Product Introduction     

Membrane structure is a system that perfectly combines architecture and structure. It uses high-strength flexible thin film materials combined with support systems to form a stable curved surface with a certain degree of stiffness, which can withstand certain external loads. This structural form has the advantages of lightweight, high strength, transparency, and flexible shape, and is therefore widely used around the world.

     Design Technique     

Determine the structural form: Select the appropriate membrane structure form based on the building purpose and design requirements, such as single curved surface, hyperbolic surface, spherical surface, etc.

Determine the supporting structure: Based on the membrane structure form and site conditions, determine the appropriate supporting structure, such as steel structure or reinforced concrete structure.

Determine membrane material: Choose a suitable membrane material, considering factors such as weather resistance, transparency, and fire resistance.

     Production Technology     

The manufacturing process includes precise cutting, welding, and heat sealing of design drawings to produce membrane structure products that meet design requirements. This process requires a high degree of precision and technical expertise to ensure the quality and performance of the final product.

     Construction Technique     

The construction of membrane structures includes multiple steps such as preliminary preparation, material processing, installation, transportation, lifting, and tensioning. Each step has its specific precautions and technical requirements to ensure the safe and stable operation of the membrane structure.

     Product advantages     

Lightweight and High Strength: Using high-strength membrane materials such as PTFE, PVDF coated polyester fibers, or ETFE membranes, the weight is only 1/10~1/30 of traditional building materials, but the tensile strength is high and can withstand harsh weather conditions such as strong winds.

Good translucency: The film material has good translucency, allowing natural lighting during the day and creating a dreamy night scene through indoor lighting at night.

Energy saving and environmental protection: The membrane structure has low energy loss, and the energy consumption of the double-layer membrane insulation system is only 1/4 to 1/10 of that of traditional buildings. Moreover, the membrane material has high reflectivity and low light absorption rate.

Rapid construction: The construction period of membrane structures is short, which can quickly complete installation and reduce construction time and costs.

Artistic quality: The membrane structure breaks the pattern of pure linear architectural style, presenting a refreshing feeling with its unique and beautiful curved shape, concise and clear, and the perfect combination of strength and beauty.

     Applicable scenarios     

Membrane structures are widely used in multiple fields:

Sports venues: such as the Beijing National Stadium "Bird's Nest" and the China Pavilion at the Shanghai World Expo, with large-span and free-form design, have become urban landmarks and cultural symbols.

Transportation hub: Airport terminals (such as Shenzhen Bao'an Airport), train station platform canopies, to achieve rapid construction and natural lighting.

Cultural facilities: roofs or landscape installations of theaters and exhibition halls (such as Jeddah's "Desert Rose" in Saudi Arabia), shaping iconic artistic forms.

Commercial space: Shopping center atrium, pedestrian street sunshade, creating an open and transparent environment.

Community facilities: sunshades, gathering places, etc. The lightweight nature makes them an ideal choice.

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     Packaging&Delivery     

     Contact US     

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