The precision of science and the art of design meet in Germany.
High-performance fabrics and increasing demand are driving new growth in fabric structures.
Three of the newest soccer arenas in the world incorporate fabric to meet needs for the 2014 FIFA World Cup in Brazil.
Fabric shelter systems protect valuable aircraft, equipment and military personnel in Afghanistan.
Fabric structures designed for storage, warehousing and shelter can be as durable as brick-and-mortar structures, and far more flexible.
Recent innovations in materials and technology are leading designers to create air-supported fabric structures with higher-level capabilities than ever before.
The tensile fabric specialist and Brazilian special sub contractor will offer complex, architectural membrane structures to the South American market.
Modular construction plus fabric cladding equal a dynamic showcase for events.
Despite worldwide climate issues, fabric structures meet environmental challenges.
Building energy research in Germany finds inspiration from polar bears.
The WarkaWater tower harvests water from Ethiopia's arid air.
Saving the rain with an innovative shade and water collecting structure at Arizona State University.
The language of shelter and sustainability frames a grammar school courtyard.
On United Nations campus a porte cochere sits adjacent to temporary Assembly building.
Campus with enhanced outdoor landscaping and dedicated event and gathering spaces.
What does it take to be environmentally friendly in the world of fabric architecture? The answer is complex but not out of reach. Five areas, at a minimum, must be addressed: renewability, recycled content and recyclability, pollution, energy usage and durability.
-Renewability: A fabric’s content can be replaced biologically within an understood time frame. Fibers are made from plant-based resins rather than petrochemicals. Check with the supplier.
- Recycled content and recyclability: Fabrics are good that are produced from recycled polyester, polyethylene, cotton, wool, etc. At issue: Is more energy required to recycle than to produce non-recylable fabric?
- Pollution: Fabric dyes can be toxic. At issue: the heavy metal antimony is often used in fabric dyes. Check to see if there are alternatives with your supplier.
- Energy use: Like most everything, fabric production uses energy.
- Durability: Durability IS green. If a product seldom needs replacement, energy to produce it is minimized and the earth wins out with reduced landfills, among other outcomes. Place of origin is also important. Europe has strict green manufacturing laws. Check with the supplier and ask where the fabric is manufactured.