ARMALITH® Secures The Authenticity Of Its Products With Blockchain Passports

PARIS — October 29, 2024 — Armalith® deploys an innovative solution to authenticate and trace products made from its ultra-resistant fabric. In partnership with Trust-Place and Avery Dennison, this initiative strengthens trust between Armalith, end-user brands and their consumers through digital certificates of authenticity.

Armalith is a revolutionary fabric that combines aerospace-grade UHMWPE fibers with cotton, creating a denim fabric of unrivalled strength while preserving comfort and aesthetics. Used in demanding sectors such as motorcycle and outdoor gear, Armalith innovates by offering complete traceability and transparency via digital passports.

Thanks to Trust-Place, experts in post-purchase traceability, each Armalith® product will be equipped with a digital passport guaranteeing fabric authenticity, product performance and production information, accessible via a simple QR Code.

Pierre-Henry Servajean, founder of Armalith, commented: “These digital labels provide unprecedented transparency. They guarantee the authenticity of Armalith products, display the performance levels of each reference, such as resistance to a 90 km/h drop, and offer consumers a secure and enriched experience.”

Gaelle Delore, CEO of Trust-Place, adds: “We are delighted with this partnership with Armalith and Avery Dennison, which enables us to extend the scope of our platform by directly authenticating critical and innovative materials and components such as Armalith®. This opens up even more possibilities, as digital passports go far beyond authentication: they enable brands to collect unprecedented data on post-purchase usage, strengthening customer relationships and paving the way for personalized services and experiences.”

Avery Dennison, a global leader in materials science and digital identification solutions, will supply the serialized QR codes embedded in the garments via advanced electronic jacquard weaving technology.

“Our collaboration with Armalith and Trust-Place aims to provide brands and consumers with traceability solutions that build trust and combat counterfeiting,” says Alain Sévaux, Director of RFID Business Development at Avery Dennison.

This partnership marks a step towards a more responsible and transparent textile industry, where trust and innovation come together to enhance the user experience.

Posted: October 29, 2024

Source: Armalith®

RE&UP Recycling Technologies (Netherlands) Joins ITMF As Corporate Member

ZÜRICH; Switzerland  — October 29, 2024 — RE&UP Recycling Technologies is the circular-tech company reshaping the traditional textile-to-textile paradigm. By producing Next-Gen Cotton and Next-Gen Polyester that maintain the same performance as virgin fibres, it brings circular solutions to life, addressing the planet’s most pressing challenges.

Dr. Christian Schindler

Earlier this year RE&UP won the ITMF Start-up Award 2024 which the company received on the occasion of the ITMF Annual Conference 2024 in Samarkand, Uzbekistan.

Mr. Christian Schindler, Director General of ITMF, stated that “welcoming RE&UP Recycling Technologies as a new corporate member of ITMF is a mutually beneficial step. For ITMF members it is valuable to have a company in the membership that is working on a very important technology that is crucial to scale up the industry’s circularity efforts. For RE&UP, membership with ITMF provides additional access to relevant data and a unique international network.”

Mr. Andreas Dorner, General Manager of RE&UP Recycling Technologies, emphasized that “becoming a member of ITMF, RE&UP is joining a unique organisation that provides important data that allows us to better assess the short-term and long-term evolution of the textile industry. Furthermore, ITMF’s members are from along the entire textile value chain from around the world. This helps in building an international professional network that is even more important when it comes to circularity.”

