Tensile Membrane Architecture-FLFX7001
Weight: 1350 gsm/g/㎡
Base Fabric Yarn: 2200D*2200D
Base Fabric Density: 15*15/sq.in
Max Width: 5.1m
Standard Length: 50m/55yds, 100m/110yards
Available FR: B1/NFPA 701
Features: Waterproof, UV Resistance, Flame Retardant, Dimensional Stability, Self Cleaning, Long Life, Anti Mildew.
Advantage: High tear strength, Good flexibility, Non-slip, Chemical resistant, Puncture resistant
Applications: Architectural Membranes
Tensile Membrane Architecture
Tensile membrane architecture refers to a structural design method that utilizes flexible membranes, often made from lightweight, high-strength PVC fabric materials, to create roofs, canopies, and other building elements. These structures are characterized by their ability to span large distances with minimal support from conventional structural elements such as columns or beams.
This sheerfill membrane is made of PVC (polyvinyl chloride), which is widely used for its durability, flexibility and light transmittance. This membrane material is a type of white PVC tarpaulin, which is mainly produced using lamination technology. Tensile membrane architecture rely on tension within the membrane to support loads. The fabric or membrane is stretched and tensioned to form a stable and efficient structure. Sheerfill architectural membrane require a support structure to hold the membrane in place. This structure can include masts, cables, and sometimes additional supports from traditional building elements. Often minimalist and lightweight designs are used to create visually striking and beautiful structures.
One of the main advantages of architecture tensile roofs is their ability to span long distances with minimal internal support. This makes them suitable for creating open, column-free spaces. Tensile fabric architectures can be adapted to a variety of applications, including stadiums, amphitheaters, exhibition halls, airport terminals and outdoor canopies. They are also used in temporary structures such as tents. The white PVC tarpaulin membrane material used is translucent, allowing natural light to penetrate the space below. This feature is especially useful for creating well-lit and visually appealing environments. In some applications, other colors will be produced in addition to white, which can be customized according to customer needs.