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Stay warm, keep cool

Novel temperature-regulating, bi-component fibers in garments can maintain the balance between heat loss and heat generated. By Bengt Hagström Thermal comfort is dependent upon both environmental and individual factors and is influenced by the core and skin temperatures of the body. The thermo-neutral zone for naked resting subjects has been defined to lie between 28–30°C. [...]

By |2014-01-01T00:00:00-06:00January 1, 2014|

Creating the future of textiles: make it from milk

Qmilch IP GmbH makes a silky smooth, all-natural fabric from milk that’s highly desirable for high fashion, but well suited for more industrial applications, too. A lot of milk in the world is simply thrown away as unsuitable—for food, that is. German-based company Qmilch IP GmbH has found a use for discarded milk: fabric. In [...]

By |2013-12-01T00:00:00-06:00December 1, 2013|

Creating the future of textiles: wear and forget

New smart textile products will need to collect and quantify information for the user—and offer comfort and durability at a competitive price. What are the most exciting or intriguing developments in the industry in advanced textiles? Although advanced textiles are expanding in many directions, there’s a common thread among recent developments: giving sensory capabilities to [...]

By |2013-11-01T00:00:00-05:00November 1, 2013|

Small & mighty nanotechnology market

From the fiber level to surface coatings, new developments in nanotechnology impact many specialty fabrics markets. By Sigrid Tornquist Ways of manufacturing specialty fabrics have been around for decades, but what does that mean in terms of opportunities for manufacturers, particularly in regard to coatings? Current applications include military camouflage clothing that can change color [...]

By |2013-10-01T00:00:00-05:00October 1, 2013|

Creating the future of textiles: Auxetics advances

An interview with Advanced Fabric Technologies president David O’Keefe reveals the latest developments in the company’s auxetic technology. by Janet Preus An engineering and design company, Advanced Fabric Technologies focuses on developing material solutions for military and commercial applications that incorporate auxetic architecture. The unique characteristics of auxetic geometry, a negative Poisson ratio, allow a [...]

By |2013-10-01T00:00:00-05:00October 1, 2013|

Creating the future of textiles: Carbon nanotube fabrics

Dry processed fabrics containing high aspect ratio carbon nanotubes could enable a new generation of products. by Philip D. Bradford, Ph.D. Carbon nanotube (CNT) research has received a lot of popular press recently because of the amazing potential applications of these unique nanofibers. Carbon nanotubes have been highly studied by materials scientists who see the [...]

By |2013-09-01T00:00:00-05:00September 1, 2013|

Creating the future of textiles: Making an artificial tendon

Researchers at the University of Bolton, U.K., as part of a consortium of research institutions, are set to produce artificial fibers that could be used to repair or replace injured human tendons in the future. The task at hand The objectives of this multi-disciplinary project are to fabricate, stabilize and effectively functionalize three-dimensional collagen-resilin composite [...]

By |2013-08-01T00:00:00-05:00August 1, 2013|

Lotus plant inspires self-cleaning yarn

Lotus leaves are covered with structures that repel surface water, which washes off dirt or dust as it runs off. A super-hydrophobic filament yarn developed by TWD Fibres GmbH, Deggendorf, Germany, achieves the same self-cleaning effect without external chemical treatment. DIOLEN®CLEAN is created using a specialized spinning process that integrates the self-cleaning effect into the [...]

By |2013-05-01T00:00:00-05:00May 1, 2013|

Fibertect wipes cleaning up toxins

The U.S. Department of Defense (DoD) currently uses a powdered decontaminant called M-291 to clean up toxins, such as the nerve gas soman, a volatile, corrosive and colorless liquid. Then the Journal of Engineered Fibers & Fabrics published research by Texas Tech University comparing M-291 to Fibertect®, a nonwoven decontamination wipe created at the university [...]

By |2013-05-01T00:00:00-05:00May 1, 2013|

Dutch researchers design highways that heal themselves

Researchers at the Delft University of Technology (TU Delft) in The Netherlands are paving the way to longer-lived roads with a special type of asphalt containing long steel fibers. Zoab, a highly porous asphalt concrete used commonly in The Netherlands, is used because water can drain through openings in the pavement. The problem is that [...]

By |2013-05-01T00:00:00-05:00May 1, 2013|
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