For more information about RE&UP Recycling Technologies, please go to https://reandup.com/

For more information about ITMF, please go to www.itmf.org

Posted: October 29, 2024

Source: The International Textile Manufacturers Federation (ITMF)

One-Hundred Percent “Fiber-To-Fiber” Biorecycled Clothing Unveiled By Multi-Brand Consortium: CARBIOS, On, Patagonia, PUMA, PVH Corp. And Salomon

CLERMONT-FERRAND, France — October 29, 2024 — CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, and its “fiber-to-fiber” consortium partners On, Patagonia, PUMA, Salomon, and PVH Corp., parent company of Calvin Klein, have unveiled enzymatically recycled polyester garment made from 100 percent textile waste using CARBIOS’ pioneering biorecycling technology. This technological feat contributes to advancing textile circularity when, today, the majority of recycled polyester is made from PET bottles, and only 1 percent of fibers are recycled into new fibers. The collective achievement marks an important milestone for the consortium’s ultimate aim of demonstrating fiber-to-fiber closed loop using CARBIOS’ biorecycling process at an industrial scale, and marks an important step forward for the textile industry’s shift towards a circular economy.

No ordinary t-shirt…

A plain, white T-shirt was a deliberate choice to showcase the technological achievement that made its production possible from mixed and colored textile waste.   By using CARBIOS’ biorecycling technology, polyester is broken down using enzymes into its fundamental building blocks which are reformed to produce biorecycled polyester whose quality is on par with oil-based virgin polyester. Petroleum can now be replaced by textile waste as a raw material to produce polyester textiles, that will in turn become raw materials again, thus fueling a circular economy, with the added benefit of a lower carbon footprint and avoidance of landfill or incineration.

No ordinary journey…

The t-shirt’s production began with all consortium members (On, Patagonia, PUMA, PVH Corp. and Salomon) supplying rolls and production cutting scraps to CARBIOS in Clermont-Ferrand, France. This textile waste consisted of some mixed blends with cotton or elastane, as well as various treatments (such as durable water repellent) and dyes which render them complex to recycle using conventional methods. The collected waste was deconstructed into its original monomers, PTA1 and MEG2, using CARBIOS’ biorecycling technology at its pilot facility. The resulting monomers were then repolymerized, spun into yarn and woven into new fabric by external partners, demonstrating the seamless integration into existing manufacturing processes. The resulting sports t-shirt made from 100% textile waste meets the quality standards and sustainability objectives of the apparel brands present in the “fiber-to-fiber” consortium.

CARBIOS’ demonstration plant in Clermont-Ferrand, France, has been up and running since 2021, and its first commercial plant, the world’s first industrial-scale enzymatic PET recycling plant, is currently under construction in Longlaville, France. In addition, CARBIOS recently announced several letters of intent with PET producers in Asia and Europe, confirming global interest in its biorecycling technology and advancing the international roll-out of its licensing model.

“It may look like an ordinary t-shirt, but make no mistake, the technology behind it is extraordinary!” said Emmanuel Ladent, CEO, CARBIOS. “To achieve “fiber-to-fiber” recycling is a technological feat. CARBIOS couldn’t have done it alone, so thanks to the collaboration with our consortium partners, we have overcome many technical hurdles together to produce the world’s first enzymatically recycled t-shirt made entirely from biorecycled fibers.”

“We know that fiber-to-fiber recycling is a crucial step to drive our industry towards circularity, which is why we have dedicated energy and investment to researching this area,” said Begüm Kürkçü, Director of Sustainabililty, On. “Achieving the proof-of-concept and creating the first T-shirt made out of 100% biorecycled fibers is an important milestone. Our engagement with CARBIOS and the other consortium members is an important step towards enabling the industry to game-changing circular technologies at scale.”

“PUMA’s wish is to have 100% of our polyester coming from textile waste,” said Anne-Laure Descours, Chief Sourcing Officer, PUMA. “Today’s announcement is an important milestone towards achieving this and making our industry more circular. We now need to work together to make sure we can scale up this technology to make the largest possible impact. We’re excited to be part of this breakthrough and setting new standards for fiber-to-fiber recycling.”

