Microban® International Announces A New Range Of Antiviral Technologies

HUNTERSVILLE, N.C. — November 10, 2021 — Microban International — a global supplier of antimicrobial solutions, odor control and residual sanitization/disinfection solutions — is pleased to announce a new range of antiviral technologies that are proven to reduce viral loading on products and surfaces. Microban has long been a trusted partner in a wide range of sectors — from consumer and healthcare to industrial and construction — and this announcement adds to the versatility of the company’s technology portfolio.

Microban® technology can be incorporated into various materials during manufacturing, becoming part of the product’s structure to provide inherent and enduring protection from microbes. Recent data demonstrates that new antiviral technologies from Microban conform to both ISO 18184 — which assesses the antiviral performance of treated textile products, such as woven and knitted fabrics, fibers, yarns, and braids — and ISO 21702, which measures activity in treated plastics and other non-porous surfaces. Thorough testing was performed to evaluate the efficacy of each product type against many viruses, including bacteriophage Phi6, an important surrogate virus for SARS-CoV-2. The results showed that articles treated with these technologies can now benefit from reduced viral loading* by up to 99 percent.

Antiviral technologies from Microban inhibit the viruses’ ability to remain viable on surfaces. The modes of action vary, disrupting the structure of either the outer protein coat — to prevent viruses from recognizing or binding to host cells — or nucleic acid payload, to prevent viral replication. This gives manufacturers a valuable product feature and provides consumers with added peace of mind.

Michael Ruby, president of Microban International, explained: “We are excited with the latest results confirming the antiviral activity of our new technologies. Assessing antiviral efficacy in treated products to a standard that meets the complex regulatory landscape is an arduous process, but we have been confident throughout that our innovative solutions conformed to the rigorous ISO standards. Our world-class research team and global in-house regulatory department worked diligently to ensure that the technology is recognized as effective and compliant across various markets, to support partners with their claims and give customers even greater confidence in products protected with Microban antiviral technology.”

Following the start of the COVID-19 pandemic, there was a monumental upsurge in demand for antiviral technology in products, and it is readily acknowledged that Microban was not the first in the industry to make antiviral claims. Instead, the company invested a considerable amount of time and resources to ensure that its antiviral technologies were not only scientifically proven to be effective in reducing viral loading on surfaces and products, but that they could also be used in a regulatory compliant manner by brands and manufacturers across a variety of territories and product types. Microban is committed to being a reliable and trusted industry leader, and its unrivalled regulatory expertise can help to ensure that partners are aware of the implications that antiviral claims can have on their product types in the countries where they are being sold.

Posted November 10, 2021

Source: Microban® International

VDMA Technology Webtalk: Augmented Reality In The Textile Industry

FRANKFURT — November 10, 2021 — The next VDMA technology webtalk is scheduled for November 18 (2:00 – 3:30 pm CET) and will focus on Augmented Reality in the textile industry.

Industrial service processes often require a lot of travelling for experts and technicians to support customers, partners and colleagues with technical issues on textile machinery in production. Skilled workers are limited, and their time is too valuable for them to travel long distances for every service call. AR technology, remote support and standardized work instructions create the possibility to enable humans, machines and processes to interact efficiently, thereby deliver innovative services. This is the background of the VDMA’s next technology webtalk with the title “The beginning of the remote age. Augmented Reality powered processes in the textile industry”.

The speakers and their topics at a glance:

Arash Rezaey, Aachen University (ITA): AR/VR in the textile industry: What is possible and what is relevant?

Augmented and Virtual Reality (AR & VR) offer new options for visualisation and interaction. Could these options be beneficial in industrial applications? How can an AR/VR system be developed? (www.ita.rwth-aachen.de)

Martin Plutz and Nikhil Venkateshan, company oculavis: Empowering People with Augmented Reality

This presentation briefly shows how with the integration of new collaboration forms into industrial processes, services are more resilient, travel costs are reduced, machine downtimes are minimized and new digital business models in service for textile machinery manufacturers are made possible. (https://oculavis.de/en/home/)

Veit Straubinger, SCHWING Technologies: SCHWING Technologies relies on remote service

The plant manufacturer offers customers virtual commissioning, maintenance or training worldwide. There is usually a short time between making an appointment and commissioning or servicing of the thermal cleaning systems. Repairs are carried out within hours. In addition to commissioning, maintenance and repairs, the new online customer service for the company’s systems also includes training, acceptance and other services. When selecting the software, Schwing focuses above all on German and certified quality, tested servers and GDPR-compliant data security.

