T: +86-137-0129-0877
E: sales@skyairdome.com
E: sales@skyairdome.com
UNIT 1406B, 14/F, THE BELGIAN BANK BUILDING, NOS. 721 - 725 NATHAN ROAD, KOWLOON, HONG KONG
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Transforming Unused Spaces Into All-Weather Venues — Sports Air Dome at Rooftop
Features
Name | Transforming Unused Spaces Into All-Weather Venues -- Sports Air Dome at Rooftop |
Size | - |
Area | customized |
Material | PVDF membrane material, Double-sided aluminum foil glass wool insulation material |
Equipment | Sport Air Dome,sports facilities, badminton courts, lights, etc. |
Location | - |
Completion Year | 2- |
Introduction
Rooftop space is often constrained by structural and load-bearing limitations in traditional architectural, making it difficult to expand new space here. However, rooftop air-supported domes optimize underutilized spaces by converting idle rooftops into functional sports/leisure areas without land acquisition. Their deployment proves exceptionally efficient, as pre-engineered modules install within weeks, minimizing operational disruptions. Energy performance stands out through Low-E membranes reducing heat gain by 30-50% to lower HVAC costs, while up to 35% natural daylight transmission cuts lighting demand. Structurally, these domes offer significant economy-weighing 60% less than conventional buildings and requiring minimal reinforcement. Critically, they deliver year-round functionality, maintaining stable temperatures (-30°C to +70°C) and resisting winds up to 150 km/h.
Key considerations include verifying rooftop load capacity (particularly for snow/wind) with structural engineers, planning crane access for membrane installation, and coordinating mechanical systems with existing infrastructure. Regulatory compliance for fire safety (requiring FM Global-certified membranes) and wind codes must be prioritized, alongside implementing quarterly membrane inspections and backup pressure systems.
Frontal view of the rooftop air dome
Transforming Unused Spaces Into All-Weather Venues — Sports Air Dome at Rooftop
Features
Name | Transforming Unused Spaces Into All-Weather Venues -- Sports Air Dome at Rooftop |
Size | - |
Area | customized |
Material | PVDF membrane material, Double-sided aluminum foil glass wool insulation material |
Equipment | Sport Air Dome,sports facilities, badminton courts, lights, etc. |
Location | - |
Completion Year | 2- |
Introduction
Rooftop space is often constrained by structural and load-bearing limitations in traditional architectural, making it difficult to expand new space here. However, rooftop air-supported domes optimize underutilized spaces by converting idle rooftops into functional sports/leisure areas without land acquisition. Their deployment proves exceptionally efficient, as pre-engineered modules install within weeks, minimizing operational disruptions. Energy performance stands out through Low-E membranes reducing heat gain by 30-50% to lower HVAC costs, while up to 35% natural daylight transmission cuts lighting demand. Structurally, these domes offer significant economy-weighing 60% less than conventional buildings and requiring minimal reinforcement. Critically, they deliver year-round functionality, maintaining stable temperatures (-30°C to +70°C) and resisting winds up to 150 km/h.
Key considerations include verifying rooftop load capacity (particularly for snow/wind) with structural engineers, planning crane access for membrane installation, and coordinating mechanical systems with existing infrastructure. Regulatory compliance for fire safety (requiring FM Global-certified membranes) and wind codes must be prioritized, alongside implementing quarterly membrane inspections and backup pressure systems.
Frontal view of the rooftop air dome
