Venues of this type combine high‑strength membrane materials with an air‑support system and feature the following technical highlights:
▫️Short construction cycle: Compared with 1‑2‑year construction periods for conventional concrete gymnasiums, air‑supported membrane buildings can generally be completed within 3‑6 months from design to hand‑over, greatly cutting the waiting time for campus sports facilities to go into service.
▫️Outstanding cost‑efficiency: Initial construction costs are around 30%‑50% lower than traditional venues. Free of complex beam‑column structures, they also cut long‑term maintenance expenses by over 40%, matching the economic principles for campus infrastructure projects.
▫️Superb environmental adaptability: Fitted with an intelligent environmental control system, it maintains constant temperatures between 16‑26℃. Paired with a high‑efficiency fresh‑air system achieving 99% PM2.5 filtration efficiency, it creates premium indoor conditions for sports activities.
▫️Modular functionality: Equipped with movable internal partitions, the space can be quickly reconfigured for basketball, badminton, volleyball and other sports. It also accommodates assemblies for 300‑500 people, lifting space utilization by 60%.
▫️Reliable safety performance: The membrane fabric is B1 flame‑retardant PVC composite material, rated for resistance to Force‑12 winds and 8‑degree seismic intensity, complying with campus building safety standards.
With solid performance in land‑saving and energy reduction, such buildings offer a sustainable solution for campus infrastructure upgrading.
