Etfe foil cushion systems are certified as class c non fragile roof assembly in accordance with acr m 001 200 test for fragility of roofing assemblies.
Etfe roof installation.
Sustainability is one of the main arguments for etfe roofs.
The appearance of etfe is like a transparent sheeting material type which can be employed instead of glass and plastic that are hard in nature.
We are the creator of wintess we develop and continuously improve solutions to design analysis and fabrication of tensile structures.
Etfe foil roofs can be supplied as a single layer membrane supported by a cable net system or commonly as a series of pneumatic cushions made up of two to five layers of etfe.
At less than 1 the weight of glass an etfe roof will give you corresponding savings in installation costs and a lower health and safety risk during installation.
Etfe roofs offer excellent sustainability.
You are probably most familiar with etfe roof cushion systems where a double or multiple skin of etfe is given form by using air to inflate the.
Etfe is a manmade fluoropolymer which stands for ethylene tetrafluoroethylene which has attained its position as an efficient architectural material.
Class c is the lowest class of non fragile assembly and particularly if engineered to pass the test criteria may be close to the boundary between fragile and non fragile.
From the extrusion of the etfe foil through to transport and installation the light weight of the material reduces the co 2 footprint significantly.
Etfe is widely used in modern buildings which possess greater.
Etfe foil demands less structural steel support than traditional glazed systems resulting in an easier installation and typically a lower cost alternative.
Texo etfe panels vs etfe cushions.
The seismic behavior of etfe buildings.
Non linear analysis software for membrane structures creating solutions since hello.
It is often considered a value engineered option over glass roofing.
Whether it is a single layer or in cushion forms etfe foil systems are supported in an aluminium extrusion at the perimeter which in turn is supported by the main.