Front view of Lovers Road

Xiangshan Marine Science and Technology Port, located in Zhuhai, Guangdong, is China's first unmanned ship R&D and testing base. It will become a public technical service platform for the design, development and testing of marine equipment in Guangdong, Hong Kong and Macao.

The unique double-ship building shape directly reflects the industry characteristics and industry culture, and is expected to add a new landscape to Lovers' Road and become a new landmark in Zhuhai. The high-tech industrial supporting facilities make Xiangshan Marine Science and Technology Port a public technical service platform for the design, development and testing of marine equipment in Guangdong, Hong Kong and Macao.

Xiangshan Marine Science and Technology Port is located in the south of Tangjiawan Port and the north of Qinglu North Road in Zhuhai National High-tech Industrial Development Zone. The project covers an area of 32,000 square meters and a construction area of 52,000 square meters. It adopts a catamaran shape, full of futuristic and technological sense, like a catamaran warship ready to go and pointing its sword at the deep blue.

The streamlined design of the catamaran exterior wall uses a large number of aluminum plates to complete. The complex shape, the flatness of the splicing between aluminum plates, and the supply capacity are all huge challenges for manufacturers. Our company stands out among many peers with its outstanding strength and production technology advantages. It is honored to be the designated aluminum veneer supplier for this project.

In the evening, Xiangshan Marine Science and Technology Port in the twilight

Zhuhai Xiangshan Marine Science and Technology Port

Detailed drawing of aluminum plate splicing at the construction site

The streamlined design of the catamaran's exterior wall uses a large number of aluminum plates. The complex shape, the flatness of the splicing between aluminum plates, and the supply capacity are all huge challenges for manufacturers. Our company stands out among many peers with its outstanding strength and production technology advantages. We are honored to be the designated aluminum veneer supplier for this project.

The hyperbolic aluminum plate uses Rhino software for modeling and process design, and the large-scale commercial nonlinear finite element software ABAQUS is used for forming process simulation analysis. Our company communicated and cooperated with the customer Shenzhen General Construction Group Co., Ltd. to overcome various difficulties in the production and installation process.