After the presentations, the experts will be available to answer the participants’ questions.

Registration is possible via this link (no participation fee):

https://en.industryarena.com/vdma-textile-machinery/webinar/1373899383

Posted November 10, 2021

Source: VDMA

Quinn Houser Joins Organic Dyes & Pigments As A Business Development Representative – Mid-Atlantic

Quinn Houser

LINCOLN, R.I. — November 9, 2021 — Organic Dyes and Pigments LLC (ORCO) is pleased to announce that Quinn Houser has joined Organic Dyes and Pigments LLC as a Business Development Representative. Houser’s territory will include accounts throughout the Mid-Atlantic States.

Houser comes to ORCO from Stoner Inc. — a manufacturer of specialty lubricants, cleaning and auto care products — holding positions in Technical Service, R&D and Process Engineering. He holds a BS degree in Chemical & Biomolecular Engineering from The Johns Hopkins University and is also currently completing his MBA from Temple University. Houser’s customer facing background in product development/market introduction and technical service/support will be solid additions to the ORCO Commercial Team.

Houser is based out of Lancaster, Pa., where he resides with his family, wife Erin and 7-month-old son Augustine.

Posted November 9, 2021

Source: Organic Dyes & Pigments

AATCC Announces Olney Medal Recipient

RESEARCH TRIANGLE PARK, N.C. — November 9, 2021 — J. Vincent Edwards is recognized with the AATCC Olney Medal Award for his substantial work in the design and implementation of cotton for acute and chronic wound care.

Edwards graduated Summa cum Laude with a BA in chemistry from the University of Louisville in 1976 and a PhD in Bio-Organic Chemistry in 1984. After graduating, he went to work with the Southern Regional Research Center (SRRC), United States Department of Agriculture (USDA) as a research chemist, researching the structure and synthesis of proteins and peptides. In 1987, he joined Merrell Dow Pharmaceuticals as a senior associate scientist. In 1994, he joined GeneMedicine Inc. as a senior scientist and in 1997, Edwards went back to the SRRC-USDA as a Research Chemist, Lead Scientist.

Achievements

For almost 25 years, Edwards’ research in the areas of cotton, hygiene, and wound healing has led to significant understanding and treatment of infection and pain caused by chronic wounds. Research that he began in 1997 led to the development of a protease-inhibitor, cotton-based wound dressing that served as a model in wound dressing development. At the center of the pathology is human neutrophil elastase (HNE), which is perhaps the most destructive protease in the body.

Edwards was able to develop controlled release protease inhibitors useful as a treatment modality for chronic wounds. He was the first to demonstrate the kinetic profile, dose response, and fiber release properties of an HNE fiber-inhibitor dressing formulation applied to human chronic wound fluid. He led a team of wound healing scientists and physicians to evaluate elastase inhibition of the modified wound dressings. His findings would assist the more than 5 million people who suffer from chronic wounds. The first paper he wrote on this research was the main subject of discussion at a Gordon Conference on Tissue Repair & Regeneration in June 1999 and played a role in wound care companies developing protease sequestrant dressings.

Edwards has published 78 peer-reviewed papers, and over 30 additional papers, proceedings, and presentations. He has edited two books and five book chapters. Edwards and his co-workers have been issued nine US patents.

Professional Organization Affiliations

Edwards has been a very active member of the American Chemical Society, Cellulose and Renewable Materials Division, where he served as chair from 2007 through 2008. He served as program chair from 2005 through 2006, awards chair from 1999 through 2004, and nominations chair in 2013. He also served on the poster committee of the Wound Healing Society in 2003 and 2013.

