Our tension membrane structures offer new answers to old problems. Bring us your challenges and let us apply engineering discipline that is evenly balanced with inspired creativity.

Buildings featuring tensile membrane structures have the ability to explore technology and form, ultimately resulting in structures that resonate with the community and complement existing architecture as well as the natural environment.

Structurflex architectural structures are cost effective when compared to conventional structures, because their innovative form and inherent efficiencies lead to a reduction in the building materials required to build the structure.

The smooth, reflective surfaces of our coated-PES, PTFE and ETFE tension membrane structures reduce lighting and cooling costs, reduce solar gain and make the buildings more energy efficient.

It is the combination of these factors that make our fabric structures popular with architects and the public alike, and we receive many accolades and international design awards.

Type 1


Coated-PES membranes – a coated polyester base fabric – often have additional protective PVDF fluoropolymer coatings on both sides, which helps protect the surface, and also creates a membrane that is easy to clean. This fabric is the most common in tensile architecture because of its lifespan exceeding 20 years. Coated-PES structures typically offer the owner the best overall value.

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Type 2

PTFE Fiberglass

The most durable membrane used in tensile membrane systems consists of a woven glass fiber-base fabric coated with polytetrafluoroethylene (PTFE fabric). This coating is highly inert and generally unaffected by environmental contaminants and ultra-violet light. Additionally, it has superior fire resistant properties. The lifespan of PTFE is proven to exceed 30 years.

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Type 3


PVDF/ePTFE, also known as Polyvinylidene Fluoride, is is a highly non-reactive and pure thermoplastic fluoropolymer. Our ePTFE fiberglass fabric membrane is stain resistant and easy to clean, offering a cost effective solution.

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Type 4


Ethylene Tetrafluoroethylene (ETFE) offers a creative and lightweight alternative to glass. It is a transparent extruded film, or foil, with similar light transmission to glass, but is just 1% of the weight. With a lifespan of over 20 years and excellent weathering properties, it’s no wonder ETFE foil has been used on many high profile projects and stadiums around the globe.

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KieranTimberlake: Printed Tensile Cladding at Rice University

We are pleased to have collaborated with KieranTimberlake and the outfit of a parking structure on the Rice University Campus. In their blog post, they describe the concepts they employed to create an iconic sculptural element. For more details see the KieranTimberlake blog post.

The Increasing Importance of Durability

While tensile fabric has several distinct advantages over more traditional materials like glass, one of the most important may be its ability to withstand severe weather events. Our tensile structures and tensile facades  in Miami, Jacksonville, Houston, Fort Worth, Waco, and Atlanta did not sustain any damage or require any repair despite enduring events ranging […]

Our Turnkey Process:

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Baytex / Covertex / Structurflex (NZ)