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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High Quality Customized Sports Air Dome for Multi-Purpose Facility
Feature
Name | High Quality Customized Sports Air Dome for Multi-Purpose Facility |
Size | customized |
Area | customized |
Material | PVDF membrane material |
Equipment | badminton courts, basketball courts, stands, lighting, rest room, etc. |
Location | - |
Completion Year | - |
Introduction
Compared to traditional sports venues, the air-supported dome introduces technological innovations in core aspects such as materials, ventilation, and lighting, enhancing the quality of the athletic space.
In terms of membrane material, high-strength PVDF architectural fabric is used. With a light transmittance of 20%–30%, it allows abundant natural light to enter, reducing the need for artificial lighting during daytime. It also offers UV protection, aging resistance, and easy cleaning, with a service life of up to 20–30 years.
The lighting system inside the dome employs professional anti-glare LED fixtures. Scientifically arranged according to the visual demands of tennis, it ensures uniform illumination across the court without significant shadows, meeting professional competition lighting standards.
The ventilation system represents another key technological feature of the air-supported tennis dome. Equipped with an intelligent fresh air system, it achieves 6–8 complete air exchanges per hour. This not only effectively removes sweat and odors but also controls indoor humidity, preventing slippery floors and ensuring safety for athletes.
In terms of construction and operation, the air-supported tennis dome also demonstrates technical advantages. Its modular design allows a construction period only one-third to one-half that of traditional venues, with the fastest projects completed and ready for use within three months. During operation, an intelligent control system enables one-touch adjustment of temperature, humidity, air pressure, and lighting, significantly reducing labor costs. Energy consumption is more than 40% lower than that of traditional venues, truly achieving low-carbon operation.
Thanks to its flexible construction and operational benefits, air-supported tennis domes have been widely adopted in various settings, including school sports facilities, commercial fitness centers, community amenities, and professional training venues, making them a versatile solution for sports space development.
Interior of the badminton air dome
High Quality Customized Sports Air Dome for Multi-Purpose Facility
Feature
Name | High Quality Customized Sports Air Dome for Multi-Purpose Facility |
Size | customized |
Area | customized |
Material | PVDF membrane material |
Equipment | badminton courts, basketball courts, stands, lighting, rest room, etc. |
Location | - |
Completion Year | - |
Introduction
Compared to traditional sports venues, the air-supported dome introduces technological innovations in core aspects such as materials, ventilation, and lighting, enhancing the quality of the athletic space.
In terms of membrane material, high-strength PVDF architectural fabric is used. With a light transmittance of 20%–30%, it allows abundant natural light to enter, reducing the need for artificial lighting during daytime. It also offers UV protection, aging resistance, and easy cleaning, with a service life of up to 20–30 years.
The lighting system inside the dome employs professional anti-glare LED fixtures. Scientifically arranged according to the visual demands of tennis, it ensures uniform illumination across the court without significant shadows, meeting professional competition lighting standards.
The ventilation system represents another key technological feature of the air-supported tennis dome. Equipped with an intelligent fresh air system, it achieves 6–8 complete air exchanges per hour. This not only effectively removes sweat and odors but also controls indoor humidity, preventing slippery floors and ensuring safety for athletes.
In terms of construction and operation, the air-supported tennis dome also demonstrates technical advantages. Its modular design allows a construction period only one-third to one-half that of traditional venues, with the fastest projects completed and ready for use within three months. During operation, an intelligent control system enables one-touch adjustment of temperature, humidity, air pressure, and lighting, significantly reducing labor costs. Energy consumption is more than 40% lower than that of traditional venues, truly achieving low-carbon operation.
Thanks to its flexible construction and operational benefits, air-supported tennis domes have been widely adopted in various settings, including school sports facilities, commercial fitness centers, community amenities, and professional training venues, making them a versatile solution for sports space development.
Interior of the badminton air dome
