Detailed Properties Of ETFE ETFE comes as both ETFE foils and ETFE cushions. Both the types provide great thermal insulation and light translucency. In fact, it is one material that has moved ahead of glass to provide amazingly translucent structures that are much stronger and long lasting than glass structures. Let us take a look at some of the benefits that ETFE can offer that glass cannot.
ETFE’s structural characteristics ETFE is amazingly flexible and can hold up large deformations with ease without breaking. To be specific, ETFE can be elongated to up to 300% of its normal size! Due to this property, it can also hold live loads. Considering the same characteristics with glass, the material is absolutely inflexible and cannot be modified into various shapes. A glass sheet can be placed only flat. And, if any modifications are tried, glass is likely to crack or break. In the case of ETFE cushions, the outer layer is the most stressed layer, while the inner layer is less stressed. The middle layer however takes up almost no load; its main purpose is only to provide as a divider to make two compartments between the outer and inner layers. ETFE’s general properties ETFE is a thermoplastic polymer that can be easily formed into any shape. Its shore hardness is 67-73 D, with the modulus of elasticity being 110 MPa. Its melting point ranges between 255280°C, while its maximum service temperature is 150°C. The other general properties of ETFE include – 2.5% shrinkage at 150°C in 10 minutes