Both the textile industry and its consumers have become more aware of the significant environmental impact created during manufacturing and disposal of apparel and textile products. In response, the global apparel industry and the major fashion brands are incorporating sustainable strategies into their production supply chains to minimize the environmental impacts; lower water and energy use; and reduce carbon emissions and waste. The textile industry is also developing unique bio-chemistries, and transitioning into biomass production. These bio-based raw materials are constructed from monomer-/polymer-based, or through nanotechnologies derived from living matter, utilizing biomass production processes. Going forward, this will continue the move to a circular-based economy, rather than today's predominantly linear-based economy.
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Textiles in protection from bioagents, chemical warfare - The material is like a sophisticated bath sponge, housing a complex series of holes that capture gases, vapors and other agents like a sponge traps and holds water.
How collaborative projects may change the future of textiles - Manufacturing smart textile technologies requires adopting new materials and methods, smoother and more extensive innovation-production connections, and a technically skilled workforce..
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The scientific evidence is now more than sufficient: collective global action is urgently needed to tackle microplastics—and the problem has never been more pressing.
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| New e-textile helps deafblind people understand live conversations
The actuators, situated on the tops of the fingers below the knuckles, can vibrate at different amplitudes, frequencies and for varying lengths of time, allowing for numerous communications possibilities.
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| AATCC Releases New Moisture Management Method And Additional Information
The method was developed to support improved understanding of liquid wicking and moisture transport in textile fabrics, aligning with advancements in imaging-based instrumentation.
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