From the Sector

Mimaki Europe, a leading manufacturer of inkjet printing and cutting technologies, announces its participation in Texworld Paris, taking place from 15th-17th September at Parc des Expositions de Paris-Le Bourget (Halls 2-4). The company will demonstrate TRAPIS (Transfer Pigment System) alongside real-life customer use cases at its booth (Hall 3, Stand O204). Situated within Avantex Paris, part of Texworld Paris, this dedicated area highlights companies committed to reducing pollution and promoting circularity in the textile and fashion industry, so to create the fashion of the future. 
    
Launched last year, Mimaki’s TRAPIS solution offers printers a simple two-step process, consisting of an inkjet printer and a high-pressure calender. Significantly reducing wastewater by approximately 90% compared to conventional digital dyeing methods and cutting carbon emissions by up to 92%, TRAPIS allows manufacturers, designers or retailers to create vibrant textiles easily and sustainably. Ideal for on-demand printing for fashion and interior décor applications, it can print on a wide range of fabrics, including natural and synthetic fibres.

Ahead of Texworld Paris, Mimaki will also showcase TRAPIS at Texworld New York (22nd to 24th July), giving US-based textile professionals the opportunity to experience this innovative and sustainable printing technology firsthand. 

Archroma, a global leader in specialty chemicals, launched CYCLANON® XC-W e, an innovative washing-off auxiliary that improves productivity and reduces resource consumption in cellulosic dyeing while delivering outstanding color fastness, even in difficult high-electrolyte or hard water conditions.

Conventional polyacrylate or copolymer washing-off agents often struggle to fully remove unfixed dye from fabric, especially when a high concentration of salt remains on it from the dye bath or under hard water conditions. This can lead to excessive rinsing and multiple washing baths. Ineffective washing-off may result in quality rejections due to backstaining or uneven shade development.

Archroma’s trio-polymer CYCLANON® XC-W e was designed to overcome these challenges, delivering high performance, improved productivity and water and energy savings, with minimal added cost compared to conventional polymer-based products.

Wet-fastness with measurable water, energy and time savings
With easier unfixed dye removal, mills can reduce pre-rinsing and the number of washing baths to achieve shorter washing-off cycles and save time, water, energy and chemical inputs compared to conventional polyacrylate or copolymer washing-off agents:

• Up to 15% shorter process time
• Up to 20% less water used in the washing-off stage
• Up to 20% lower CO2 emissions through reduced energy consumption
• Up to 20% reduction in chemical use

Significant productivity gains for competitive advantage
These efficiency gains also translate into higher productivity. By shortening washing-off cycles and reducing rework, CYCLANON® XC-W e helps mills process more fabric with existing equipment.
•    Up to 15% increase in throughput with the same machine set up
For example, a knit production plant producing 10 metric tons (MT) of dyed fabric per day could increase daily output by 1 MT, without expanding capacity, by using CYCLANON® XC-W e to eliminate two washing baths and reduce quality rejections.

Part of the SUPER SYSTEMS+ portfolio
CYCLANON® XC-W e is part of Archroma’s SUPER SYSTEMS+ portfolio and can be combined with the Blue Magic all-in-one pretreatment and NOVACRON® EC/S reactive dyes to create an end-to-end solution for high-quality dyeing of 100% cotton fabrics.

The system is categorized as an IMPACT+ solution within Archroma’s SUPER SYSTEMS+ Impact Matrix. This means it delivers the highest level of resource savings, high wash durability and beyond-compliance chemicals – as compared to standard FOUNDATION processes with ZDHC Gateway MRSL Level 3 compliance.

CYCLANON® XC-W e complies with the latest regulatory and brand requirements, including stringent MRSL and RSL standards. Registration for bluesign®, ZDHC Level 3, and GOTS 7.0 are underway.

To ensure swimwear not only looks good in summer but also performs reliably, textile precision is essential. Behind every bikini and swimsuit lies a sophisticated production process, where even the smallest errors can have major consequences.

Elastic, Shape-Retaining, and Chlorine-Resistant
Swimwear must meet a wide range of requirements: high elasticity, recovery, UV resistance, and durability against chlorine are basic standards. These properties are made possible by technical knits based on polyamide or polyester combined with elastane. Typically produced in tricot knit, these fabrics are stretchable in both directions – ideal for a close fit and full freedom of movement in water.

But to achieve a perfect final product, the material composition alone is not enough. Processing in the earlier production stages – especially fabric forming and finishing – plays a crucial role. Elastic materials are particularly prone to distortion. If this isn’t corrected before further processing, the result can be skewed patterns, uneven seams, or misshaped silhouettes.

