DyStar is a multinational organization and world leader of dyestuffs and chemical manufacturing. As the world’s largest supplier of textile dyes, it offers a broad range of products and has increasingly positioned the company and its products as sustainable solutions. In 2017, DyStar launched the Cadira® …

QUOTE “Human-induced climate change will challenge the availability of textile fibres, whereas today’s apparel industry leaves behind a substantial environmental footprint. Sustainable hemp textiles can lighten it.” RESEARCH QUESTION What are the impacts, challenges and opportunities of climate change …

Within this research a smart textile based light sensor was developed and integrated into a technical demonstrator of a remote identification system. This sensor is based on polymeric optical fibers (POFs) which contain fluorescent dopants and allows a remote detection using an optical laser pulse for …

Recent textile innovations have significantly transformed both the material structures of fibers and fabrics as well as their sphere of use and applications.At the same time, new recycling concepts and methods to re-­-use textile waste are rapidly being developed and many new ways to make use of recycled …

This paper presents the results of the research project ‘Going Eco, Going Dutch’ (2015- 2017), which investigated the production, design and branding of fashion textiles made from locally produced hemp fibers in the Netherlands. For fashion labels and designers it is often difficult to scrutinize the …

This report presents a detailed analysis of the German market concerning the bedding industry as well as a detailed recommendation to Royal Textile on whether they should enter the German market and how. Therefore the focus of this report refers to further expansion of Royal Textile on the European market. …

The recycling of post consumer cotton textile waste is highly requested, due to the high environmental impact of cotton production. Often cotton is mixed in blends with polyethylene terephthalate (PET). For the generation of high value products from recycled cotton, it essential that PET is separated …

The aim of this applied research is to design a sustainable industrial scale enzyme based flax retting process. A systematic approach has been adopted. The screening and selection of enzymes for flax retting has been carried out. Alkaline pectinase has been identified as the most appropriate enzyme for …

The working hypothesis for this research project is that it is possible to develop a new functional polymer printing process for the direct application of conductive polymer onto textiles. We will use the basic extrusion technology that is currently applied in 3D printing. Thus the aim is also expanding …

The focus of this paper is to make a comparison between five different types of conductive, heatable samples. These samples have been produced according to the five most important implementation techniques developed so far, which are knitting, weaving, embroidery, printing and nonwoven padding  –and …