Membrane structures emerged as a novel architectural form in the mid-20th century. They are a type of spatial structure formed by combining flexible film materials with a supporting system, creating a stable curved surface that can bear certain external loads. This innovative structure integrates disciplines such as architecture, structural mechanics, adhesive fine chemicals, materials science, and computer technology, boasting a high level of technological content.
Key features include:
The architectural design is beautifully elegant.
Membrane structures represent a cutting-edge and promising architectural form of the 21st century. They break away from the traditional linear architectural patterns, showcasing their elegant curved shapes, a combination of simplicity, brightness, strength, softness, and beauty, offering a refreshing experience to onlookers. At the same time, they provide architects with greater room for imagination and creativity.
2. Excellent Self-Cleaning Properties
The surface of the film material features a protective coating with excellent thermal insulation properties, reflecting up to 70% of solar heat energy and boasts excellent self-cleaning capabilities. After 10 years of direct sunlight exposure, its luster is still retained at 70%.
3. Capable of covering large spans
The membrane material used in the membrane structures weighs approximately one kilogram per square meter. Due to its light weight, combined with the use of high-strength steel cables and steel structures, and the simple and reasonable force system – with most of the force transmitted axially – the membrane structures are able to span large spaces, forming an open, column-free, large-span structural system.
Fire resistance and seismic resistance:
The membrane material used in the membrane structure buildings features flame retardancy and high-temperature resistance, thereby meeting fire safety requirements effectively. Due to its light structural weight and flexible nature with great deformation capacity, the buildings also offer excellent seismic performance.
5. Short construction period:
The film materials, steel structural components, and cables for the framework are all processed and manufactured in the factory. On-site assembly is required only, making the construction process simple and quick, thus reducing the construction period compared to traditional buildings.
6. Broad Application Fields:
Sports Facilities: Stadium, Swimming Pool, Tennis Center, Ice Rink
Transportation Facilities: Highway toll stations, gas stations, parking lots, pedestrian overpasses, and subway entrances.
Cultural Facilities: Performance Venues, Convention Centers, Clubs, Exhibition Halls
Recreational Facilities: Park Entrance, Stage, Music Plaza, Resort Village, Dolphin Show Pavilion
Commercial Facilities: Business Pedestrian Streets, Commercial Squares, Shopping Mall Entrances
Landscape Features and Iconic Buildings: Green Belt Landscaping Features, Beach Leisure Features, Garden Features.
Practical Industrial Facilities: Factories, Ports, Warehouses.
Spanning widths from 4m to 48m, customizable to your preference.
Low-cost, beamless and rafterless, spacious, minimal investment, cost-effective.
Short construction period, with the capability to build 1,000 square meters per day.
Excellent durability, color-coated galvanized steel, high-speed mechanical lock seam, natural waterproofing, lifespan over 30 years.
Lightweight, reducing overall construction costs and enhancing comprehensive economic benefits.
Wind and snow load-resistant, capable of withstanding winds up to 160 km/h and snow loads of 148 kg/m².
Exquisite in design, vibrant in color, and innovative with a rhythmic touch. A variety of roofing styles grant the building a brand new look.
Comprehensive in features, integrating roof panels and beams, it combines insulation, heat insulation, ventilation, and natural lighting into one.
