Polygiene Treats Cashmere Scarves From EZMA With Viraloff

MALMÖ, Sweden — June 16, 2020 — The Indian brand EZMA is the specialist luxury Cashmere Division of the ESSMA Group. It manufactures all kinds of cashmere products including scarves, stoles, as well as shawls, mufflers, capes, throws, carpets and blankets. Partnering with Polygiene it will now offer ViralOff® treated cashmere products, starting with a range of scarves.

“A strategic alliance with Polygiene AB and specifically for the ViralOff treatment, a proven name in its own field, allows EZMA to offer its patrons a sense of confidence and security in using the EZMA Fine Cashmere products, especially in context of this post-Covid world order,” said Sameer Mehra, managing director of EZMA.

“It’s a start for us in cashmere fabrics,” said Ulrika Björk, CEO of Polygiene, “It makes a lot of sense to go with Viraloff in products like scarves as they are so close to your face, but beyond the antiviral properties we should also remember they need less washing and therefore these beautiful cashmere fabrics will last longer. We expect to expand in other ranges going forward.”

ESSMA Group was founded in 1983. EZMA, the specialist luxury Cashmere Division of the ESSMA Group, started in 2002. EZMA works with a vertically integrated manufacturing system from carding to combing, specialty spinning, weaving on traditional Kaani or Handloom, complex dobby’s, ultra-modern weaving systems, each process is carried out to perfection within the production facilities owned by the ESSMA group. EZMA is probably the only textile mill in the world that incorporates six centuries of weaving techniques and state of the art-systems and technologies concurrently and simultaneously.

ViralOff is not intended to prevent disease, it is used for the protection of the treated product.

Posted June 16, 2020

Source: Polygiene

Researchers From Freie Universität Berlin, RWTH Aachen University Showed Textiles For Face Masks Can Directly Inactivate SARS-CoV-2

BERLIN/AACHEN, Germany — Researchers from Freie Universität Berlin at the Institute for Animal and Environmental Hygiene and the Institut für Textiltechnik (ITA) of RWTH Aachen University are collaborating on the topic of alternative personal protection equipment. The testing was conducted in the context of the EIT Health Project ViruShield, supported by the European Union, with the objective to discover alternative filter materials for face masks in light of tight supply and globally imbalanced supply chains for personal protective equipment.

The Switzerland-based company Livinguard has developed a treatment for textile facial masks that can directly inactivate bacteria and viruses. While researchers at the Institut für Textiltechnik (ITA) of RWTH Aachen University conducted experiments on the chemical and physical properties of various textiles for face masks, researchers at Freie Universität Berlin were able to demonstrate that these new textiles can reduce high amounts of SARS-CoV-2 virus particles by up to 99.9% within a few hours. “The textiles in these masks can thus continuously inactivate the exhaled viruses and can make handling these masks even safer overall,” says Professor Dr. Uwe Rösler, Institute for Animal and Environmental Hygiene. “In addition, such textiles could also help to reduce hygienic issues in other general and medical areas, even beyond COVID-19.”

The novel corona virus SARS-CoV-2 can be transmitted through airborne droplets and aerosols. For this reason, governments and health authorities worldwide, including the WHO, recommend wearing face masks to protect other people and, to a small extent, oneself. These face masks can hold back SARS-CoV-2-containing droplets that occur when you exhale, cough and sneeze.

However, great care must be taken when handling contaminated face masks: After use, either the masks must be disposed of, or the viruses can be inactivated by washing at higher temperatures or by microwave treatment.

The principle underlying the Livinguard Technology is that the textile surface has a strong positive charge. When microbes come into contact with the technology, the microbial cell, which is negatively charged, is destroyed, leading to permanent destruction of the microorganism. Unlike alternative metal-based solutions, the novel technology has been found to be safe for both skin and lungs. Moreover, Livinguard Technology is very sustainable, allowing users to reuse the mask up to 200 times with no reduced impact on safety or efficacy.

Posted June 16, 2020

Source: ITA – Institut für Textiltechnik of RWTH Aachen University

Global Graphics Collaborates With Inèdit On Digital Textile Production

CAMBRIDGE, England — June 11, 2020 — Global Graphics Software, developers of core technology for digital printing, is collaborating with Inèdit, the authors of neoStampa, an RIP software for textile digital printing, to create an enhanced PDF engine for textile workflows.

