Background With the expansion of the fashion industry the quantity of industrial pre-consumer textile waste has increased. It is estimated that approximately 10-20% of textiles are wasted during garment manufacture [1]. Reusing pre-consumer textile waste within the fashion supply chain offers many environmental advantages, including: · Directing waste away from landfill and incinerators · Conse...

After technical textiles and functional textiles, also smart textiles came into force a few years ago. The term ‘smart textiles’ covers a broad range. The application possibilities are only limited by our imagination and creativity. This paper gives an overview of the functions that can be achieved by smart textiles in general. In vehicles as well, smart textiles can introduce new features. Two...

textile design, especially in fashion industry, focuses on changing the public taste and creating continual and variable aesthetics to excite consumers in respond to the economic efficiency of industries. fashion, especially fast fashion, has many bad influences on social behavior, ecological environment and economy of consumer societies, work opportunities in developing countries and work cond...

MEOLI, DINA. Interactive Electronic Textiles: Technologies, Applications, Opportunities, and Market Potential. (Under the direction of Dr. Traci May-Plumlee.) The developing area of interactive electronic textiles is generating an abundance of literature within the textile industry. Presently, researchers in this area are working toward the development of interactive touch and voice activated w...

Textiles are a common material in healthcare facilities; therefore it is important that they do not pose as a vehicle for the transfer of pathogens to patients or hospital workers. During the course of use hospital textiles become contaminated and laundering is necessary. Laundering of healthcare textiles is most commonly adequate, but in some instances, due to inappropriate disinfection or sub...

After technical textiles and functional textiles, also smart textiles came into force a few years ago. The term ‘smart textiles’ covers a broad range. The application possibilities are only limited by our imagination and creativity. Hence it is not simple for the readers of the many articles that have been published to distinguish where reality ends and where fiction begins. In this presentatio...

Silver, both in the nano as well as in other forms, is used in many applications including antimicrobial textiles. Washing of such textiles has already been identified as an important process that results in the release of silver into wastewater. This study thus investigated the release of silver from eight different commercially available silver-textiles during a washing and rinsing cycle. The...

Recently there is strong interest in lightweight, flexible, and wearable electronics to meet the technological demands of modern society. Integrated energy storage devices of this type are a key area that is still significantly underdeveloped. Here, we describe wearable power devices using everyday textiles as the platform. With an extremely simple "dipping and drying" process using single-wall...

The use of nanoscale Ag in textiles is one the most often mentioned uses of nano-Ag. It has previously been shown that significant amounts of the Ag in the textiles are released upon washing. However, the form of Ag present in the textiles remains largely unknown as product labelling is insufficient. The aim of this study was therefore to investigate the solid phase speciation of Ag in original...

This chapter is undertaken with a view to survey important scientific research and developmental works pertaining to antibacterial modification of textiles using nanotechnology as a new means to achieve such textiles. Inevitably, conventional antimicrobial agents and their applications to textiles are reported. This is followed by a focus on inorganic nanostructured materials that acquire good ...