Aluminum Flood Barriers: Comprehensive Guide to Maintenance and Application

Aluminum Flood Barriers Usually made of 6063 aluminum alloy (including side columns) by extrusion.

Design features:
Simple and practical design, instantaneous water blocking. It adopts the principle of “l” type book blocking and the design concept of “stopping water with water”, when the flood comes, the weight of the flood water is suppressed at the bottom of the blocking plate, which can be converted into pressure, so that the blocking plate can stand very stably, and the higher the water level is, the more reliable the water blocking effect is.

It has good sealing, effectively blocking flood water from intruding into the indoor and underground parking lot, etc., and reducing the economic loss caused by flooding.

• Customizable height and length, can be spliced and stacked according to the actual needs of the installation site to form a diversified partition area, suitable for various scenes.

Use and maintenance:

• Easy to use, 1-2 people can complete the process of assembly or disassembly in 5-10 minutes.
• After the installation is completed, except for the water-stopping rubber strips that need to be replaced in about 3-4 years, the other main structure can be used for more than 10 years.
• Daily maintenance is relatively simple, baffles and columns stuck on the soil, dust, and rain can be washed away when it rains; for thicker soil, dust, rinse with water or wipe with a cloth can be. If the surface is polluted by paint, asphalt, etc., organic solvents (such as medical alcohol, etc.) can be used to clean the cleaning agent wipe cleaning, but do not use knives and other sharp objects to scrape, so as not to damage the surface.

A wide range of application scenarios can be used in the following places:

1. Riverbank and river channel reinforcementto prevent flooding and protect the surrounding environment and facilities.
2. Underground parking lotsand basement entrances to avoid rainwater backflow and protect vehicles and stored items.
3. subway stationentrances and exits and high-speed rail stations, bus terminals, etc., to protect the safety of people passing through and the normal operation of the station.
4. Nuclear power plants, harbors, waterworks, and other important infrastructure to prevent flooding from causing damage to critical equipment and areas.
5. The main entrances and exits of residential neighborhoods, hospitals, individual villas, government units, etc. can be used as flood control emergencies during the flood season when typhoons and floods come to reduce the damages caused by heavy rains and floods.
6. Construction sites, tunnels, and other places can protect the smooth progress of engineering construction.