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..
Stretchable device converts body heat to electricity
Researchers have developed a flexible, durable electronic prototype that can harvest energy from body heat and turn it into electricity.
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Hainsworth tests firefighter gear that includes wool fibers
Tested was the ECO-DRY Shield fabric, which is used in jackets and pants for wild land firefighters, and is a blend of 72% aramid, 28% wool/Lenzing™ FR fibers. It was tested versus a control of 100% meta-aramid woven in the same structure, and found the proprietary fabric to be 17% more breathable.
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War-driven demand: How Protech Textiles shape global export markets
Protech Textiles are also used by police, defense personnel, and emergency service workers for health and fire safety; for outdoor activities like mountaineering and diving & are also used in everyday life through protective textiles made for homes.
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Canada's McMaster Engineering Lab conducts research on neck guards
Researchers at McMaster University's Injury Biomechanics Lab are enhancing hockey safety. They've partnered with Niko Apparel Systems to assess the AEGIS Impact Interceptor neck guard, designed for impact attenuation. Preliminary data shows it performs over 30 per cent better than major brands.
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Fabric increases EV battery safety
Asahi Kasei’s new grade of LASTAN™ flame-retardant, highly flexible nonwoven fabric enhances EV battery safety with excellent resistance to flames and particle blasts.
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