Nanotextiles for protective clothing? Recently, the Textile Nanotechnology Laboratory of Cornell University in the United States has produced a new type of fiber fabric specifically designed for protective clothing that can sterilize, conduct electricity, prevent miasma, absorb harmful gases, and can weave transistors into shirts and dresses.
Laboratory leader Estroza, associate professor in the Department of Fiber Science at Cornell University, said that this project mainly uses carbon fiber to make transistors and other components, bringing a new perspective to the seamless connection of electronic products and textiles. This provides the possibility for the production of unique wearable electronic devices. Estroza said, “Taking advantage of the irregular morphology of cotton, researchers added conformal coatings containing gold nanoparticles and semi-conductive and conductive polymers to natural cotton fibers to adjust their properties.”
According to reports, this technology can be embedded into shirts to measure heart rate and analyze sweat, sewn into pillows to detect brain signals, or applied to interactive textile products with heating and cooling functions. In addition, by attaching synthetic nanoparticles to cotton, not only can its surface be colored without using dyes, but the new surface can kill 99.9% of bacteria, which can be used to prevent colds, flu and other diseases.
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