“Fabric” is most commonly used to refer to either a cloth or other material produced by weaving fibers together for strength, or in structural terms referring to the materials used in walls, floors or the roof of a building.

When we refer to Architectural Fabrics, we actually combine both terms – using a woven polymer fabric coated or laminated with a synthetic material layer to form a membrane. The membrane is then tensioned over a steel frame to produced roofing, umbrella canopies, facades, interior cladding or art installation pieces.

The advantages of tensile membrane structures created with woven polymer fabrics instead of traditional building materials such as steel, slate or aluminum are:

• Lightweight – less structural support required.
• Translucent – they allow natural light to filter through the material.
• Durable – the polymer fibers do not rust, corrode or breakdown in UV light.
• Aesthetic – tensioned membranes form beautiful curved surfaces allowing architects and designers free range to create unique structures.

MakMax Australia uses only the very best fabrics for our tensile membrane structures, sourced directly from some of the world’s best fabric manufacturers. Expert knowledge, continued research and development and in-house fabrication of our projects ensure your fabric structure or tensile membrane project is delivered beyond your expectations.

The most common architectural fabrics used in MakMax tensile membrane structures are:

• Vinyl-coated polyester – a polyester base material laminated or coated with polyvinyl chloride (PVC)
• Fiberglass – a woven fibreglass base is most commonly coated with polytetrafluoroethylene (PTFE)
• Transparent polymer films or foils (ETFE)
• Polyethylene mesh (HDPE)
• The inclusion of a translucent aerogel in the fabric composition adds insulating properties (Tensotherm)
• Lycra can also be used in tensile membrane structures, although less durable, it’s flexible fibers make it perfect for temporary structures or art installations.