Membrane structure landscape characteristic
Beautiful architectural shape
Membrane structure building is the most representative and promising architectural form in the 21st century. It breaks the pattern of pure linear architectural style. With its unique beautiful curved shape, the perfect combination of simplicity, lightness, rigidity and softness, strength and beauty, it presents a refreshing feeling, and provides architects with greater imagination and creative space.
It has good environmental protection, light transmission and self-cleaning properties. The surface of the film material is coated with PVDF (polyvinylidene fluoride) or titanium dioxide, which has a good heat insulation effect. It can reflect 70% of the solar heat energy, absorb 17% of the film material itself, transfer 13% of the heat, but the transmittance is more than 20%. After 10 years of direct sunlight, its brightness can still be retained 70%.
Covering large span space
The membrane material used in the membrane structure is about one kilogram per square meter. Because of its light weight, plus the use of high-strength materials for steel cables and steel structures, the membrane structure is simple and reasonable with the force bearing system - most of the force is transmitted by axial force, so the membrane structure is suitable for spanning large spaces to form an open large-span structure system without columns.
Fire resistance and seismic resistance
The membrane materials used in membrane structure buildings have excellent flame retardancy and high temperature resistance, so they can well meet the fire protection requirements. As the structure has light deadweight, flexible structure and large deformation capacity, it has good seismic performance.
Short construction period: film cutting. The steel structure and steel cable of the splicing and forming and skeleton are all processed and manufactured in the factory. Only assembly is required on site, which is simple to construct, so the construction period is shorter than that of traditional buildings.
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Beautiful architectural shape
Membrane structure building is the most representative and promising architectural form in the 21st century. It breaks the pattern of pure linear architectural style. With its unique beautiful curved shape, the perfect combination of simplicity, lightness, rigidity and softness, strength and beauty, it presents a refreshing feeling, and provides architects with greater imagination and creative space.
It has good environmental protection, light transmission and self-cleaning properties. The surface of the film material is coated with PVDF (polyvinylidene fluoride) or titanium dioxide, which has a good heat insulation effect. It can reflect 70% of the solar heat energy, absorb 17% of the film material itself, transfer 13% of the heat, but the transmittance is more than 20%. After 10 years of direct sunlight, its brightness can still be retained 70%.
Covering large span space
The membrane material used in the membrane structure is about one kilogram per square meter. Because of its light weight, plus the use of high-strength materials for steel cables and steel structures, the membrane structure is simple and reasonable with the force bearing system - most of the force is transmitted by axial force, so the membrane structure is suitable for spanning large spaces to form an open large-span structure system without columns.
Fire resistance and seismic resistance
The membrane materials used in membrane structure buildings have excellent flame retardancy and high temperature resistance, so they can well meet the fire protection requirements. As the structure has light deadweight, flexible structure and large deformation capacity, it has good seismic performance.
Short construction period: film cutting. The steel structure and steel cable of the splicing and forming and skeleton are all processed and manufactured in the factory. Only assembly is required on site, which is simple to construct, so the construction period is shorter than that of traditional buildings.
The content of this article comes from the network. If you have any questions, please contact us!