“This T-shirt is the first tangible result of our ‘fiber to fiber’ consortium with CARBIOS, overcoming textile challenges to create a garment from enzymatically recycled waste with the same quality as virgin fibers,” said Guillaume Meyzenq, Chief Product Officer Softgoods, Salomon. “It builds on Salomon’s commitment to material circularity, following Index – the first recyclable running shoe, and highlights our dedication to reducing factory waste and our engagement to reduce by 30% our carbon footprint by 2030. This project, in collaboration with footwear and apparel Brand partners, reflects our shared leadership and vision for a more sustainable footwear and textile industry.”

Posted: October 29, 2024

Source: CARBIOS

RecyClass Confirms Avery Dennison’s Film Label Solutions Are Fully Compatible With HDPE Recycling, A Market First 

OEGSTGEEST, The Netherlands — October 28, 2024 — Avery Dennison Corp., a global supplier of materials sciences and technology, is thrilled to announce that they have achieved another market first with the technology approval from RecyClass confirming full compatibility to their new guidelines, in line with the recyclability evaluation protocol for rigid HDPE containers.

Previously, Avery Dennison’s standard adhesion film labels were in limited compatibility for the colored HDPE recycling stream. Avery Dennison requested that the RecyClass HDPE Technical Committee carry out an assessment of several PE and PP solutions within their film label portfolio to verify their impact on the quality of recycled HDPE containers. Upon completion of the assessment, RecyClass has confirmed that these products are fully compatible with existing European industrial recycling processes for HDPE containers for white, colored and natural plastics.

RecyClass develops Recyclability Evaluation Protocols and scientific testing methods for innovative plastic packaging materials, which serve as the base for Design for Recycling Guidelines for all plastic packaging types. Recently, RecyClass modified the Design for Recycling Guidelines and HDPE evaluation protocol to acknowledge all steps of the HDPE recycling process, including the impact of the grinding process (or mechanical stress), on enabling label removability during the recycling of HDPE packaging. Avery Dennison supported these newly developed guidelines, which emphasized that friction, rather than temperature, was the key factor for removability. This criterion is in line with the results of a semi-industrial trial Avery Dennison conducted with The National Test Centre Circular Plastics in early 2024.

This approval confirms the opportunities these products offer Avery Dennison customers facing the changes introduced by the Packaging and Packaging Waste Regulation (PPWR). The results also show that FMCG brands do not need to seek out separate labeling solutions that are compatible with recycling, since Avery Dennison’s standard adhesion filmic label solutions now meet the DfR Guidelines from RecyClass.

“This is a great result for us,” says Rob Groen in ‘t Wout, Marketing Director Films at Avery Dennison. “This approval applies to the majority of our film labels that are typically used for rigid HDPE containers and proves that our labels can better contribute to a more circular economy.”

To read the approval letters, please visit the RecyClass website. To learn more about our HDPE solutions, visit our website or contact your local Avery Dennison representative.

Posted: October 28, 2024

Source: Avery Dennison Corporation

Spinnova Has Been Granted A Business Finland R&D Loan For Developing Its Fiber Production Technology

JYVÄSKYLÄ, Finland — October 28, 2024 — Spinnova has been granted an R&D loan by Business Finland of a maximum of 12.7 million euros for its research and development (R&D) work for the period July 5, 2024 to December 31, 2027, which is divided into two phases. The loan amount in the first phase totals 7.7 million euros, lasting two years. The loan amount of the second phase, lasting one and a half years, is evaluated to be 4.9 million euros. A prerequisite for granting the second phase is certain technical and commercial criteria, which must be met in the first phase of the R&D project.  The loan amount represents 50 percent of the project’s total cost estimate, which totals 25 million euros, including both phases.

The first phase of the project focuses on process efficiency, further fiber recipe development, and automation development of Spinnova’s technology. In the second phase, the focus will be on product development for new textile and other applications, in addition to process efficiency. The loan’s amortizations will start in 2029, and the interest rate is three percentage points below the base interest rate, defined by the Ministry of Finance Finland (currently 3.75 percent) or at least one per cent.

