8 Integrated Systems for High-Performance Inflatable Architecture
TiO2 under ultraviolet light to produce strong oxidizing free radicals, decompose organic pollutants on the surface of the membrane, reduce the adhesion.
Under light, the membrane surface rapidly transforms into a superhydrophilic state, causing rainwater to form a uniform water film that flows down naturally, washing away the residual pollutants on the surface.
Reducing the frequency of manual physical cleaning and the use of
chemical agents significantly slows down the aging speed of membrane materials and maintains stable performance.
PVDF-1350G / 7000N 45M-80M SPAN
Flexible lighting system installed on structural poles for uniform illumination.
Ceiling-hung lighting design for large-span spaces and sports environments.
High-efficiency direct light solutions for functional and industrial applications.
Natural lighting through translucent membrane roofing, reducing energy consumption.
304 stainless steel door systems built for durability, safety,and superior performance in air-supported structures.
Provides convenient and durable pedestrian entry for daily operation with high sealing performance.
Reduces air pressure loss while maintaining continuous indoor climate stability and energy efficiency.
Compliant safety design for rapid evacuation and emergency access in critical situations.
Reinforced entrance structure designed for logistics vehicles, maintenance equipment, and large-scale access requirements.
Provides excellent thermal insulation and energy efficiency performance.
High-density insulation material for extreme temperature control.
Flexible and durable insulation material with strong moisture resistance.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
GS DOMES air-supported structures are designed to perform in the world’s harshest climates — from deserts and high-altitude plateaus to polar cold regions, typhoon zones, and sandstorm environments. With advanced membrane technology, intelligent pressure control, and reinforced structural systems, our domes deliver outstanding wind resistance, thermal insulation, UV protection, and long-term durability under extreme conditions.
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