Honors & Recognition

Edwards was recognized by the SRRC with the Early Career Scientist Award in 1986 and the Outstanding Contributor to EEO in 1987. Also, in 1987, he was awarded a fellowship by the Office of Economic and Cooperative Development, Department of Organic Chemistry, Stockholm University, Stockholm, Sweden to perform glycopeptide research. In 1990, he was recognized with the Marion Merrill Dow Inc. Bicentennial Inventor Award.

Edwards received the Employee of the Year Award for Technology Transfer Adoption, from the SRRC in 2001, 2005, and 2014 and the Excellent Paper Award for “Performance of Bioactive Molecules on Cotton and Other Textiles” in 2006.

He was recognized as Outstanding Scientist at the SRRC in 2008 and Division Fellow of Cellulose and Renewable Materials Division from the American Chemical Society (ACS) in 2013. He received the SRRC Mid-South Technology Transfer Award for “The Development of Greige Cotton Nonwoven Fabrics for Disposable Diapers” in 2014, and the Federal Laboratory Consortium Southeast Region, Excellence in Technology Transfer Award for “Greige Cotton Nonwoven Fabrics for Disposable Diapers” also in 2014.

Edwards received the SRRC award for National Technology Transfer for “Cotton Battlefield Dressing Technology” in 2019. Edwards was recognized with the 2020 Secretary Honor Award given by Secretary of Agriculture Sonny Perdue. Along with this award, he also earned a place in the President’s Gears of Government Hall of Winners, USDA, for developing “a nonwoven cotton gauze that is 33% lighter and 63% more absorbent than standard gauzes made of bleached processed cotton. Edward’s product also triggers blood clotting more quickly, sheds fewer fibers, and releases small amounts of hydrogen peroxide to help mobilize wound-healing cells at the injury site.”

The Olney Medal

Established in 1944 in honor of Louis Atwell Olney, the founder and first president of AATCC, the Olney Medal recognizes outstanding achievement in textile or polymer chemistry or other fields of chemistry of major importance to textile science. The award consists of a gold medal, a scroll, and an honorarium.

Presentation of the medal each year is a highlight of AATCC’s annual conference. This year, the conference, the AATCC Textile Discovery Summit, will be held at the Sheraton Imperial Hotel Raleigh-Durham Airport at Research Triangle Park, NC, USA, from November 16-18, 2021. The Association will present the Olney Medal at the Awards Luncheon on November 18, 2021.

Edwards will deliver the traditional Olney Medal Address on November 18 at 8:15 a.m.

The title of his talk is “Bioactive Design in a Sensor Driven World: A Case for Cotton.”

Posted November 9, 2021

Source: AATCC

Canada Goose Achieves Responsible Down Certification

TORONTO — November 9, 2021 — Today, Canada Goose announced that it has achieved certification under the Responsible Down Standard (RDS). With this accreditation, the brand joins other Responsible Down Certified global manufacturers who embrace sustainability and animal welfare. The RDS is an international, voluntary program that monitors the chain of custody for certified materials and ensures that RDS down standards are maintained throughout the entire supply chain.

“We are driven by our purpose to keep the planet cold and the people on it warm,” said Dani Reiss, president and CEO, Canada Goose. “With today’s announcement, we have reached yet another milestone in the journey to deliver on our purpose, months ahead of schedule.”

Recognized globally by consumers and across the textile industry, RDS provides a common set of expectations and aligns with Canada Goose’s focus on manufacturing best-in-class products that epitomize sustainable innovation. As a certified member, Canada Goose will continue to actively participate in the RDS Global Working Group, governed by the Textile Exchange, to ensure that the RDS continues to evolve and reflect best practices in the industry.

“The Responsible Down Standard is a global standard for best practice in down production,” said La Rhea Pepper, CEO, Textile Exchange. “The RDS helps ensure duck and goose welfare is protected at the farm level and then tracks that material all throughout the supply chain. We’re thrilled to see Canada Goose achieve this high standard.”