This R&D project supports the scaling of Spinnova’s technology sales. The project work is part of Spinnova’s R&D roadmap for lowering the capital expenditure and operational expenses of production technology, presented earlier this year at Spinnova’s Capital Markets Day.

“We are grateful that Business Finland continues to support Spinnova in the commercialization of our fiber technology. With this significant financing, we are able to speed up our R&D work, which is done together with our partners, in order to increase the cost competitiveness and attractiveness of the unique Spinnova technology,” said Spinnova’s Chief Technology Officer Juha Salmela.

Spinnova has previously stated that no additional external financing is required for Spinnova to achieve its strategy targets. This statement remains in place as this R&D loan is intended for a specific R&D project and has no dilutive effect on shareholders. Spinnova has previously received grants from Business Finland, for example, for developing SPINNOVA® fiber from textile and agricultural waste streams. These earlier development projects continue concurrently with the now-starting R&D project.

Posted: October 28, 2024

Source: Spinnova Plc

Birla Cellulose And Circ Announce Strategic Partnership To Accelerate Scaling Textile Recycling Innovation

MUMBAI — October 28, 2024 — Birla Cellulose — the cellulosic fibers business of the Aditya Birla Group and a global man-made cellulosic fiber (MMCF) producers through its flagship company Grasim Industries Ltd. — and Circ, a U.S.-based textile-to-textile recycling innovator have announced a long-term strategic partnership aimed at accelerating the scaling of recycling fibers within the textiles sector.

This groundbreaking collaboration proposes, for Birla Cellulose to purchase up-to 5,000 tons of Circ’s pulp, per year, for a period of 5 years from Circ’s first commercial-scale facility. This pulp will be converted into lyocell staple fiber, significantly enhancing access to recycled materials and supporting Circ as it scales its commercial production.

Peter Majeranowski, CEO of Circ

“Our partnership with Birla Cellulose, a leading global producer of MMCFs, is significant as it demonstrates both Circ’s ongoing progress towards scalability as well as the industry’s commitment to investing in a truly circular economy,” said Peter Majeranowski, CEO of Circ. “Together, we are poised to create a more sustainable fashion future by integrating recycled materials into textiles on the global stage.”

Dr. Aspi Patel, chief technology officer of Grasim Industries, said, “This partnership reflects our deep commitment to environmental stewardship and represents a crucial step in advancing innovation within the textile industry. By combining Circ’s cutting-edge recycling technology with our cellulosic fibres, we are significantly enhancing the potential for a truly circular economy.”

As brands and consumers increasingly prioritize eco-friendly options, the supply chain will play a pivotal role in facilitating demand. The partnership between Birla Cellulose and Circ demonstrates the role of collaboration in effectively scaling recycling initiatives. With the appetite for recycled materials outpacing the current supply, Birla Cellulose’s willingness to procure and utilize Circ pulp ensures Birla Cellulose’s customers have access to high-quality recycled Circ Lyocell. This partnership enables brands and supply chain partners can partake and play their part in the future of the global fashion industry.

Both companies are committed to promoting circular economy practices and reducing environmental impact through innovative technology and material reuse. They are also aligned on their shared vision for a sustainable future with a promise to set new benchmarks in the textile industry.

Posted: October 28, 2024

Source: Birla Cellulose, the cellulosic fibers business of the Aditya Birla Group

Vanguard Europe’s HVT Technology With Fogepack Systèmes At ALL4PACK EMBALLAGE

BRIXEN, Italy — October 28, 2024 — Vanguard Europe will debut its cutting-edge technology for the corrugated box market with the first public showcase of its VK300D-HVT high-production flatbed LED UV machine at ALL4PACK EMBALLAGE in Paris, from November 4-7 (Stand C141, Hall 5).