Distortion-Free Fabric as a Quality Feature
This is where Mahlo’s Orthopac RXVMC comes into play. The latest addition to the weft straightener family is designed specifically for elastic materials with high distortion dynamics – a common feature in swimwear. Equipped with two independently driven straightening modules – one at the fabric’s entry and one at the exit – the system enables particularly fine and rapid corrections. It reliably compensates for skew and bow distortions before the fabric continues to the next production steps. The result is not only improved fit but also stable printing and finishing outcomes.

Technology for Perfect Finishing
Only when the fabric is precisely aligned can finishes like chlorine resistance, UV protection, or the popular lotus effect be applied evenly. Accurate dosage is critical: too little finish limits functionality; too much wastes raw materials and drives up costs.

To ensure precise control of these processes, Mahlo has developed the Qualiscan QMS – a modular online measurement system equipped with application-specific sensors for thickness, basis weight, or moisture. It continuously monitors the finishing process, ensuring consistently high product quality.

Swimwear may look light and playful at first glance – but in reality, it’s backed by highly sensitive textile technology. Only when all stages – from fabric alignment to straightening and finishing – are perfectly coordinated, can a product emerge that passes the ultimate summer test. With technologies like Orthopac RXVMC and Qualiscan QMS, Mahlo provides the tools to manufacture summer textiles that are not only stylish but also functional and cost-efficient.

After being previewed at key industry events like Kingpins Amsterdam and Denim Première Vision Milan and following the success of several industrial-scale trials, Officina39 announces the official launch of ZeroPP|ALL.IN, a breakthrough process that allows for the complete replacement of Potassium Permanganate (PP) in denim finishing. The innovation lies in a significant simplification: the entire workflow can now be performed directly onto raw garments using just one product, making the system more accessible, efficient, and sustainable than ever before.

Despite its well-documented toxicity and environmental risks, PP remains widely used for its ability to deliver worn, vintage effects at low cost. Finding a viable replacement has been a key challenge for the industry, until now. Finally, Officina39 presents a unique innovative product that replaces Potassium Permanganate at the beginning of the process and can be applied directly to raw garments.

ZeroPP|ALL.IN offers a four-step workflow:

1. Spray or nebulization application – The ZeroPP|ALL.IN single product is applied directly onto raw denim garments.
2. Laser marking – Performed immediately after ZeroPP|ALL.IN single product application, to define graphics or wear patterns.
3. Dry Ozone treatment – Executed immediately after Laser marking without rinsing; ozone reacts with the laser-marked areas to replicate the typical indigo corrosion of PP.
4. Final washes and finishing – To deliver the complete, ready-to-market garment. This one-cycle process reduces time, energy, and water consumption, while enhancing safety, transparency, and creative control. It’s the ultimate solution for brands and laundries aiming to transition away from hazardous legacy practices, positioning ZeroPP|ALL.IN as a feasible and cost-efficient real solution for the industry.

“ZeroPP|ALL.IN represents the fulfillment of a path we began years ago,” says Andrea Venier, Managing Director of Officina39. “Through continuous refinement, real-world  testing, and feedback from our customers and partners, we’ve achieved a true turning point. The result is a streamlined, single-product process applied directly to raw garments, finally making the full replacement of Potassium Permanganate both sustainable and industrially viable.”

Vehicle manufacturers are increasingly looking for recycling solutions for end-of-life vehicles to meet sustainability targets and comply with new regulations that are accelerating the automotive industry’s transition toward a circular economy. In response, Autoneum has developed the N-Join1 carpet. This innovative, monomaterial carpet system, made from recycled materials, eliminates the need for latex and adhesives, thereby offering an eco-friendly solution for vehicle interiors.

The N-Join1 employs a unique process that joins the carpet surface together with the substrate in a single step. The substrate can be made from various materials including Autoneum’s Pure technology components made of 100 percent polyester, making N-Join1 easier to recycle without limiting customers’ design freedom. 

The new carpet system offers multiple benefits for vehicle manufacturers. As with other Autoneum interior floor products, N-Join1 is designed to ensure driving comfort with optimal noise protection in the passenger cabin. This innovation can be used together with the Di-Light carpet, which offers an attractive appearance even in highly curved carpet areas due to its uniform surface finish. 

