Structurflex is one of the world’s leading producers of fabric architecture. We design, engineer, fabricate and build coated PES, PTFE and ETFE tensile membrane tensile structures and tensile facades for customers throughout the world. Because we understand the close connection between architecture, engineering and construction, our tension fabric structures set a very high standard in detail and functionality. We make sure the customer’s needs are at the forefront of every decision.
A REALLY SATISFYING EXPERIENCE
At the core of our ability is an effective connection between design and advanced engineering. Structurflex works closely with architects, engineers, construction professionals and owners to create inspiring and successful solutions. The most important outcome for us is that everyone we work with – suppliers, consultants and customers – has a really satisfying experience.
UNMATCHED PERFORMANCE WHEN COMPARED WITH TRADITIONAL MATERIALS
Traditional building materials are unable to match the design flexibility, light-transmitting qualities and visual impact of coated PES, PTFE and ETFE fabric architecture. The tensile fabric structures we create are lightweight, light-filled and strong enough to withstand the most extreme weather conditions. Our designs win awards, as well as the hearts of those who choose Structurflex.
CONTINUING RESEARCH AND DEVELOPMENT
Structurflex has a firm commitment to ongoing research and development when it comes to tensile membrane structures. We’re determined to remain at the forefront of emerging technologies, so our engineers, designers and project managers maintain a rigorous continuing education program of conferences and networking events.
A GLOBAL VIEW OF THE MARKET
Structurflex serves customers worldwide with operations in the United States, New Zealand, Brazil, the United Arab Emirates and Malaysia. With over 75 years experience working with coated PES, PTFE, and ETFE structures, the knowledge we have gained has produced an impressive portfolio of successfully executed tension membrane structures. View our portfolio here.