VK300D-HVT

The VK300D-HVT, featuring its advanced, powerful vacuum table specifically tailored for the corrugated box industry, will be displayed in Vanguard’s redesigned look. With its capability to handle virtually any substrate type and thickness, including wood applications, it will be a major attraction at the show where Fogepack Systèmes will showcase Vanguard’s innovation alongside Zünd Systemtechnik AG, on their stand.

Vanguard Europe and Fogepack Systèmes confirmed their exclusive partnership for France three months ago. This will be their first joint appearance at a trade show. The comprehensive agreement with Fogepack Systèmes, covering sales, distribution, service, and consumables, is part of Vanguard Europe’s strategic initiative to further grow its customers’ businesses by anticipating and meeting their needs.

Yiannis Apostolidis

“We’re really looking forward to exhibiting at ALL4PACK EMBALLAGE with Fogepack,” said Yiannis Apostolidis, Business Development Director of Vanguard Europe. “We recognize the significance of ALL4PACK EMBALLAGE and the French market, which presents substantial growth opportunities. This will be our first public showcase of the unique VK300D-HVT machine at a packaging show, where we will also present important technology advancements in service and software solutions.”

Roland Alberti

Roland Alberti, Head of Operations for Fogepack Systèmes, said: “For us and our partners, ALL4PACK EMBALLAGE represents a unique opportunity to develop new and exciting sales opportunities, growing business profitably for our customers. The show will be an important platform to demonstrate the progress we have made in such a short time.”

Posted: October 28, 2024

Source: Vanguard Europe

Oerlikon Riri And Oerlikon Fineparts Expand Their PVD Technology Capabilities To Enhance Sustainability And Performance

MENDRISIO, Switzerland — October 28, 2024 — Oerlikon Riri and Oerlikon Fineparts, the luxury brands of Oerlikon, are further expanding the use of their advanced Physical Vapour Deposition (PVD) processes, leveraging Oerlikon Balzers’ technological expertise. Oerlikon aims to raise its profile as the leading provider of high-quality, environmentally-friendly finishes for the luxury sector, balancing style, performance, and sustainable improvement.

Oerlikon recently installed a new Oerlikon PVD equipment at the Fundão plant in Portugal, a center of excellence for surface treatments. It is designed, manufactured and engineered by Oerlikon Balzers, allowing Oerlikon Riri and Oerlikon Fineparts to produce high volumes of PVD finished components with impeccable quality and homogenous surface finish.

“The increased adoption of PVD technology perfectly aligns with our goal of creating high-performance, sustainable products for the luxury market,” says Katharina Rick, President of the Luxury business sector at Oerlikon. “In a challenging time for the luxury market, our efforts are focused on minimizing our environmental footprint while providing our clients with finishes that meet the highest standards of beauty and durability. PVD allows us to redefine the perception of metallic finishes in fashion, bringing a new level of sophistication and sustainability to our offerings.”

Creating sustainable products for the luxury industry using PVD

Physical Vapour Deposition is a thin-film coating process that distinguishes itself from traditional galvanic techniques, offering numerous benefits. From a technical perspective, it provides greater resistance to scratches and oxidation, extending the lifecycle of luxury accessories and ensuring they retain their visual appeal over time. A key advantage of this process is its ability to create durable and uniform finishes on accessories, providing customers a range of colors and effects that are challenging to achieve through conventional technologies.

From an environmental standpoint, the benefits of PVD are even more evident. After conducting an internal analysis to compare the differences between a PVD-treated stainless steel accessory and electroplating-treated brass version, PVD resulted in a 76% reduction in overall environmental impact measured in kg CO2 equivalent. The process eliminates water usage entirely, achieving a 100% saving in water consumption. This also results in a 97% decrease in waste and a substantial saving in the use of precious metals, contributing to an 83% reduction in CO2 emissions related to raw material sourcing and processing.

