Water Filled Flood Barriers
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- Place of Origin:Jiangsu, China
- Payment Term:T/T, L/C, D/P
- Delivery Time:Within 10 days
- Packaging:Standard export packing
- Min Order: 1
- Stock: Yes
The primary function of the aluminum alloy flood barrier is to mitigate flooding, a critical concern in both urban and rural environments. When a flood occurs, the barrier can be rapidly deployed in rivers, roadways, and other locations to establish a robust defense against water intrusion effectively. This rapid deployment capability is essential for minimizing damage during unexpected flooding events. Furthermore, this flood barrier can also serve as a water retention solution at construction sites, tunnels, and similar environments where maintaining dry conditions is crucial for ongoing work processes. By preventing water accumulation in these areas, project timelines can be adhered to more closely.
Product Name | Water Flood Protection Barrier Aluminium Flood Barrier for Garage |
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Material | Aluminum Alloy |
Size | Customized according to the actual size required |
Usage | Flood control and water retention |
Height | Customized according to actual requirements, usually a multiple of 200 mm |
Width | Set the width according to the actual demand |
Water resistance | Good sealing and waterproof effect to prevent flooding into the room |
Application scenario | Underground garage entrance, underground shopping mall entrance, subway entrance and other places prone to flooding |
Service life | The sealing strip can be replaced in about 10 years, and the main structure can be more than 30 years |
Color | Can be customized according to requirements |
(1) Advantages and Features:
1. Lightweight yet high-strength: In comparison to traditional materials such as steel, aluminum alloy boasts a lower density while maintaining superior strength; it is easy to handle and install without requiring heavy machinery or extensive manpower. Its ability to endure significant hydraulic pressure makes it suitable for various applications where structural integrity under stress is paramount.
2. Corrosion resistance: Aluminum alloys exhibit excellent corrosion resistance due to their natural oxide layer that forms when exposed to air; even with prolonged exposure to moisture or saline environments—such as coastal regions—they are less prone to rusting compared with ferrous materials—thereby extending service life significantly and minimizing maintenance costs over time.
3. Convenient installation: Featuring a modular design that allows for rapid assembly; typically requiring only 1-2 individuals without specialized tools for quick setup—this enhances emergency response efficiency by allowing teams on-site to act swiftly during critical situations.
4. Disassembly and reuse: The aluminum alloy water baffle is designed not only for easy disassembly but also supports multiple reuses across different projects or locations; this facilitates convenient storage and transportation while being well-suited for scenarios necessitating flexible deployment based on changing environmental conditions or project requirements.
5. Effective sealing: Equipped with high-quality sealing tape that ensures optimal waterproof performance by effectively preventing flood infiltration through joints or seams; this feature plays an important role in enhancing overall effectiveness during severe weather events.
(2) Application Scenarios:
1. Urban drainage: Ideal for low-lying areas such as streets or underground garages; when urban drainage systems fail due either from excessive rainfall or natural disasters like hurricanes—the flood barrier can be swiftly deployed within minutes of detection—to avert inundation—thus safeguarding public infrastructure including roads, utilities, and residents’ safety from potential property damage.
2. Water conservancy projects: This flood barrier finds application in various water management initiatives like rivers or dams where it can be quickly activated during emergencies such as flash floods—a proactive measure that isolates floods efficiently while ensuring both project integrity regarding dam stability—and the protection of lives along riverbanks who may otherwise face immediate danger from rising waters.
3. Seawall slope protection: Within seawall defense engineering efforts aimed at protecting coastlines against erosion—as well as dam slope stabilization efforts intended specifically towards mitigating risks associated with landslides caused by heavy rains—these barriers provide essential protection against tidal surges resulting from storms or typhoons which could compromise structural stability while prioritizing public safety through effective risk management strategies.
(3) Product Display
This expansion provides additional context about the importance of each feature of the product while elaborating on its practical applications across various scenarios without introducing subjective opinions or emotional language.