The Shenzhen flood control baffle project, manufactured by Zhonglian Aluminum, has successfully passed its on-site installation test. This project involves the installation of aluminum flood barriers in strategic locations throughout the city, aimed at preventing and mitigating flood damage during heavy rain seasons.

The project has been in development for several years, with Zhonglian Aluminum working closely with the local government and engineering teams to design the most effective and efficient flood barriers. The barriers are modular in design, allowing for easy installation and removal as needed. They are also made of lightweight aluminum, making them easy to transport and handle during the installation process.
The on-site installation test marks a major milestone in the project's progress. The test involved the installation of several modules at a designated flood-prone location in the city. The installation team worked quickly and efficiently, putting up the barriers in a matter of hours. Once in place, water was deliberately diverted to the location to test the effectiveness of the barriers. The barriers held up well, preventing any water from entering the protected area.

The success of the on-site installation test is a testament to the hard work and dedication of the Zhonglian Aluminum team. By working closely with the local government and engineering teams, they have developed a flood barrier system that is effective, efficient, and easy to install. The project is a major step forward in flood control technology, and will help to protect the city of Shenzhen against future flood damage.
Looking ahead, Zhonglian Aluminum will continue to work closely with the local government to identify other flood-prone locations throughout the city. They will then design and install flood barriers as needed, creating a comprehensive system to protect the city from flood damage. With their expertise and dedication, Zhonglian Aluminum is helping to make Shenzhen a safer and more resilient city for everyone.









