Tensile membrane structures are thrilling, feasible and economical options to roof or provide shade and shelter to an area. They are pliable and light weight structures and can be formed in any shape and size to fit in the particular surroundings. Tensile membrane structures are generally used as roofs because it is cost-effective and it draw attention from a distance. It can also be used as canopies, skylight, covered walk-ways, sunshade roofing or membrane roofing and motorized retractable roofing.
Tensile fabric structure is not an advanced technology or concept but it is one of the ancient practices used to provide shelter and security from an unfriendly weather conditions. Documentation and data proved that people have been making tent for at least 15,000 years, though originally they were using animal skins. Eventually, man learned to use woven fabrics for surviving purposes. The military for example has been commonly known for using tent as most treasured structures in the battlefields. Tents are easy to assemble or build and dismantle or deconstruct, somewhat weather tight, and you can bring it anywhere because of its lightweight.
Ancient Egypt was one of the most influential civilizations throughout history and their architecture was diverse structures. Ancient Egyptians were the first civilization to use pieces of fabric structure for shade. They also discovered navigation effective for controlling the wind power by sailing in boats, way back in 3,500 BC. Greeks and Romans also adopted Egypt architecture and used large pieces of fabric in their architectures and buildings. Romans used large canvas "cruise" to provide shade to spectators at the arena in Rome.
Today's modern technology has extremely transformed the fashion these tensile fabric structures are built. It is more weather-proof and lightweight than sticks and animal skins and, in addition, modern fabrics are coated with materials that resist UV degradation and they offer more benefits such as protection from ultraviolet (UV) radiation and strong wind resistance.
A tensile tent membrane structure can be thought as an umbrella and construct tension in many ways, depended on the area that needs architectural roofing. In a fundamental tent, tension is built by the poles which the body of the tent established or depend. Furthermore, in larger structures; industrial-strength materials such as fiberglass-coated polyurethane are used to have an indestructible and everlasting structure. Some tensile fabric structures do not need a supporting framework or pillar. Using that, pressurized air is applied to create the needed tension.
Membrane material is treated as the fifth construction element after metal, stone, glass, and concrete. At present the popularity of this material is increasing rapidly worldwide. Modern fabric structure materials in modern architecture can shape space, allowing architects to sculpt 3-dimensional space that is not possible with any other types of material. Selecting a roofing membrane system material is always to find a balance of design criteria, performance requirements and costs. Membrane roofing Philippines is now a new trend in the country.