





500mm (0.5m) unit, weighs only 6.2kg
1000mm (1 meter) unit, weighs 15.2kg
Two people can set up a 100m long flood barrier in under 25 minutes
Mobile containment system designed using “book-end principle” technology
Use +/-3° flexible couplings and corner units for curves and bends
Flood-fighting containment made easy, simple, and quick
Hose down, dry, stack
Reduces flow velocity and disperses energy
Sandbags have been a traditional tool for flood defence – but they are labour-intensive, slow to deploy, and single-use.
Boxwall® delivers faster, cleaner, and more reliable emergency protection.
Each unit is lightweight, reusable, and built to rapidly connect into a temporary flood wall wherever and whenever water threatens.
Floods result from a course of events controlled by forces of nature that can only be controlled to a limited degree. Furthermore, no two events are the same, which means that all protective equipment must be used not only with good knowledge of its function and limitations, but also with generally sound judgement.
Those who provide the equipment, manufacturers, resellers, hirers, etc. can never accept liability for the actual use and any possible personal injury or damage to property that might arise.
The Boxwall® units are made from tough yet flexible polypropylene.
The BW52 can withstand flood water levels up to 50cm (500mm/0.5metre/20inches).
The BW102 can handle flood water levels up to 100cm (1000mm/1metre/40inches).
The Boxwall® is primarily designed for urban areas. It is ideal for hard surfaces like concrete, asphalt, bitumen, or pavers.
If you plan to use them on other surfaces, note that there may be seepage through the gaps between the Boxwall® and the ground. In these cases, you can use a plastic sheet to lay over the Boxwall® units and on the wet area – covering a few metres – to reduce the effect of possible seepage.
Find out about the best emergency solutions for your projects. You can request a free quote by submitting the form on this page, or get in touch using the following methods:
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