This accomplishment strengthens the brand’s dedication to sustainability, continually working toward and building upon its Sustainable Impact Strategy. Canada Goose reaffirms this through its purpose platform, HUMANATURE, which unites its sustainability and values-based initiatives, underscoring its commitment to keep the planet cold and the people on it warm. Canada Goose’s goals are ambitious with aggressive timelines in order to create impact and drive change. Those goals include achieving net-zero carbon emissions by 2025; aiming for 90 per cent of Canada Goose fabrics to receive bluesign® approval for responsible and sustainable practices by 2025; and transitioning 90 percent of its materials to Preferred Fibres and Materials (PFMs), which are sustainable alternatives to conventional materials, by 2025.

Posted November 9, 2021

Source: Canada Goose

Noble Biomaterials’ Circuitex Shielding Technology Protects Against Directed Energy Attacks

SCRANTON, Pa. — November 9, 2021 — Noble Biomaterials, creator of conductive energy textiles and advanced antimicrobial systems, announces today that its Circuitex fabric and foam technologies are proven to reflect high-frequency energy waves similar to those suspected in Havana Syndrome attacks and produced by directed-energy weapons (DEW).

In response to the growing threat of Havana Syndrome to U.S. diplomatic and military personnel around the world, Noble Biomaterials has developed passive and active mitigation systems that have the ability to counter devastating directed energy attacks in fixed and mobile locations. Circuitex Shielding Fabrics utilize proprietary material technology that scatters and shields energy waves by reducing power of the waves by up to 100dB. This level of protection, deployable within soft and hard surface applications, is far above industry standards and is currently utilized by the United States Military and Department of State.

Circuitex shielding technology allows for unmatched consistency and performance across a broad range of the electromagnetic spectrum. It is highly effective from 30 MHz through 30 GHz, demonstrating attenuation values between 30 dB (99.9 percent) and 90 dB (99.9999999 percent).

Circuitex Conductive Material from Noble Biomaterials

“Circuitex is proven effective in mission-critical military and aerospace applications,” said Joel Furey, founder and chief commercial officer at Noble Biomaterials. “Noble Biomaterials has spent years developing multi-spectral energy management systems for security and protection. Whether the objective is to transfer or shield energy, our portfolio of products is uniquely suited to deal with the challenges of directed energy.”

Circuitex is offered as fiber, fabric, and foam and can be used in soft or hard surfaces for fixed and mobile applications. Commercial products include apparel fabrics, tents, shelters, tapes, wallpapers, and medical devices. Circuitex was developed for solutions in EMI/RFI shielding, thermal and electrical conductivity, IR signature, biometric monitoring, and static control.

Noble Biomaterials is a registered FDA medical device facility, an essential sole-source technology supplier of medical components to the U.S. military, and a U.S. EPA–registered antimicrobial manufacturer. Noble products are EPA, FIFRA, BPR, and CE conforming.

Posted November 9, 2021

Source: Noble Biomaterials Inc.

Polartec Announces 2021 Apex Design Award Winners

ANDOVER, Mass. — November 9, 2021 — Polartec®, a Milliken & Company brand, announced the winners of its 2021 Polartec Apex Design Awards, the annual design award program celebrating the finest products made from Polartec fabric technologies. The winning products were selected from hundreds of entries based on skilled and creative uses of Polartec.

This year’s Polartec Apex Awards campaign centers the importance of versatility and functionality for today’s consumer, brought to life by a creative campaign featuring photography of all the winning products under the theme “Mountain to Bar and Back Again.” Recognizing the very best in garment design and fabric innovation, it’s the freedom to play and perform in the same solution that makes many of this year’s winners stand out from the crowd. The models in the campaign have been fashioned as characters representing each winning brand’s product.

The winners are:

66°North – Kría Neoshell® Power Fill Parka – The Kría NeoShell Power Fill Parka uses a first-of-its-kind combination of Polartec® Power Fill™, the first 100-percent post-consumer recycled (PCR) fill insulation, and Polartec NeoShell, the most breathable waterproof fabric. Polartec Power Fill provides lightweight warmth and compressible insulation made of proprietary hollow fibers bonded together to eliminate cold spots. Polartec NeoShell is not only the most breathable waterproof fabric technology, but it’s also stretchy and lightweight, enabling unprecedented comfort in a waterproof fabric. The resulting design from the harsh, colder weather experts at 66°North in Iceland updates one of their original jacket designs with these technologies, creating a cold-weather parka that performs for everything from extreme weather outdoor pursuits, to everyday life.

