage systems have been specified for DP World’s Berth 4 at the London Gateway logistics hub, continuing a trusted relationship established over previous berth developments at the site.
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Gatic Kerbdrain controls the flow at Longstone Road Roundabout
Gatic Kerbdrain from Alumasc Water Management Solutions (AWMS) is performing to its full potential as part of a new road layout in Edinburgh. Longstone Road had been experiencing a number of traffic challenges which demanded an upgrade of the existing local infrastructure, including the busy roundabout.
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