textile network | Internationales Magazin für die Herstellung textiler Produkte

TN_ENG_WR_KW_7 — Unlocking new horizons: the rise of crossbreeding in the wool yarn market. © Persistence Market Research

19.02.24

Review of the industry - week 7/2024

At this point, we present the five most read articles of the past week. The ranking is based on your click behavior on the website. Von Redaktion

12.02.24 – Persistence Market Research

Persistence Market Research

Crossbreeding in the wool yarn market

The global wool yarn market reached at nearly US$ 38,500 million in 2023, and is projected to grow at a CAGR of over 4% till year 2029, according to report ... Von Redaktion

20.01.24 – DITF

DITF

Textile Bodenbeläge: flammgeschützt und trotzdem rezyklierbar

Die Deutschen Institute für Textil- und Faserforschung (DITF) und das Institut für Bodensysteme (TFI) haben sich zusammengetan, um ein Konzept zu entwickeln, ... Von Redaktion

Empa-Forscher Simon Annaheim arbeitet an einer Matratze für Neugeborene. © Empa

12.01.24 – Smarte Textilien für den Hautschutz

Smarte Textilien für den Hautschutz

Empa-Forschende entwickeln intelligente Matratze und Kleidung

In Zusammenarbeit mit Industrie und Forschung haben Empa-Forschende innovative Lösungen für den Schutz empfindlicher Haut vor Druckverletzungen entwickelt. ... Von Redaktion

Meist gelesen textile-network DE KW 1 — Prof Dr Thomas Scheibel and Charlotte Hopfe work together at the Chair of Biomaterials. © Jürgen Rennecke/UBT

08.01.24

Review of the industry - week 1/2024

At this point, we present the five most read articles of the past week. The ranking is based on your click behavior on the website. Von Redaktion

A microscopic image of the newly developed fibers showing their side-by-side mix where one side is cotton and the other contains the polyanaline polymer that can carry an electric current. © Washington State University

03.01.24 – Washington State University

Washington State University

New conductive, cotton-based fiber developed for smart textiles

A single strand of fiber developed at Washington State University has the flexibility of cotton and the electric conductivity of a polymer, called polyaniline. Sara Zaske

Prof Dr Thomas Scheibel and Charlotte Hopfe work together at the Chair of Biomaterials. © Jürgen Rennecke/UBT

02.01.24 – University of Bayreuth

University of Bayreuth

Influence of environmental factors on spider silk

Professor Thomas Scheibel, Chair of Biomaterials at the University of Bayreuth, and his team conducted a study on spider silk´s strength and resilience ... Von Redaktion