ABSNT – theROBE – The ABSNT Robe is designed for a circular lifecycle thanks to Polartec Power Air. An update to the award-winning fabric technology, this style of Polartec Power Air is 100 percent recyclable and 25 percent lighter than the initial product. Power Air is the first fabric technology engineered to minimize microfiber shedding, with an innovative knit construction that encapsulates lofted fibers within a multilayer, continuous yarn fabric construction, capturing warmth and preventing microfibers from shedding at least five times less than other premium mid-layer fabrics. ABSNT’s unique position of designing premium and mindful product that they feel are ABS(e)NT from the marketplace makes Polartec a perfect fit for their introductory product. The product will release in 2022.

And Wander – alpha AIR T – And Wander continues to showcase the design versatility of Polartec Alpha® with the alpha AIR T. Polartec Alpha active insulation offers a rare combination of lightweight warmth and true breathability. A fabric technology originally developed for US Special Forces, Alpha regulates thermal comfort in dynamic conditions due to its exceptional breathability. The Japanese outdoor brand uses a minimalist, fashion-oriented design but draws inspiration from the outdoor technical world with performance fabrics. Polartec Alpha meets the And Wander ethos of making beautiful, lightweight, and functional clothing.

Ariat Rebar Polartec Elite Series – The Ariat Rebar Polartec Elite Series draws inspiration from how a climber or skier would layer in accordance with weather conditions to introduce the first non-flame-resistant Polartec workwear collection for the “athletes of work.” The collection employs a set of Polartec fabric technologies to create a unique thermoregulating layering system. For the base layer, Ariat chose Polartec Power Grid™, the original grid fabric engineered to maximize warmth, breathability, wicking action, and compressibility, while minimizing weight and bulk. For the mid-layer, Ariat selected Polartec Power Stretch® technical fleece for durable stretch and recovery, and treated it with Polartec Hardface® for added protection, abrasion resistance and water repellency. For the outermost layer, Ariat used Polartec Power Fill, made with 100 percent post-consumer recycled (PCR) content, to insulate in the coldest/harshest conditions. It’s truly a one-of-a-kind advanced clothing system using a breadth of Polartec fabric technologies to maximize thermoregulation and protection for the various conditions that workers face.

Haglöfs – High Loft Wool Jacket – Haglöfs uses the performance of natural fibers to their benefit in the High Loft Wool Jacket. As a long-time Polartec innovation partner, Haglöfs embraced an evolution of Polartec High Loft lightweight insulation made with merino wool for its natural thermoregulation and comfort on the shoulders and torso. And to add further natural performance, the arms and sides are engineered with Polartec Power Wool™ for increased stretch and range of motion, with a brushed grid fleece wool interior and a smooth jersey face synthetic exterior to retain wool’s natural properties, while increasing its performance. The result is a cold-weather layer that uses Polartec’s natural solutions for advanced thermal comfort, enabling Haglöfs to maintain sustainable performance.

Hikerkind – Midlayer_01 – Hikerkind is a women’s outdoor gear and New York City hiking club creating apparel with a new perspective that redefines the hiker archetype. For the brand’s initial product, Hikerkind selected Polartec Power Air, the award-winning future fleece technology specifically designed to reduce microfiber shedding. Featuring an innovative knit construction that encapsulates lofted fibers within a multilayer, continuous yarn fabric construction, Power Air provides advanced thermal efficiency while shedding 80% less microfibers compared to premium fleece. The Midlayer_01 is warm, yet lightweight and breathable, with four-way stretch and a soft hand feel, and looks as natural in an upscale boutique as on the trail. The bluesign® and OEKO-TEX® Standard 100-certified Polartec fabric is made in the USA and the garment is constructed in NYC, with 100-percent curbside-recyclable packaging. The Midlayer_01 (complete with a matching scrunchie made from upcycled Polartec Power Air) encapsulates Hikerkind’s ethos of conscious creation and reducing overall waste.

