ETFE Makes A Strong Case For Usability

Ethylene Tetrafluoroethylene, also known as ETFE is becoming an architectural staple for many design firms. A fluorocarbon-based polymer, this plastic is now more preferred than glass. Due to ETFE's distinctive properties and design versatility, it has become extremely renowned. This strong plastic has revolutionized the the industrial field, solving some of the hardest material problems, and issues surrounding equipment and various components.

The coatings provided by ETFE ensure that it is resistant to chemical and solvent attacks that can cause quick decomposition or most other plastics. Strong mineral acids, halogens, inorganic bases and metal salt solutions are no match for etfe film . It's toughness also makes it abrasion-resistant. Along with a high corrosion resistance, ETFE was designed to withstand vast temperature ranges. Even with it's high melting point, ETFE does not emit toxic fumes like other plastics. Many modern buildings are being constructed with ETFE as opposed to glass and other plastics, and the above reasons are just a few as to why it's preferred over glass.

There are so many more benefits to using ETFE than just the ones listed above. When compared to glass, ETFE is able to transmit more lit as well as provide more insulation to enclosed spaces. ETFE is considered a miracle construction material by many companies. This is due to the fact that it is only 1/100 the weight of glass and can cost 24-70% less to install. It's known for its strength, but the fact it can bear up to 400 times its own weight, is quite remarkable. ETFE is easily repaired by placing patches over tears and it also boasts a nonstick surface, making it dirt-resistant. ETFE has an enormous amount of elasticity and can be stretched to almost three times its length. Due to its high-resistance and strength, the fact that it can last up to 50 years comes as no surprise. Read more info about ETF.

While there are several pros of using ETFE, there are only a few drawbacks. If a building is being constructed and quiet is desired, ETFE may not provide that, as it does transmit more sound that glass, which can be a little too noisy for some spaces. Another potential drawback is that this plastic is typically applied in several layers that have to be inflated and need consistent air pressure. Quite possibly the largest drawback is that with all the advantages of this plastic, it is too complex to be used in smaller residential projects.

This material has completely revolutionized the architecture industry, and provided tons more options for design plans and construction. Thanks to ETFE, builders are able to save money and pass those savings on to consumers, making it a great situation for everyone. For more ideas about ETFE click here.