Advantages of membrane structure for large stadiums

The 2024 Paris Olympic Games is like a grand stage show, not only showing the outstanding style of the athletes, but also attracting the attention of the world with the amazing venue design. Billed as the "greenest Olympics ever", up to 95% of the competition venues are planned to use existing venues or temporary structures. In the selection of venues, the Paris Olympic Games used many historic and well-known landmarks as competition sites. In addition to the Eiffel Tower, Champ de Mars and the Alexandre III Bridge, the Palace of Versailles, the Grand Palais and Invalides and other iconic French historical and cultural buildings have also been transformed into venues for the 2024 Paris Olympic Games. Advantages of membrane structure for large stadiums

The membrane structure, as a new architectural form, with its light weight, large span, free and unique shape, high light transmission, fast installation, economic and other advantages, has been widely used in major sports venues and stadiums across the country, with its own superior performance, gradually become the first choice for large stadiums! Today we will share with you the advantages of membrane structures for large stadiums.

1. Light transmittance - a crisp space filled with natural light

During the day, sunlight permeates the membrane surface and fills the building with naturally diffused light. At night, indoor lights filter through the membrane surface to add a dreamy night scene to the night sky. When the membrane structure is used for stadiums and entertainment facilities, an all-weather large space can be achieved, creating an ideal commercial space that combines outdoor comfort and indoor comfort.

Second, fire resistance and durability - the ideal membrane material for construction

The membrane structure of the PTFE membrane material has the characteristics of heat resistance, climate resistance, drug resistance, high strength, fire resistance, and is not easy to age, and can still maintain its initial strength after long-term use.

Third, self-cleaning - keep white and beautiful from beginning to end

The surface coating of PTFE film material is made of polytetrafluoroethylene resin, which is the same as the coating on the surface of the non-stick pan used in our daily life, and its biggest advantage is that it has a very high non-stick property, which can be experienced when we use non-stick pan in our daily life. The surface of PTFE film material is not only not easy to adhere to dirt and dust, but also the dust on its surface will be washed naturally by rain, so it still maintains the appearance of clean and beautiful indoor after years of use.

Four, large span - no column large space

The membrane material used in the membrane structure building is very light, with a weight of only about 1 kg per square meter. Therefore, the membrane structure can fundamentally overcome the difficulties encountered by the traditional structure in the column-free long-span architecture, and can create a huge column-free large space.

Five, ease of space - free shape

Multi-purpose membrane architecture is the most representative and promising architectural form in the 21st century. It breaks the pattern of previous architectural forms and becomes a symbolic building of the city with its unique, novel, colorful shape and beautiful curve.

Six, lightweight structure - disaster resistance, disaster relief power

Membrane materials are much lighter than other building materials, and buildings with membrane materials on the roof have strong shock resistance and good safety. In addition, in case of disasters, the multi-purpose facilities and gymnasiums with membrane structure are adopted, and the large, bright space without columns can be used as temporary shelters, emergency centers, and disaster relief headquarters. Therefore, in times of crisis, membrane structures can protect people's safety.

In general, the membrane used for large stadium roofing has the advantages of high strength, good durability, fire resistance, superior self-cleaning performance, low maintenance cost, diverse modeling and so on. In the future, there will be more novel and unique membrane structure stadiums constantly designed and built, providing more beautiful and open places for people's sports and entertainment space!