PTFE+ETFE Membrane Structure of Phoenix New World Commercial Street Sky Canopy

The Phoenix New World Commercial Street Sky Canopy Project, located in Conghua, Guangzhou, covers a total floor area of approximately 76,000 square meters. Featuring large-span steel structures and a phoenix-shaped canopy, this landmark complex integrates commercial facilities and parking spaces, symbolizing Conghua's promising future development.

PTFE membrane structures are more suitable for applications that require high durability, fire resistance, self-cleaning properties, and structural load-bearing capabilities. They excel in harsh environments and are a preferred choice for projects with high functional and safety requirements. ETFE membrane structures are better suited for buildings that prioritize daylighting, aesthetics, energy efficiency, and modern design sensibilities, especially in projects that need natural light and visual transparency. 

The Phoenix New World Commercial Street Sky Canopy project has brought significant social benefits to Conghua District: First, it enhances the city's image. Its unique design and majestic momentum have become a new landmark, increasing the city's visibility; Second, it promotes commercial development by providing a comfortable shopping environment, attracting customer flow, and driving business prosperity; Third, it improves citizens' lives by creating public spaces that provide shade and shelter from rain, enhancing the quality of life; Fourth, it attracts tourists to stop by, becoming a popular spot for taking photos, and turning into a beautiful city scenery 

The project of the Phoenix New World Commercial Street in Guangzhou, undertaken by Wanhao, not only demonstrates the strong advantages and technological innovation of membrane structures but also reflects the important role of membrane structures in shaping urban images and enhancing urban quality. It is believed that in the future, membrane structures will be applied in more fields and make significant contributions to urban construction and development.