Defending against a flood requires a feat of engineering. Many say they can do it, few actually can. We make bold claims about our products and back them up with a testing regime unrivalled on the market. Our products work and we can prove it.Leakage rates in-line with BS 8511

Engineer in hard hat and hi-vis reading drawings beside a green flood gate at an electrical substation

INDEPENDENT TYPE-TESTING

We test every flood defence product we design. Physical product validation is the final step in our design process. Concept designs are created and refined using powerful 3D design software. They are then put to the test and with results independently verified, leaving no place to hide.

ON-SITE TESTING

The ultimate test of any flood defence product is an on-site test after installation. Having a concept proven to have worked is certainly an achievement, but delivering it time after time in the face of countless variables is the real challenge. On-site testing is a simple and effective way to prove your product works. Build a bund around it. Fill with water. Test.The ultimate test of any flood defence product is an on-site test after installation. Having a concept proven to have worked is certainly an achievement, but delivering it time after time in the face of countless variables is the real challenge. On-site testing is a simple and effective way to prove your product works. Build a bund around it, fill with water, test.

Light blue double flood door with glazed panel and fanlight in a brick wall
Blue double flood door with push-to-open bar and red-handled toggle clamps
Blue double flood door with battery room warning sign in orange brickwork
Brown double flood door with push-to-open bar, toggle clamps and security warning notice
Green flood wall panel with integral access door and letterbox in a substation bund
Green flood defence frame with panelled sections and access door beside concrete walls
Green single flood door with vision panel and push bar between concrete walls
Green security flood door with letterbox set in a red brick wall with keypad
Dark grey louvred double flood doors in a dry stone wall with protective film
Dark grey double flood door being tested behind a timber water-filled test box
Light grey flood door holding back water in a timber test tank against a block wall
Green flood door with push-to-open bar inside a concrete building near fire extinguishers
Green single flood door with keypad lock set in a concrete wall with warning signs
Single grey flood door with lever handle set into a weathered concrete wall
Brown steel flood door with louvred panel above, fitted in a brick wall beside an entry keypad
Bright yellow flood door with multi-point locking rods and door closer beside a red fire alarm call point
Pale grey double flood door with an integrated pass door, set in a brick wall

Technical spec

  • Leakage rates in-line with BS 851188
  • Tested using modular or specially-crafted wooden bunds
  • Tanker used to pump water for testing in remote locations
  • On-site testing up to a height of 1.2m

Leakage rates in-line with BS 8511

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