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#Research & Development

Hohenstein advances textile sustainability with microfiber analysis.

Hohenstein has completed the development of its new method for analysing microfibreshedding from textiles. Using dynamic image analysis, the method quantifies shedding behavior and reveals previously unattainable data with practical implications for material development throughout the supply chain.

The new method is the result of four years of research at Hohenstein, published in anarticleby lead scientistJasmin Haap. The research team developed, refined and validated an analytical method that goes beyond current approaches of measuring the shedded mass to quantify fibre count, length, diameter and shape.

Further analysis can reveal the distribution of these attributes and even generate separate results for cellulosic fibres (e.g. cotton) and non-cellulosic fibres (e.g. polyester). This analysis is currently available exclusively through Hohenstein.

With this level of detail, researchers can now quantify in more detail which types of fibre and material constructions contribute most to microfibre release, leading to informed decisions in development of more sustainable textiles that shed less

With this level of detail, researchers can now quantify in more detail which types of fibre and material constructions contribute most to microfibre release, leading to informed decisions in development of more sustainable textiles that shed less.Synthetic microfibres are tiny pieces of plastic released into water during mechanical stress, particularly washing. Wastewater containing microfibres eventually flows through sewage into larger bodies of water.

Along the way, synthetic microfibres attract harmful substances and pollutants from the environment, thus being able to reach sea life and entering the food chains of larger sea life and even humans. Dynamic image analysis of wastewater is non-destructive, allowing additional tests, such as filtration, to be performed for further analysis.

Filtration, the most common method to date, involves filtering the wastewater from textile laundering, then weighing the remaining particles.In November 2019, Hohenstein joined the Microfibre Consortium (TMC)as a contributing research member.

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#Research & Development

New DIN SPEC assesses environmental impact of textile fragments in soil

Textile products made from synthetic fibres, finished fabrics or dyed materials release fibre fragments into the environment at every stage of their life cycle. With the new DIN SPEC 19296, Hohenstein has developed a standardised testing method to analyse how these fragments behave in soil under natural conditions. Until now, little was known about their environmental behaviour or potential ecological effects once released.

#Research & Development

Testing and research laboratory ensures safe and more sustainable products worldwide

For 80 years, Hohenstein has stood for independent testing, scientific expertise and practical solutions. Today, the testing and research service provider supports manufacturers and brands worldwide in making textiles, hardlines and medical devices safe, more sustainable and market-ready – thereby building trust among consumers. With an international presence and interdisciplinary expertise, Hohenstein supports its customers from production through to market launch, helping them navigate an environment of growing regulatory and societal demands.

#Research & Development

A smarter way to verified Chemical Compliance

Hohenstein and GoBlu Drive Innovation in Sustainable Supply Chain Management As regulatory demands, customer expectations, and sustainability goals continue to grow, the ability to manage chemical compliance and data across complex supply chains has become critical. Hohenstein and The BHive® by GoBlu are initiating a strategic partnership to enhance chemical management in the textile sector. The collaboration delivers more than just a service – it provides an integrated, future-ready solution for brands, manufacturers and suppliers seeking trusted chemical management and credible sustainability.

#Research & Development

Hohenstein achieves GLP Certification for Medical Device Testing

Since the middle of July, the testing service provider Hohenstein has been certified to conduct medical device testing in accordance with the internationally recognised Good Laboratory Practice (GLP) standard. This certification comprehensively covers chemical, physical and biological safety testing of medical devices.

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#Composites

More affordable, environmentally friendly hydrogen pressure tanks at ITA-JEC booth

As a highlight of the JEC, the Institut für Textiltechnik (ITA) of RWTH Aachen University will be presenting hydrogen pressure tanks manufactured using multifilament winding processes at the NRW joint booth in Hall 5, Stand G65.

#Research & Development

Pioneer of the first hour: Michael Carus steps down after more than 30 years from nova-Institute’s Management

After more than three decades at the helm, founder and CEO Michael Carus is set to step down as head of the Renewable Carbon division on 1 March 2026. Lars Börger as the new CEO, will take over this key position of the nova-Institute together with COO Linda Engel, while Carus will remain with the research and consulting company as a senior advisor and shareholder. This change takes place after a one-year transition phase, as planned.

#Man-Made Fibers

Toray develops AURLIST™ polyester filament fiber with luxurious luster and ultra-fine structure

Toray Industries has developed AURLIST™, a new polyester filament fiber designed to combine luxurious luster, soft loft and a subtle fibrillated surface texture. The company primarily targets applications in women’s apparel such as tops, bottoms and dresses.

#Sustainability

The nova-Institute establishes new Renewable Feedstock Department to lay the groundwork for industrial defossilisation

The transition from fossil-based to renewable carbon – sourced from biomass, CO₂ utilisation and recycling – is the cornerstone of a climate-neutral chemical industry. The nova-Institute’s new department is dedicated to providing the essential data, analyses and strategic roadmaps required to secure a reliable future feedstock supply and make this transition a commercial and ecological reality.

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#ITM 2026

ITM 2026 will bring the global textile technologies industry together in Istanbul

ITM 2026 International Textile Machinery Exhibition, considered one of the most important organizations in the field of textile technologies in the world, is preparing to bring together all stakeholders of the industry in Istanbul between June 9–13, 2026. The exhibition, where advanced technology machines and innovative solutions for every stage of the textile production chain will be showcased, will offer an important global meeting platform for manufacturers, technology providers, investors, and professional visitors.

#Digital Printing

FESPA confirms participation from leading exhibiting suppliers and brands for inaugural textile event

FESPA has confirmed a strong exhibitor line-up for its inaugural Textile show, a dedicated new event that will run as part of FESPA 2026, alongside co-located events: Global Print Expo, Personalisation Experience, European Sign Expo, WrapFest and the brand-new Corrugated.

#Textiles & Apparel / Garment

Revived Replacement Elements for VISLON® wins the iF Design Award 2026

YKK Corporation (Headquarters: Chiyoda-ku, Tokyo; President: Koichi Matsushima; hereinafter “YKK”) is proud to announce that its Revived Replacement Elements for VISLON® has been awarded the prestigious iF DESIGN AWARD 2026, an award that recognizes excellence in design and quality, organized by iF Design Foundation.

#Recycling / Circular Economy

AI Circular Economy Conference 2026 fuels innovation at the intersection of AI and Circular Economy

The AI Circular Economy Conference 2026, organised by nova-Institute, brought together 116 participants from 15 countries in Cologne and online to explore the transformation of the chemical and materials industry supported and accelerated by artificial intelligence. During the two-day event, leading experts from industry, research, start-ups and the investment community discussed how AI can maximise the potential of renewable carbon creating efficient circular value chains. The conference featured 24 presentations and multiple panel discussions, highlighting the growing convergence of digital technologies and circular material systems. It demonstrated how artificial intelligence is progressing from the experimental stage to real industrial implementation within the circular economy.

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