Research paths leading to the future of E-Textiles

E-Textile R D will continue to create more opportunities for growth industries in the future. Although some developments may sound more like they belong in a science fiction movie, they will fast become an everyday expectation once the manufacturing processes are worked through. 

The use of Goretex breathable fabric as a base for screen-printing electrochemical elements that enable a wearer to detect the presence of explosives including TNT. The fabric responds accordingly to alert a wearer of the presence of specific chemicals used in explosive devices. 

Screen printing could be used to place electrochemical sensors on fabric surfaces. For example, on Neoprene wet suits suitable sensors could detect the presence of environmental pollutants and security threats. Also electrochemical sensors printed onto fabric could directly respond to heart rate, EEG, and ECG bio-physical status. Sensors able to perform chemical analysis could instantly alert a wearer to any danger of exceeding normal healthy limits. 

Installing LED/Optic displays into apparel and accessories can enable areas on an E-Textile to change colors according to smart phone controls, including digital camera color-matching. 

In conclusion, in the future, E-Textile technologies may enable us to adjust our second skin , so to speak, for comfort, hygiene, protection, and expression like never before imagined. 

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