Gatic Kerb

Gatic Kerb is available in a range of depths and kerb profiles to suit all types of contracts including Motorways, Trunk Roads, Car Parks and other urban areas. With the advantage of full accreditation to EN1433 and Clause 516 (SHW) and the added advantage of a ‘CE’ mark, you can be confident in the 100% recycled combined Gatic Kerb drainage for your scheme:

• Lightweight - the lightest product on the market by up to 70% allowing easy installation.
• Durable - high impact resistant greater than traditional materials.
• Manufactured from recycled materials.
• Available in both 305mm, 385mm and 480mm depths in 45° SPLAY and HB2 profile.
• For use on motorways, trunk roads, car parks and most other urban areas.
• Conforms to EN1433 linear drainage systems D400KN loading.
• Full Quality Assurance.

The Lightweight Gatic Kerb Range of products conform to Manual Handling Regulations, cutting out the cost of any mechanical handing equipment. Installation time is exceptionally quick on the whole Gatic Kerb System, as well as reducing the RISK of personal injury.

Gatic Kerbdrain installed
Gatic Kerbdrain
Gatic Kerbdrain at Clock Tower, Chelmsford
Gatic Kerbdrain at Clock Tower, Chelmsford

Features & Benefits
Applications
Technical
Downloads
Case studies

Lightweight
Each Gatic Kerb component has been designed to be installed manually. The standard 305mm depth weighs only 15kg, the 385mm weighs 18.5kg and the 480mm weighs 24kg.

Strong and Robust
The material used in manufacture is exceptionally strong and complies with BSEN1433 Group 3 kerb side installations load class D400KN. The product also conforms to the HIGHWAY AGENCY IAN117/08 for combined kerb drainage.

Impact Resistant
The product has the added advantage over traditional materials in being virtually unbreakable, offering exceptional strength, provided it is installed correctly and to our specification.

Chemical Resistance
The product is resistant to all forms of effluents found in highway situations such as road-salts, petrol, diesel etc.

Aesthetics
Gatic Kerb, through a policy of material and process development, has a finish almost identical to a standard concrete kerb. Further large investment in new tooling and production techniques has allowed for improved aesthetics over the original product. We are confident that we now produce a product that cannot be differentiated from concrete - unless you pick it up!

System components
The Gatic Kerb system is complemented by a full range of additional components including drop kerbs, centre stones, lightweight gully chamber, rodding access units, radius units and numerous outlet possibilities.

Landscaping & Pedestrian Schemes

Landscaping and pedestrian schemes include domestic driveways and paved areas. For these projects the aesthetics and design of the slot or channel drain is important to ensure it is discreet and fits seamlessly with the surrounding environment.
Car Parks

In car parks, slow turning traffic and a constant flow of vehicles makes for a demanding and harsh environment for any surface water drainage system. Strength and durability of the slot or channel drain are essential in these high traffic areas.
Highways & Motorways

Highways and motorways are under constant strain from heavy traffic and vehicles of various sizes. It’s important the surface drainage can manage large volumes of rainfall so that the road remains free and safe from excess water.
Distribution and Industrial Centres

Distribution yards and industrial units typically have large surface areas to drain and must cope with heavy loads manoeuvring on a daily basis.
Shopping Centres & Retail Parks

Shopping centres and retail parks need unobtrusive but effective drainage to maintain an attractive environment. Looks, style and performance are all important characteristics for these projects.
Petrol Stations & Forecourts

Petrol stations and forecourts mean wide open spaces and constant weight of traffic. Robustness of the slot or channel drain is essential.
Bus Terminals

Bus terminals and public transport facilities place heavy demands on surfaces and infrastructure. Strength and reliability are key criteria.