Moncler – Grenoble Collection – Softshell Jacket, Softshell Pants – Moncler’s Grenoble Collection combines high-end fashion with performance technologies to create truly luxurious outdoor wear. Polartec NeoShell, the world’s most breathable waterproof fabric, powers this elevated look from top-to-bottom. With an air-permeable membrane, NeoShell is the first fabric to combine the superior breathability, ventilation, and stretch of a softshell with the waterproof performance of a hard shell. Moncler uses NeoShell in a unique tracksuit silhouette for versatile performance and comfort for any activity from mountain to city. The collection will release in January 2022.

Nike ACG – Men’s AOP Wolf Tree Hoodie, Women’s AOP Wolf Tree Half Zip, Men’s and Women’s AOP Wolf Tree Pant – Nike’s outdoor-inspired sub-label, ACG (All Conditions Gear), looks to the creators of technical fleece to deliver a premium apparel collection. Nike ACG uses Polartec® Classic 200 fleece made from 100 percent post-consumer recycled (PCR) polyester with a unique all-over print to design tops and bottoms for men and women. The resilient construction of Polartec Classic fleece technology creates air pockets for insulation, making it lightweight, warm, and fast-drying, with maximum durability. Nike ACG’s designs with Polartec equip you for streets and trails.

Norrøna falketind Alpha120 Zip Hood – The falketind Alpha120 Zip Hood is Norrøna’s most breathable and quick-drying mid-layer, using a hybrid of Polartec Alpha and Polartec Power Grid fabrics. Polartec Alpha active insulation is perfect for high-intensity outdoor adventures in cold conditions, as the fabric is engineered for advanced breathability and thermoregulation. Polartec Power Grid technical fleece is strategically placed under the arms and down the sides to optimize range of motion, promote moisture-wicking, and decrease overall fabric mass. With this piece, the Scandinavian outdoor brand designed a durable and lightweight mid-layer that performs throughout cold mountain conditions.

Orvis – PRO Sun Hoodie – The PRO Sun Hoodie is the first-ever sun hoodie made from Polartec Power Grid, created for optimal temperature regulation and versatile performance. Polartec Power Grid fabric technologies are defined by their patented bi-component knit grid construction for excellent moisture management and breathability. Orvis chose a thin, non-fleecey version of Power Grid with inherent sun protection (UPF50+), making it a truly smart application of this lightweight grid fabric. Originally designed for fly fishing, the PRO Sun Hoodie makes for an optimal moisture wicking base layer foundation for all activities in all conditions.

P.A.M. Liveable Recycled Shearling Coat – Australian fashion brand, Perks and Mini, designed this truly unique unisex coat with 100-percent post-consumer recycled (PCR) Polartec Thermal Pro® shearling Fleece. This particular iteration of Polartec Thermal Pro is a warm yet lightweight performance fleece delivering the comfort and look of wool shearling, with the dramatically improved performance and durability of technical fleece. Known for their interesting prints and patterns, P.A.M. was able to take advantage of Polartec Shearling Fleece’s design versatility by creating a truly fashionable coat with vibrant flowers all over, referencing this premium quality fabric in their own style.

Sportful – Total Comfort Jacket – The Sportful Total Comfort Jacket uses a hybrid of Polartec thermoregulating fabrics, Polartec Alpha Direct and Polartec NeoShell, to set a new standard for winter cycling. In the interior, Polartec Alpha Direct active insulation regulates core body temperatures for advanced breathability, made possible through Alpha’s lofted fibers connected to a solid mesh core. Polartec NeoShell is the most breathable waterproof fabric technology, providing dynamic air exchange, comfortable stretch, and weather protection, allowing Alpha’s breathability to excel for aerobic pursuits. The Total Comfort Jacket combines two of Polartec’s most innovative fabric technologies to enable unprecedented comfort and performance in cold-weather activities.

Every winner is an embodiment of Polartec fabric innovation and design inspiration, celebrating the science of fabric and the art of product design. Each winner will receive a coveted Malden Wizard trophy in celebration of their winning designs, in addition to joint marketing support. A “People’s Choice” winner will be named via voting on Polartec social media over the coming weeks.

