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Sports & Fitness
Sports Venues
Driven by the national fitness boom and the upgrading of the sports industry, public demand for sports and entertainment venues is increasingly diverse. Traditional sports venues not only have long construction cycles and high costs but are also often limited by space and weather conditions, making it difficult to meet multiple needs such as large-scale competitions, daily training, national fitness, and commercial performances. Air-supported structures, with their large-span column-free space, quick construction, and environment-controllable features, have become an ideal choice for sports and entertainment scenarios. They can provide international standard competition venues for professional events, create all-weather open sports spaces for communities and campuses, and can also be flexibly converted into venues for concerts, exhibitions, and other activities, realizing multi-purpose use and greatly improving venue utilization and operational value.
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CORE TECHNOLOGY
Large-span Structure Technology
Supported by the pressure difference between inside and outside, it requires no beams or columns, achieving a maximum span of 180 meters, providing an open and unobstructed space for sports such as basketball, tennis, and badminton.
Intelligent Environment Control Technology
Equipped with a constant temperature and humidity system and a fresh air purification system, it adjusts the temperature and humidity in the venue in real time, effectively filters pollutants such as PM2.5, and creates a comfortable sports environment all year round.
Wind and Seismic Resistance Technology
Adopting high-strength PVDF composite membrane materials and a dense steel cable net structure, it can withstand level 10 winds and magnitude 8 earthquakes. With an intelligent pressure stabilization system, it can maintain structural stability even in extreme weather.
Professional Lighting Technology
Adopts glare-free uniform lighting design to avoid direct light affecting sports vision. At the same time, it uses the light transmittance of the membrane material to introduce natural light, reducing energy consumption.
TYPICAL SPECIFICATIONS
|
Span |
50-180 meters |
|
Length |
80-300 meters |
|
Height |
12-30 meters |
|
Building area |
4,000-54,000 square meters |
|
Pressure difference |
200-300 Pa |
|
Membrane material lifespan |
15-20 years |
CORE ADVANTAGE

01
Rapid setup and quick operation
Factory-prefabricated components are assembled and inflated on-site, and conventional venues can be put into use within 10 days, shortening the construction cycle by more than 90% compared to traditional venues, and quickly realizing site operation and revenue.

02
Column-free Large Space, Adapting to Diverse Needs
No internal columns or beams to block, can flexibly divide multiple sports venues, meet multiple sports projects such as basketball, tennis, badminton at the same time, and can also be quickly converted into event performance venues, improving space utilization.

03
All-weather Comfortable Environment
Unaffected by weather, the constant temperature and humidity system ensures comfortable sports conditions all year round. The fresh air purification system effectively isolates haze and sand dust, allowing athletes to sweat freely in a fresh and clean environment.

04
Safe and Stable, Fearless of Extreme Weather
High-strength membrane materials and steel cable systems can withstand level 10 winds and 50cm thick snow. The intelligent pressure stabilization system automatically adjusts air pressure in severe weather to ensure venue structural safety.

05
Energy Saving and Consumption Reduction, Low Operation Cost
The membrane material has excellent thermal insulation performance. Combined with natural light utilization and intelligent lighting, energy consumption is only 30%-50% of that of traditional venues, greatly reducing long-term operation costs.
CASE STUDIES
It isnot simply an inflatoble tent", but a moder engineering art that integrates structural mechanics, materialscience, and intelligent control.
China Resources Power Air-supported Coal Yard Project
As a leading integrated energy service provider in China, China Resources Power's coal yards have long faced problems such as dust pollution from coal storage and high coal loss, which not only fail to meet the stringent requirements of environmental protection departments but also increase the company's operating costs.
Qingdao Municipal Hospital Renovation Project
The Phase III Expansion and Renovation Project of Qingdao Municipal Hospital East Campus is a key livelihood project in Qingdao.
Walker Basketball National Fitness Air Dome Project
Walker Sports, a well-known national fitness operator, plans to build a professional air-supported basketball stadium in Qingdao in response to the national "Fitness for All" initiative, to meet the basketball needs of citizens.
Shenzhen International Low Carbon City Air-supported Dome Project
Shenzhen International Low-Carbon City is one of the first batch of low-carbon development pilot parks designated by the National Development and Reform Commission.
Shenhua Group Bayannur Air-supported Coal Storage Project
Shenhua Group, one of the world's largest coal companies, has long faced problems such as coal dust pollution and coal freezing in winter at its Bayannur coal mine's open-pit coal yard, which seriously affects coal quality and transportation efficiency.
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