#Raw Materials

2020-04-30

Cotton Incorporated releases new lectures on fast-paced wipes market

Get ready to learn more about one of the biggest global nonwoven markets. Cotton Incorporated, a respected global resource for cotton research, furthers its ongoing educational outreach with two new video lectures released through the Cottonworks™ platform. The lectures provide an overview of nonwoven wipes markets and explore market data, raw materials, and process technologies used in the manufacturing and distribution processes.

Videos explain nonwoven wipes processes and forecast market growth

According to the latest INDA Worldwide Outlook Report for the Nonwovens Industry, the wipes market has a projected average annual growth rate of 5.3 percent through 2023.

“The nonwoven wipes market continues to be a strong growth area,” says Janet O’Regan, director of nonwovens marketing at Cotton Incorporated. “The purpose of these lectures is to provide information on market segmentation, forecasted growth, raw materials and the technologies associated with nonwoven wipes products.”

The lectures, based on research from North Carolina State University and the INDA Worldwide Outlook Report, are a continuation of the Nonwovens Technical Education series, an extensive collection of nonwovens resources available on Cottonworks™. The lectures are designed to educate professionals in the nonwovens industry about different products, processes, and market trends.

“This would be a great introduction for business professionals who are just starting out in the industry or a great refresher for anyone already in the wipes market,” says O’Regan.

Individuals seeking to expand their knowledge of the nonwovens industry can go to cottonworks.com and explore the growing, free library of video lectures, marketing and research brochures, sourcing directories, and webinars.

Texprocess 2026: Automation, digitalisation and AI redefine textile processing

Making investment decisions in textile processing has become significantly more demanding. Increasing energy costs, a shortage of skilled labour and ongoing geopolitical uncertainties are compelling companies to focus on technologies that deliver clear gains in efficiency and process reliability. This applies equally to apparel manufacturing and to the processing of technical textiles and high-performance materials. As a result, modernisation initiatives are assessed more carefully – even as the need to upgrade production systems continues to intensify.

Techtextil 2026: Between innovation pressure & market reality

From 21 to 24 April 2026, Techtextil in Frankfurt am Main will once again become the central meeting point for the international technical textiles and nonwovens industry. Running in parallel, Texprocess will focus on the industrial implementation of textile processing technologies as the leading platform in this field. Together, the two trade fairs form a closely integrated presentation and working platform along the entire textile value chain – from material development to finished applications.

Between geopolitical pressure and industrial resilience

In this interview, Dr. Janpeter Horn (VDMA) discusses the current challenges facing textile machinery manufacturers, shaped by geopolitical tensions, regulatory developments and subdued investment. He also outlines why innovation strength, integrated solutions and strategic positioning remain key to global competitiveness.

China projected to increase cotton production, yields, and imports in 2026/27

World cotton production in the 2026/27 season is projected at 25.9 million tonnes, exceeding global consumption of 25.2 million tonnes, according to the May 2026 issue of Cotton This Month. That means both production and consumption are expected to remain close to current season levels, while global cotton trade is projected to decline by 2.7% to approximately 9.6-9.7 million tonnes.

ECCO introduces first shoe featuring innovative protein-based fibre

ECCO, in partnership with Spinnova, announces the launch of the limited edition ECCO BIOM® 720, a first-of-its-kind shoe utilising an often overlooked leather by-product, transformed into a protein-based fibre. The fibres are produced using patented technology that advances material innovation while reducing waste and supporting full resource use across the leather and textile industry.

FET’s revolutionary gel spinning system wins Techtextil Innovation Award

FET has received the prestigious Techtextil Innovation Award 2026 in the New Production Technology category. The Techtextil Innovation Award honours outstanding ideas in textile technology, sustainability, AI and the creation of technical textiles, selected by an international jury of experts. Ranging from new materials to new production technologies, this award recognises progressive ideas that are driving forces for numerous industries, such as automotive, medical and construction.

Savio Macchine Tessili will exhibit at ITM Istanbul 2026 presenting its flagship technologies

Savio Macchine Tessili will participate in ITM Istanbul 2026 in a corporate booth of Vandewiele Group, showcasing a selection of its most advanced winding and spinning solutions designed to support textile mills in achieving higher efficiency, flexibility and yarn quality. The company will bring to the show three flagship solutions: Proxima Smartconer®, Lybra Smartspinner® and the Phoenix Assembly Winder.

Rieter at ITM 2026: Spinning Redefined with Automation and Intelligence

Spinning mills need solutions that deliver stability, efficiency and future-proof performance. Rieter has put together a powerful portfolio for ITM 2026 in Istanbul, Türkiye. These innovations give customers the tools to enhance cost efficiency, improve responsiveness and actively develop their competitive edge. Step-by-step, Rieter is moving closer to its Vision 2027 – the fully automated spinning mill. With each new technology, Rieter enables spinning mills worldwide to operate with greater precision and reliability, ensuring they remain at the forefront of an increasingly demanding global market.