The concept of smart fabrics is becoming quite common in the dynamic and diverse world of modern-day fashion and style. Similarly, this new approach to fashion design is taking its space and gaining attention as time passes on.
Additionally, this blog article has been written to give you a clearer idea. Comparably some basic questions and queries have also been discussed. These basic questions and queries include;
What are smart fabrics?
Who invented smart fabrics?
What is an example of a smart fabric?
Why are smart fabrics important?
What is the future of fabrics?
What are the advantages of smart fabrics?
What are the disadvantages of smart fabrics?
To find out the answers to all the above questions and queries let’s cut our intro here and start reading about them one by one.
1. What are smart fabrics?
Smart textiles, also known as e-textiles, e-textiles, smart garments, and fabrics, incorporate digital components. Be it batteries, LEDs, electronic chips, or sensors. This technology is incorporated into fabrics through various processes such as conductive fibers and multi-layer 3D printing.
2. What are the types of smart fabrics?
There are three main types of smart fabrics. These include passive fabrics, active fabrics, and ultra-smart fabrics. Fiber optic fabrics that lack the inherent capability to transduce energy are called passive fabrics. Whereas, active materials are the polyester weft-knitted and magnetostrictive fabrics that athletes wear quite often. while ultra-smart fabrics are perceivable, reactive, and adaptive according to environmental situations.
3. Who invented smart fabrics?
in the 1960s the American firm “DuPont” started working on developing smart garments realizing its need for astronauts. However, credit goes to Steve Mann, Thad Starner, and Sandy Pentland who developed smart clothes during the 1990s and termed these smart clothes “wearable computers”.
4. What are the examples of a smart fabric?
Ultra-violet clothing, waterproof fabrics, plasma-treated garments, spacesuits, musical jackets, and specific athletes’ suits are some of the common examples of smart fabric. Similarly, smart textiles are mainly designed for space, medical, and sports purposes.
5. Why are smart fabrics important?
One of the common importance of electronic garments is that they protect against any negative thermal, chemical, and mechanical changes. Similarly, these smart clothes have got the capabilities to sense, communicate and transmit information. Additionally, these digital fabrics can change their color, and shape including providing interactive elements.
6. What is the future of smart fabrics?
At present, the current global market for smart technology garments is $1000 billion with a 4% compound annual growth rate (CAGR). So you can easily guess the future impact and sustainability of these smart garments. Actually, the e-textile industry is growing at a very rapid pace and in the future, it will surely bring revolution in the world of the fashion and garments industry.
7. What are the advantages of smart fabrics?
One of the great advantages of smart garments is their advanced use for medical purposes, space traveling, and playing different sports including swimming. Similarly, electronic clothing is more comfortable than leather and hence ideal to wear in the winter season.
Additionally, smart fabrics are quite softer, lighter, and warmer to wear. However, in the medical field, these clothes will have a very significant impact in near future to track and identify various chronic diseases.
8. What are the disadvantages of smart fabrics?
One of the common disadvantages of smart clothes is that these clothes may cause sickness in people. Similarly, these clothes may also cause various skin problems, irritation, and environmental pollution. However, there is still a dire need to do some more research in this regard as not much is known at the moment.
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