Posted November 9, 2021

Source: Polartec®, a Milliken & Company Brand

VEOCEL™ Brand Launches Industry’s First Fiber Identification System To Address Growing Demand For Supply Chain Transparency In Beauty Industry

LENZING, Austria — November 9, 2021 — Globally, strong growth is expected in the beauty segment, with the facial sheet mask market forecast to reach $14 billion by 20301. As consumers continue to look out for ways to lead a more sustainable lifestyle, the need for brands to provide product quality assurance and supply chain transparency is ever growing. To address the increasing need for transparency and traceability in materials used in beauty products, VEOCEL™ Beauty brand has launched the Fiber Identification System for LENZING™ Lyocell Skin, Lenzing Lyocell Fine Skin and Lenzing Lyocell Micro Skin fibers, which presents unparalleled traceability, quality assurance and trustworthy communication that genuine premium Lenzing Lyocell Skin fiber types are used in facial sheet masks.

“In recent years we have been witnessing an evolution within the beauty industry, from merely focusing on the quality of nonwovens fabric, to ensuring authenticity and transparency of fiber materials used in facial sheet masks,” said Jürgen Eizinger, vice president of Global Nonwovens Business, Lenzing AG. “With the introduction of the Single-Use Plastics Directive in the European Union earlier this year, it is indeed a timely launch for our Fiber Identification System for Veocel Lyocell fibers. As brands become more aware of the importance of supply chain transparency and set it as a priority for their business model and reputation, we anticipate that the Fiber Identification System will play a key role for our Veocel Beauty brand in 2022 and beyond.”

Premium fibers with a net-zero footprint

The Fiber Identification System is applicable to the skin fiber types under Veocel Beauty brand, which are ideal for use in facial sheet masks. Made in Austria, the fibers are of botanic origin, biodegradable and compostable. Nonwoven fabrics made of Lenzing Lyocell Skin fiber types also feature Lenzing’s patented Translucency technology which offer naturally smooth and more translucent facial sheet masks. In addition to the exquisite quality, Lenzing Lyocell Skin fibers are also good for the environment as they are certified CarbonNeutral® products with a carbon footprint reduced to net-zero.

Identification of fibers in final products to combat counterfeit materials

The Fiber Identification System can identify fibers in the final products, providing quality control and authenticity assurance for brands against inferior counterfeit products. Products verified by the system also provide consumers with an added level of assurance and peace of mind that materials used in their beauty products are certified clean and made of genuine premium eco-friendly fibers.

“Around the globe, and especially in the Asia Pacific region, we have been hearing a lot about the usage of counterfeit materials in beauty product manufacturing sectors. Brands and consumers are also more cautious about negative health impacts of possible counterfeit materials used in their daily care products. With the launch of the Fiber Identification System, we are able to identify and verify usage of Lenzing Lyocell skin fiber types, thus reinforcing the Veocel Beauty brand as a “label of trust” for the beauty sector. With such confidence on supply chain transparency, brands will be able focus their efforts on other aspects of the business, supporting brand expansions in the long run,” added Steven Tsai, Senior Regional Commercial Director for Nonwovens Asia, Lenzing.

Posted November 9, 2021

Source: Lenzing AG

ANDRITZ To Supply A High-Speed Spunlace Line To Welspun, India

GRAZ, Austria — November 9, 2021 — International technology group ANDRITZ has received an order from Welspun Advanced Materials, India, to deliver a complete neXline spunlace line for the production of nonwoven roll goods and wipes for their new plant in Hyderabad, Telangana. The line has a capacity of up to three tons per hour. Start-up of the line is scheduled for the fourth quarter of 2021.

The ANDRITZ high-capacity spunlace line will process various types of synthetic or natural fibers, such as polyester, viscose and cotton. The final products will have fabric weights ranging from 25 to 120 gsm, thus covering many applications. This neXline spunlace line also offers the option to integrate a third component from a selection of smart layers, enabling Welspun to also manufacture products for the health care and hygiene sectors.

Cherian Thomas, CEO of Welspun Advanced Textiles, said: “We believe that the global demand for disposable products will show solid growth as economies and consumers become more hygiene- and environment-conscious. Our choice of ANDRITZ as our partner matches our shared view, which has a bias towards sustainable technologies. ANDRITZ’s neXline spunlace can provide savings on energy and water with the technology delivered. Welspun focuses on sustainability, and our site itself is being developed in compliance with the “Indian Green Building Certification.”

