The installation of shopping mall flood barriers with a height of 800mm presents the following real-world effects:
Size and Material:Installation height: 800mm, which can effectively prevent general flooding or standing water, protecting low-lying areas.
Material: Typically made of 6063-T5 or similar high-strength aluminum alloy extruded in one piece, with sandblasting, electrolytic coating, and oxidation treatment applied to the surface to enhance corrosion resistance and durability.
Structure and Design:Structure: The continuous span design allows the barriers to be installed consecutively, forming an uninterrupted barrier that effectively prevents water flow.
Design: Each barrier is typically 20cm wide, 50mm thick (or similar dimensions), and the length can be customized based on actual field measurements. The product features a hollow cavity design that effectively reduces its weight.
Installation and Sealing:Installation: The barriers are equipped with connector heads, allowing for quick and easy installation. Typically, 1-2 people can complete the entire installation or disassembly process in 5-10 minutes.
Sealing: Equipped with EPDM waterproof strips, achieving a waterproof effect of over 99%. Barriers that directly contact the ground are additionally equipped with 25mm thick waterproof strips to ensure seamless sealing.
Real-World Effect:Visual Effect: The installed flood barriers present as a continuous, seamless barrier that coordinates with the surrounding environment, ensuring both functionality and aesthetics.
Functional Effect: In the event of flooding or standing water, the continuous span flood barriers can effectively prevent water from entering, protecting the safety of interior spaces.
Applicable Scenarios:The main application scenarios include urban underground parking lot entrances, subway entrances, shopping mall entrances, entrances of enterprises, government agencies, and other areas prone to flooding during the flood season.
Please note that the above description is based on general information and may vary depending on actual conditions and specific requirements.
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