Additionally, its monomaterial construction enables waste-free production and full recycling at the vehicle’s end-of-life. By eliminating the use of latex, which is water and energy-intensive, N-Join1 reduces resource usage and ensures cleaner production, supporting the automotive industry’s move towards more sustainable practices. 

Overall, the new carpet system achieves a significant reduction in the carbon footprint when com-pared to traditional carpet systems of equal weight. The greatest contribution comes from the end-of-life recycling potential enabled by the monomaterial system. 

N-Join1 is suitable for a wide range of vehicles, including both internal combustion engine (ICE) vehicles and battery electric vehicles (BEVs). It is currently available in Europe and North America.

Sparxell, the Cambridge-based colour platform technology company founded by University of Cambridge scientists Dr Benjamin Droguet and Professor Silvia Vignolini, has announced the launch of its first textile ink derived from its revolutionary dye-free pigments in partnership with Positive Materials, marking a pivotal moment in making sustainable colour technology accessible to fashion brands worldwide.

Sparxell’s textile ink represents the world's first commercially available plant-based, biodegradable colouring solution that is bioinspired, eliminating toxic dyes, synthetic plastics and mined metals and minerals whilst delivering exceptional performance standards.

Launching in Sparxell’s signature blue, the ink is available in matte and shimmer finishes – enabling brands to integrate the breakthrough technology through standard orders rather than bespoke projects. 

This milestone represents a significant step towards democratising access to sustainable colour innovation across the fashion industry, from emerging designers to established high-end houses and mass-market brands.

Sparxell’s textile ink is available from the end of June 2025, with printing orders processed through Positive Materials. Partnership rollout includes an all-over printed cotton jersey featuring Sparxell's breakthrough technology, available from September 2025 in European markets.

The initial blue colour launch represents the first of multiple colours planned for release throughout 2025, with Sparxell's bio-inspired platform enabling virtually unlimited colour variations.

Sparxell's textile ink harnesses the same structural colour principles found in nature such as in Morpho butterfly wings, engineering plant-based cellulose at the microscale to create vibrant colours through light manipulation rather than chemical formulas. This bio-inspired approach eliminates toxic dyes, mined metals and minerals, and petroleum-based materials whilst delivering superior colour vibrancy and durability.

Launch textile production is powered by Sparxell's partnership with Positive Materials, a leading textile company operating at the intersection of design, technology, and manufacturing.

Positive Materials supports the validation and scale-up of Sparxell's breakthrough by integrating it into its existing production infrastructure, providing the manufacturing expertise and operational capacity needed to take the technology from prototype to production-ready. 

The partnership enables Sparxell to scale production whilst maintaining strict sustainability standards throughout the manufacturing process.

Dr Benjamin Droguet, Founder and CEO of Sparxell, said:
"This textile ink launch transforms how brands can access our breakthrough technology. For too long, the textile industry had no choice other than to accept that vibrant colours meant environmental damage. Sparxell's bio-inspired technology shatters that assumption, delivering exceptional results from plant-based cellulose.

“This is just the beginning - our vision is to make bio-inspired colour technology the new standard across fashion, proving that high performance and working in harmony with nature are perfectly aligned."
Elsa Parente, Co-CEO and CTO of Positive Materials, said: 
"Rather than requiring custom development projects, fashion designers and procurement teams can now order the most sustainable colourant options out there as easily as conventional alternatives, but with the added benefit of containing 100% biodegradable pigments that are free from toxic chemicals.

“Our collaboration with Sparxell represents exactly the kind of innovation the textile industry needs, aligning perfectly with our mission to create low-impact textiles that don't compromise on performance."

The textile ink launch addresses growing industry demand for sustainable alternatives as the global textile industry currently uses over 10,000 different chemicals in colouration processes, releasing 1.5 million tonnes of toxic dyes into the environment annually contributing up to 2% of global GHG emissions.[1][2] Sparxell's plant-based solution significantly reduces energy need and water consumption whilst eliminating harmful chemical pollution.

The launch builds on Sparxell's recent commercial momentum, including a €1.9 million grant from the European Innovation Council and participation in LVMH's prestigious La Maison des Startups accelerator programme.

INDA, the Association of the Nonwoven Fabrics Industry, has announced that eco-friendly wipes developed by Cookware Care, Dude Products Inc., and Magnera have been selected as the finalists for the 2025 World of WipesInnovation Award®, honoring advances in sustainable materials and next-generation wipe performance.

INDA’s Technical Advisory Board selected the finalists for their creativity, distinctiveness, and technical excellence in advancing nonwoven applications across the value chain, including innovations in raw materials, roll goods, converting, packaging, active ingredients, binders, additives, and end-use performance.