Welspun is the largest global exporter of home textiles. Innovation and quality lie at the heart of the company’s success, which already has nonwoven production lines in operation, including needlepunch and spunlace equipment. With its new plant in Telangana, Welspun will significantly increase its existing spunlace capacity and also maintain a broad range of applications as the final products are used in hygiene, home care and industrial cleaning. The new, advanced facility is a 100,000-square-meter greenfield development that is part of a larger 1,500,000-square-meter industrial complex also accommodating the Welspun floorings facility.

Posted November 9, 2021

Source: ANDRITZ AG

Ralph Lauren Corp. Applauds Selection Of U.S. Regenerative Cotton Fund As An AIM For Climate Innovation Sprint Partner At COP26

NEW YORK CITY — November 8, 2021 — Ralph Lauren Corp. today applauded the selection of the recently launched U.S. Regenerative Cotton Fund as an Agriculture Innovation Mission for Climate (AIM for Climate) Innovation Sprint Partner, a joint initiative created by the United States and the United Arab Emirates to support investments in climate-smart agriculture over the next five years. The selection was announced during the United Nations Climate Change Conference (COP26) in Glasgow on November 2, 2021.

“We must come together as a global community to address the challenges of today so that future generations inherit a world filled with natural beauty and inspiration. That’s why we are working toward our Net Zero goal, and it’s why the U.S. Regenerative Cotton Fund, created through partnership between the Ralph Lauren Corporate Foundation and the Soil Health Institute, complements our goals. We’re honored that this work is recognized as an AIM for Climate Innovation Sprint Partner,” said Patrice Louvet, president and CEO, Ralph Lauren Corporation.

The Ralph Lauren Corporate Foundation committed an inaugural grant to the Soil Health Institute to launch the U.S. Regenerative Cotton Fund, a first-of-its-kind initiative to support long-term, sustainable cotton production in the United States, with the goal of eliminating one million metric tons of carbon dioxide equivalent (CO2e) from the atmosphere by 2026. The U.S. Regenerative Cotton Fund is supported by a $5 million grant from the Ralph Lauren Corporate Foundation.

Recently, the company also joined a series of commitments reflective of the scope and mission of COP26 that underscore ongoing efforts made as part of its Global Citizenship & Sustainability goals. They include:

  • We Mean Business Coalition – G-20 Climate Statement: Aligned with the Company’s recent announcement to achieve net zero global greenhouse gas emissions from its operations and value chain by 2040, the Ralph Lauren Corporation signed a statement in support of urging G-20 nations to strengthen their Nationally Determined Contributions by at least halving global emissions by 2030 and committing to achieve net zero emissions by no later than 2050. Additional details can be found here.
  • Clean Energy Demand Initiative: To utilize the Company’s scale to create impact, the Ralph Lauren Corporation is actively advocating for cost-effective and robust clean energy procurement options in several key global markets where the Company operates or sources its products. Additional details can be found here.
  • Textile Exchange – Preferential Tariff Project: As a member of the U.N. Fashion Industry Charter for Climate Action and the Textile Exchange, the Ralph Lauren Corporation signed a policy statement issued to all COP26 participating nations requesting that policymakers work closely with the apparel, textile and footwear industry to develop thoughtful trade policy mechanisms, specifically those that would drive the adoption of environmentally preferred materials and enable achievement of the Textile Exchange’s industry goal of a 45% greenhouse gas emissions reduction by 2030 in the pre-spinning phase of textile fiber and materials production, in line with the Paris Agreement. Additional details can be found here.

Each of these commitments is inspired by Ralph Lauren’s grounding purpose, to inspire the dream of a better life through authenticity and timeless style, which has guided its design vision and how it operates its business for more than 50 years. Additionally, these efforts all build on the company’s work to pioneer, foster and scale sustainable innovation through partnerships and investments, including its work with Natural Fiber Welding Inc. and Color on Demand, and aligns with its commitment to the climate goals identified in the Paris Agreement.

Posted November 8, 2021

Source: Ralph Lauren Corp.

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