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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Air-Supported Structures for Modern Manufacturing with Maximizing Space and Efficiency
Features
Name | Air-Supported Structures for Modern Manufacturing with Maximizing Space and Efficiency |
Size | - |
Area | 3.71 acre(46,000m2) |
Material | Exterior PVF membrane material |
Equipment | vehicle access, Emergency escape door, pressure sensor, wind speed sensor, PLC automatic control system |
Location | Jiangxi |
Completion Year | 2025 |
Introduction
The two air-supported structures—one larger and one smaller—have the following specifications:
The larger one measures 104 meters in length, 83 meters in width, and 27 meters in height, with a floor area of 8,632 square meters. The smaller one is 73 meters long, 66 meters wide, and 22 meters high, covering a floor area of 4,818 square meters.
The construction period for these buildings was merely three months, representing a reduction of over 70% compared to traditional brick-and-concrete structures. This significant time saving greatly accelerates the commissioning and production timeline for enterprises.
This factory operates in the printing, dyeing, and garment industry. The production efficiency of the core equipment, the "elliptical printing machine," is directly tied to its model size. If there were beams or columns inside the structures, large elliptical printing machines simply could not be installed. It is precisely for this reason that the column-free nature of air-supported structures perfectly accommodates the production requirements of printing and dyeing.
The wide, unobstructed interior allows for a centralized equipment layout. Consequently, a single technician can efficiently operate and monitor three to four machines simultaneously. This optimized workflow is projected to reduce labor costs by 10% to 15% and boost production efficiency by approximately 10%, highlighting significant advantages in cost-effectiveness and productivity. In contrast, within traditional multi-story factories, cumbersome material handling limits a technician to managing a maximum of two machines.
Through scientific layout planning, "maximum space value" is achieved. This makes air-supported structures particularly suitable for venues such as sports stadiums, industrial plants, and other spaces that require functional integration and intensive management.
The elliptical printing machines inside the air dome
Air-Supported Structures for Modern Manufacturing with Maximizing Space and Efficiency
Features
Name | Air-Supported Structures for Modern Manufacturing with Maximizing Space and Efficiency |
Size | - |
Area | 3.71 acre(46,000m2) |
Material | Exterior PVF membrane material |
Equipment | vehicle access, Emergency escape door, pressure sensor, wind speed sensor, PLC automatic control system |
Location | Jiangxi |
Completion Year | 2025 |
Introduction
The two air-supported structures—one larger and one smaller—have the following specifications:
The larger one measures 104 meters in length, 83 meters in width, and 27 meters in height, with a floor area of 8,632 square meters. The smaller one is 73 meters long, 66 meters wide, and 22 meters high, covering a floor area of 4,818 square meters.
The construction period for these buildings was merely three months, representing a reduction of over 70% compared to traditional brick-and-concrete structures. This significant time saving greatly accelerates the commissioning and production timeline for enterprises.
This factory operates in the printing, dyeing, and garment industry. The production efficiency of the core equipment, the "elliptical printing machine," is directly tied to its model size. If there were beams or columns inside the structures, large elliptical printing machines simply could not be installed. It is precisely for this reason that the column-free nature of air-supported structures perfectly accommodates the production requirements of printing and dyeing.
The wide, unobstructed interior allows for a centralized equipment layout. Consequently, a single technician can efficiently operate and monitor three to four machines simultaneously. This optimized workflow is projected to reduce labor costs by 10% to 15% and boost production efficiency by approximately 10%, highlighting significant advantages in cost-effectiveness and productivity. In contrast, within traditional multi-story factories, cumbersome material handling limits a technician to managing a maximum of two machines.
Through scientific layout planning, "maximum space value" is achieved. This makes air-supported structures particularly suitable for venues such as sports stadiums, industrial plants, and other spaces that require functional integration and intensive management.
The elliptical printing machines inside the air dome
