Tensile Membranes Advantages

Advantages are

• With proper construction methodologies in place by design-build specialty contractors for tensile architecture, the installation of tension membrane structures is often faster and more cost-effective in comparison to traditional construction projects.
• Because of the translucency associated with nearly all of the fabric options, tensile fabric building structures provide an abundance of daytime light underneath, making it an inviting and comfortable space below.
• In addition to being more weather-proof and lighter in weight than sticks and animal skins, modern fabrics offer advantages such as protection from ultraviolet (UV) radiation and greater wind resistance. They are also coated with materials that resist UV degradation.
• Due to the unique flexible characteristics of the fabric membrane, tensioned membrane structures allow architects, designers, and engineers the opportunity to experiment with form and create visually exciting and iconic structures.
• When looking to cover large areas of space, the light weight nature of membrane is a cost-effective solution for long span applications while allowing for the possibility of column-free space. As a result, tensile membrane requires less structural steel supports compared to traditional building products, ultimately reducing project costs for building owners.
• The weight of the membrane in tensile structures is very less and consequently, the quantity of structural steel utilized to support the membrane is also minimal. Thus, the weight, as well as the overall cost of tensile structures is much less as compared to conventional roofing systems. As stainless steel is utilized, more useful space free of columns becomes available. As the weight of the structure is so little, it will not experience much acceleration forces under seismic action.
• The membrane material itself can withstand within the range of -40 o C to +70 o C. Companies of warranty for their fabrics and usually the minimum life span of these structures is about 25 years.
• The erection of the tensile structures takes less than a week to complete as all the patterning & fabrication works are mostly carried out in warehouses and the structure is erected on site. The construction period is only the time required for its erection, which can be reduced to a minimum by using advanced construction equipment and techniques.