David Nelson was devoted to nonwoven technology at 3M when the Minnesota-based corporate powerhouse became a charter member of The Nonwovens Institute, which launched in 2007 at North Carolina State University. Nelson served on the institute’s industrial advisory board for six years, three years as chairman. He also served for six years on the board …
For Harry Osborne, creative lead at “brand experience agency” SET Live, headquartered in London, the graphic applications and collection of temporary structures throughout the “Google on the Beach 2015” (GoB) event were an exercise in balance. “A balance between getting the most from Anthony Burril’s incredible artwork,” says Osborne, “but also satisfying the local council’s …
Government invests $300 million to expand applications in the defense, aerospace and geosynthetic industries. The Russian government plans to invest up to $300 million USD in 2016 and 2017 toward developing the technical textiles industry, according to recent statements by Denis Manturov, Russia’s Minister of Industry and Trade. Manturov is responsible for the development of …
Nonwovens may be best known for their role in disposable products; but, with advances in technology, these engineered fabrics are reaching further into markets where traditional textiles have been used. Ulrich Hornfeck, board member and chief commercial officer at Sandler AG, offers examples from the German-based company’s portfolio: Transportation: interior and exterior absorbers, carrier materials …
New research and applications are proving that color-changing smart textiles continue to offer viable technology and products in the smart fabrics marketplace. Most recently, researchers from the School of Information, University of California, Berkeley, have developed a new color-changing “smart thread,” Ebb, that turns fabric into a computerized display. According to information provided by the …
Smart fabrics technologies present unique opportunities—and challenges—to commercial product development. The growth of smart fabrics technologies and applications is no longer a curiosity; it’s the new reality of high-tech fabrics, and it’s gaining ground at an impressive pace. The size of the smart fabrics market, as presented at the Smart Fabrics Summit on April 11 …
As efficiencies continue to improve, more applications are found for flexible photovoltaics. For a long time, it was common knowledge that thin film and flexible photovoltaics (PV) were not practical because of their lower efficiencies compared with more traditional glass-encased PV. That is no longer the case. Efficiencies are now comparable (approaching or exceeding 20 …
Today’s smart fabric products, with embedded or woven technological components, are resonating with consumers, and the market is responding. Woven, nonwoven and knitted textiles are the foundation of the fabrics that make up our daily existence, from the clothes we wear to the upholstered chairs we sit on. They’re also the building blocks of the …
Nonelectronic fabrics can cool, warm and clean themselves—and enhance the health and performance of the wearer. Much attention has been given to textiles that are integrated with electronic sensors and circuitry (e-textiles). But some smart textiles do not rely on electronics. According to Rebeccah Pailes-Friedman, professor and founder of the Pratt Institute Intelligent Materials Applied …
Government and industry players gathered in Washington, D.C., April 11 to discuss the “nascent smart fabrics market,” as described by Secretary of Commerce Penny Pritzker, who moderated the final session at the one-day event. “This room is buzzing with energy,” said David Lauren, executive vice president of global marketing and communications for Ralph Lauren Corp., …