Moreover, PVD’s use of stainless steel as a base material, instead of the more commonly used brass, further enhances the sustainability profile of the item. Stainless steel components are 6% lighter than brass equivalents, resulting in both lower transportation emissions and improved comfort when wearing luxury accessories. They are produced by MIM (Metal Injection Moulding) which significantly reduces scraps in the production process. Indeed, the raw material utilization for MIM exceeds 95%, whereas cold forging combined with machining processes achieves approximately 60%. The shift to stainless steel also eliminates the risk of lead contamination and improves the longevity of products by avoiding oxidation. This allows accessories to maintain their original aesthetic over a long period of time.

Posted: October 28, 2024

Source: Oerlikon

INDA Calls For Abstracts For The 2025 World Of Wipes® (WOW) International Conference

CARY, N.C. — October 28, 2024 — INDA, the Association of the Nonwoven Fabrics Industry, is now accepting abstracts for the 18th annual World of Wipes® (WOW) International Conference, taking place from July 21-25, 2025, in Columbus, Ohio. Industry professionals are invited to submit abstracts on wipes products, raw materials, technologies, markets, and technologies until February 7, 2025.

Professionals in the wipes industry are encouraged to submit a concise abstract (one to two paragraphs) that outlines how their presentation connects to wipes or wipe manufacturing. Abstract submissions may be made online through the WOW website (https://worldofwipes.org/papers.html) by the February 7th deadline.

Topics of interest include, but are not limited to:

  • Dry and wet wipes
  • Circular economy initiatives
  • Sustainability and end-of-life implications
  • Substrate formation
  • Skincare formulations
  • Raw materials and ingredients
  • End-use markets
  • Packaging innovations
  • Machinery and equipment advancements
  • Market trends and consumer insights
  • Regulatory updates
  • E-commerce and retail channels

Presenting at WOW 2025 offers a unique opportunity to showcase innovative wipe products, connect with industry leaders, and explore potential partnerships in the entire wipes supply chain from raw materials to converters to brands and retailers.

For inquiries, please contact Deanna Lovell at dlovell@inda.org. For more information or to submit an abstract, visit: https://worldofwipes.org/papers.html

Additional details about WOW 2025 will be available in January 2025.

Posted: October 28, 2024

Source: INDA, The Association of the Nonwoven Fabrics Industry

Sci-Lume Labs® Inc. (USA) Joins The International Textile Manufacturers Federation (ITMF) As Corporate Member

ZÜRICH — October 28, 2024 — Sci-Lume Labs has created an affordable circular material (Bylon®) that is made from renewable agricultural waste. Bylon aims to close the fashion sustainability loop by making “scalably sourced, earth-digestible, and 100-percent recyclable clothing accessible to everyone”.

Sci-Lume Labs is also a winner of the ITMF Start-up Award 2024.

Dr. Christian Schindler

MChristian Schindler, Director General of ITMF, commented: “ITMF is very proud to have start-ups like Sci-Lume Labs applying for and winning the ITMF Start-up Award. It is important for ITMF to bring together well-established textile and apparel companies with start-ups on the ITMF-platform. The objective is that they benefit from each other. Start-ups are bringing new ideas and technologies to the table while well-established companies have market expertise and experience that can help start-ups to scale up. For Sci-Lume Labs, membership with ITMF also provides unique access to relevant data and an international network from the entire textile value chain.”

Oliver Shafaat, CEO of Sci-Lume Labs Inc., emphasized that: “Becoming a member of ITMF helps us to get a better understanding of the textile industry’s dynamics. Furthermore, ITMF’s members come from every part of the world’s textile value chain, and it is critical to build communication and collaboration between these different stakeholders. All aspects of our industry need to work together to develop the sustainable and circular solutions the world needs. Platforms like ITMF play a vital role in enabling the transition to a more circular textiles industry.”

For more information about the Sci-Lume Labs Inc., please go to https://www.sci-lumelabs.com/

For more information about ITMF, please go to www.itmf.org

Posted: October 28, 2024

Source: The International Textile Manufacturers Federation (ITMF)

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