Introduction to Architectural Tensile Fabric Structures

 

Fabric offers a unique quality – translucence - allowing diffusion of light. During the day natural light is softened, whilst at night light radiating out “glows” in a theatrical manner. Because of the light feel and look, the misnomer “tent-like structure” has led to a misconception that tensile structures are temporary building types; on the contrary, integrating Architectural Tensile Fabric Structures into, around and as part of structures present artistic and intellectual challenges to creative designers. They are a unique addition to a project, creating new environments that allow space to flow freely and at the same time be contained.

As an architectural and construction field less than 40 years old, tensile structures are barely out of nappies. However the recent accelerated growth in this field is due primarily to rapid advances in computing - enabling accurate 3D structural analysis and patternmaking; and the creation and manufacture of economically viable synthetic fabrics that combine strength and durability, enabling them to span large areas and stand as fairly permanent structures.

With a design life of several decades, fabric structures conform to the same structural codes as conventional buildings and make fabric architecture a commercially viable option. They offer ease of transportation and minimal on-site fabrication.

Fabric Material Specifications:

Texarc primarily makes use of hightech PVC and Silicon Glass. Fabrication processes differ in that PVC requires high frequency welding, whilst Silicon Glass is heat bonded. Silicon Glass is more costly but offers both a wide range of colours and superior self-cleaning characteristics. It also allows more light penetration without glare.

Both materials have warranties that extend from 7 to 15 years.

 

TexArc is passionate in presenting the many possibilities of these new age 3D materials.