The three standout products competing for the award are Cookware Care’s Seasoning Wipes™, Dude Products’ DUDE Odor Destroyer XL Flushable Deodorant Wipes, and Magnera’s Sontara EC® Green Cotton.

The companies will showcase their products at the World of Wipes® (WOW) International Conference, July 21-24, at the Hilton Columbus Downtown in Columbus, Ohio. The winner will be announced during the closing session on July 24.

Presented annually, the World of Wipes Innovation Award recognizes breakthroughs in nonwoven product design and application. It celebrates innovation across the entire wipes supply chain, highlighting advancements in raw materials, fibers, technology, and functionality that enhance the utility and sustainability of nonwovens.

The 2025 Award finalists are:

• Seasoning Wipes™ offer a simple, convenient, mess-free solution for maintaining cast iron and carbon steel cookware. Made from 100 percent viscose and infused through a proprietary process using a combination of non-petrochemical oils and beeswax, the formula contains no water, emulsifiers, or synthetic additives. The wipes streamline and simplify traditional maintenance with a cleaner, more consistent solution. Seasoning Wipes™ sets a new standard for cookware maintenance while expanding the possibilities of nonwovens beyond traditional applications.
• DUDE Odor Destroyer XL Flushable Deodorant Wipes utilize powerful, long-lasting technology to capture and eliminate the compounds that cause body odor (including fecal odor), rather than just masking them. These wipes are proven to neutralize odor instantly and reduce it for up to 24 hours on skin, fabric, and in the air. Made with plant-based fibers, aloe vera, and vitamin E, the hypoallergenic wipes, infused with a sea mineral scent, redefine personal hygiene and modern cleanliness.
• Sontara EC® Green Cotton wipes advance sustainable precision cleaning with natural pure performance. Made from a proprietary blend of 100 percent naturally derived, biodegradable fibers—including pure unbleached TruCotton™ and sustainably sourced wood pulp—these innovative nonwoven wipes deliver superior absorbency, low lint, and a visibly natural aesthetic, perfect for industrial and critical cleaning environments demanding both technical excellence and environmental responsibility.

A much more sustainable, cost effective and very flexible process for manufacturing critical fibres based on ultra high molecular weight polyethylene (UHMWPE) is being launched by the UK’s Fibre Extrusion Technologies (FET).

UHMWPE is prized in many industries due to its extraordinary properties. The fibre is, for example, ten times stronger than steel by weight, while exhibiting outstanding abrasion resistance, low friction and high impact strength. UHMWPE fibres are also chemically inert, resistant to most chemicals and UV light and do not absorb water. They maintain performance in a wide range of temperatures and despite their toughness are extremely lightweight.

As a result, they are unbeatable in demanding applications such as high-performance ropes in maritime industrial and rescue applications. In addition, they are invaluable in ballistic protection, cut-resistant clothing and high-performance sports gear – and increasingly in medical implants.

Biomedical market
“FET has supplied many extrusion systems to the biomedical market, most notably for the production of both resorbable and non-absorbable sutures,” says FET Managing Director Richard Slack. “In exploring what else we could do in assisting these customers, it became clear that there was a need for smaller quantities of UHMWPE fibres in bespoke sizes.”

“The current systems for manufacturing UHMWPE filament yarns are on a huge scale, with very complex processing routes,” adds Research and Development Manager Jonny Hunter. “This means the supply chain is currently very inflexible with minimal opportunity for new product development. These disadvantages have been fully addressed in the development of our new FET-500 series lab and small scale gel spinning system.”

Solvent extraction
A major FET innovation is the introduction of a patented batch system for solvent extraction exploiting supercritical carbon dioxide (CO2).

UHMWPE production, until now, has involved the use of large volumes of hazardous solvents such as dichloromethane (DCM) or hexane. The UHMWPE powder is mixed with mineral oil to form a gel which is subsequently extruded, cooled and solidified. The oil is then extracted from the fibres using DCM or hexane and the solid fibres are then drawn at high temperature to further align the polymer chains, resulting in final strong and tough fibres. Typically, it takes 10 kg of Hexane to extract 1 kg of oil. 

“Solvent reclamation using extraction baths and hot air drying chambers is not practical for the scale of our system,” explains FET’s Senior Material and Process Scientist Kris Kortsen. “The current baths employed can be up to 200 metres long and the waste volumes are considerable. Expertise is needed in dealing with such dangerous chemicals and overall the process has an immense environmental impact.

