Home    Resource Store    Past Issues    Buyers' Guide    Career Center    Subscriptions    Advertising    E-Newsletter    Contact

Textile World Photo Galleries
November/December 2015 November/December 2015

View Issue  |

Subscribe Now  |


From Farm To Fabric: The Many Faces Of Cotton - The 74th Plenary Meeting of the International Cotton Advisory Committee (ICAC)
12/06/2015 - 12/11/2015

Capstone Course On Nonwoven Product Development
12/07/2015 - 12/11/2015

2nd Morocco International Home Textiles & Homewares Fair
03/16/2016 - 03/19/2016

- more events -

- submit your event -

Printer Friendly
Full Site
Nonwovens / Technical Textiles

Hohenstein Develops EM/IR Treatment, New Upholstery

The Hohenstein Institute and ITCF Denkendorf, the Institute for Textile Chemistry and Chemical Fibers, both based in Germany, have developed a textile treatment that effectively screens out both electromagnetic (EM) and infrared (IR) radiation. The treatment uses indium tin oxide (ITO), which is integrated into or coated onto man-made fibers to provide the screening effect. Tests conducted by researchers have shown the treatment is not biologically harmful, and that the treated textiles are comfortable as well as wash-, abrasion- and weathering-resistant.

"These novel materials are not only extremely effective at screening radiation but they also conduct electricity so they are anti-static," said Dr. Edith Classen, project leader. "This makes them ideal for use in Personal Protection Equipment for firemen, workers in foundries and welding workshops, in the semiconductor industry or for maintenance staff working on telecommunications systems."

Classen also anticipates potential domestic and technical textile applications. "For example, you could imagine making roller blinds which not only screen out solar radiation in summer to keep the room cool, but at the same time also offer protection from the electromagnetic radiation from mobile phone masts in the vicinity," she said. ITO-treated textiles in military uniforms could make the wearer invisible to IR cameras as well as provide protection from EM radiation.

In other news, Hohenstein Institute researchers have teamed with the Germany-based Institute for Wood Technology and Research Institute of Leather and Plastic Sheeting to develop new types of upholstery for use on public transport, car seats, easy chairs and mattresses that would offer improved hygiene. The groups are studying the link between moisture accumulation and the colonization of bacteria or fungi, and plan to create guidelines for material selection and structural designs that would help transport moisture out of the upholstery.

January/February 2011