ETFE Corridor Membrane Structure OF Shenzhen Longgang Three Museums And One City

The membrane structure of this project uses German NOWOFOL-300μm dot-coated ETFE material, which ensures light transmittance while protecting against ultraviolet rays. The membrane structure is fixed to the secondary components of the main steel structure using aluminum alloy clamps, and the membrane surface is supported by PE steel cables to ensure that the membrane surface effectively bears the corresponding dynamic load.

The construction site of the ETFE corridor membrane structure project for the Three Museums and One City in Longgang, Shenzhen is a bustling hub of activity. Workers are busy installing the ETFE membrane, carefully stretching and securing it to create a sleek, modern canopy. Safety measures are strictly enforced, with helmets and harnesses in use. The site is well-organized, with materials and equipment neatly arranged. Amidst the noise of machinery, the project progresses steadily, transforming the area into a futuristic urban landscape.

ETFE membrane is a fluoropolymer material known for its durability, light transmission, and flexibility. In the Shenzhen Longgang Three Museums and One City ETFE Corridor Membrane Structure Project, this material is used to create a large, transparent canopy. The ETFE membrane allows natural light to flood the corridor, reducing the need for artificial lighting and saving energy. Its flexibility and strength make it ideal for complex shapes and large spans, enhancing the architectural aesthetics of the project.

The ETFE membrane structure in the Longgang project also offers significant environmental benefits. It is resistant to weathering and UV degradation, ensuring a long service life with minimal maintenance. Additionally, ETFE membranes are recyclable, contributing to sustainable construction practices. The combination of functionality and sustainability makes ETFE an excellent choice for modern urban projects like the Longgang corridor.