“CO2, by contrast, is a cheap and abundant sustainable solvent that is non-toxic, non-flammable and leaves no residue.” 

Closed loop
FET’s closed-loop system can achieve more than 95% solvent recovery without loss of performance, resulting in residue-free UHMWPE filament yarns via a vastly improved route in terms of both safety and logistics.

A further innovation is the highly modular drawing system based on heated godet rollers, enabling flexible temperature and drawing control for new product development and the ability to be expanded at any time to meet customer needs.

A comprehensive LCA study detailing the full savings potential is currently being prepared and will be published shortly.

“Having processed over 130 separate polymers in the development of our extrusion systems, we believe the FET-500 is a game changer,” concludes Richard Slack. “We believe there is a big gap in the market for smaller quantities of UHMWPE, and our first line is now fully operational at the FET Fibre Development Centre in Leeds. We look forward to demonstrating it and discussing its full potential with interested companies from around the world.”

EDANA, the global association for the nonwovens and related industries, together with the Absorbent Hygiene Product Manufacturers Association (AHPMA) in the UK, the Center for Baby and Adult Hygiene Products (BAHP), and the Association of the Nonwoven Fabrics Industry (INDA) in the US, is addressing a recent NGO report claiming to have detected trace levels of glyphosate in a single box of tampons.

The report’s comprehensive results have not been published, and the available details are minimal. The report is limited in scale, stating that “just 15 boxes” of tampons were tested. Its main claim centres on a finding in “one of the boxes”, without clarifying whether it was present in just one tampon or throughout the box. We would welcome the test data being shared so that we could examine and understand the results.

The authors also state that the detected trace levels of glyphosate are 40 times higher than those permitted in drinking water, with their finding being 0.004 mg/kg. EDANA’s Stewardship Programme sets a guidance value of 0,5mg/kg for pesticides. The traces found in the NGO report are therefore 125 times lower than this industry guidance value.

Moreover, comparing levels in tampons to drinking water overlooks a crucial point: the nature of exposure. While individuals typically consume around 2 litres of water daily, a tampon is used only a few times per month and remains in contact with the body for only a few hours at a time. As such, the comparison is misleading and disproportionate.

The health and safety of consumers is the foremost, non-negotiable commitment of our industry. EDANA's voluntary Stewardship Programme for Absorbent Hygiene Products (AHP’s), with its core component—the CODEX™—exemplifies the industry's proactive commitment to safety, consumer confidence, and transparency.

The CODEX™ establishes stringent guidance values for a list of trace chemicals. It goes beyond current EU and national legislative requirements, showcasing a commitment to best practices. It also incorporates standardized, consumer-relevant test methods[1]—further ensuring that millions of individuals can use AHPs with confidence every day.

Consumers can be assured that tampons are a safe way of managing their period. Our associations reiterate their full confidence in the safety of tampons, built on decades of safe use, rigorous testing, regulatory compliance and proactive industry stewardship.

eVent® Fabrics, an expert in breathable waterproof, weatherproof, and windproof fabric laminates, announces the launch of its new circular fabric collection, purpose-built, plant-based, and fully recyclable for a more sustainable future without compromising performance.

Featuring 11 different laminate configurations across the eVent stormST™ and windstormST™ technology platforms, this plant-based collection is engineered for recyclability and designed to support closed-loop product systems. By utilizing monomaterial constructions, these laminate fabrics make mechanical recycling more feasible, while maintaining the trusted breathability, durability, and weather protection that outdoor brands and consumers expect from eVent.

“Circularity starts with design,” said Chad Kelly, President of eVent Fabrics. “With these stormST and windstormST fabrics, we’re giving brands the building blocks to create products that are easier to recycle at end-of-life—without sacrificing technical performance.”

The new circularity collection is a major step in eVent’s long-term sustainability strategy, addressing the industry’s growing need for performance materials that align with circular economy principles. And with the EU’s pending Ecodesign for Sustainable Product Regulations set to take effect in the coming years, apparel brands selling into the EU will be incentivized to further incorporate more circular, sustainable materials.

The stormST™ fabrics offer breathable waterproof protection with low environmental impact, making them ideal for outerwear, footwear, and accessories in active outdoor and urban use. The windstormST™ fabrics provide highly breathable windproof protection, perfect for blocking the chilling effects of the wind in dynamic conditions. All fabrics in the collection are PFAS-free, bluesign®, Oeko-Tex®, and/or GRS certified.