NeoStampa is compatible with most of digital devices sold into the textile market including from vendors such as Mutoh, Epson, EFI Reggiani, Mimaki and Konica Minolta. It allows the textile printer to connect potentially complex workflows, organizing job queues to send designs to different devices easily and increases productivity. It is compatible with the leading textile design tools.

“The PDF format provides an enhanced way of communicating creative design and job/device instructions for textile design houses, mills and print centers,” comments Jeremy Spencer, Global Graphics Software’s vice president of business development. “We are one of the leading experts in PDF technology whose use is growing in the textiles market. So, to collaborate with a world leading workflow provider such as Inèdit is a wonderful opportunity to expand our reach within the textile community.”

Likewise, Daniel Martinez, product owner at Inèdit Software assures that “This collaboration with Global Graphics will mean a change in our clients’ results, providing them with improved precision in PDF printing, that combined with our color management system, will make neoStampa the most complete Rip Software on the digital textile printing market”.

Inèdit will be replacing their existing PDF Library with Global Graphics’ Mako™ an SDK that enables the creation of fast, scalable solutions for print workflows from PDFs or other vector formats. Among other benefits for the textile market Mako gives control over color and images, providing quality rasters for the workflow, and combines precision with performance.

Posted June 16, 2020

Source: Global Graphics

PCIAW® Helps Project Plan B’s Sustainable, Anti-Viral Snood To Market

PLYMOUTH/MILTON KEYNES, England — June 12, 2020 — UK-based organizations PCIAW® and Project Plan B have joined forces to swiftly bring an anti-viral, sustainable snood to market, aimed at protecting essential workers and commuters.

Plymouth company Project Plan B produce the face covering entirely in the United Kingdom, with a Leicester-based manufacturer. They are members of Milton Keynes based PCIAW® (Professional Clothing Industry Association Worldwide) and immediately turned to the industry association once they were ready to bring the product to market.

Project Plan B knew that the issue that could arise from a snood would be the possible contamination of the fabric from hands, touching the fabric to put on, adjust, or remove the snood. Their response was to add a treatment to the fabric to stop the risk of infection through the hands.

Working with an internationally renowned fabric treatment company, Project Plan B have ensured their snoods are protected with anti-viral treatments necessary to defeat bacteria and viruses, including coronaviruses. The malleable nature of the snood also largely reduces the need to touch and adjust the product, decreasing the possibility of contracting the virus.

This innovative technology has been tested successfully against the virus that causes Covid-19.  After treatment the fabric is resistant to harmful microbes and viruses.

Importantly once the snood has reached end of life, Project Plan B will take the snood back to recycle it and ensure a cyclical life span that doesn’t endanger the planet. Everything Project Plan B do is designed to be recycled.

Tim Cross, director of Project Plan B, explained: “When the Coronavirus pandemic started, we immediately wanted to know how we could help.  We didn’t want to disrupt existing supply chains that were equipping the NHS with medical masks, but focused our attention on the essential workers who are still potentially exposing themselves daily to virus. We were especially concerned that in this rush to supply — the environment was being ignored.

“We completely understand that during a time of crisis we have to act quickly to protect lives. However, it is surely incumbent upon us as designers and product developers to think about the products end of working life. At Project Plan B we believe you must design everything to be recycled at end of life so that you can use those fabrics, so rich in resources again and again. The textile world needs to think in a circular way and build in sustainability to their design. Our face covering is made from recycled polyester and can be recycled back into usable polyester at end of life, with built in circularity, to be used again and again.

“Disposable masks are adding to the industry wide problem of mass manufacture and waste.”

The cost of the product will be considerably cheaper than other options available in the market, making it accessible for all people.

The snood offers everyone, especially commuters an easy to wear face covering that is practical and sustainable.

“Our motto here is protect others, protect the planet,” Cross continued. “The garment will be made from recycled plastic bottles and the treatment will last for at least 30 washes. We, of course, are concerned with the sustainable aspect of everything we do and wanted to make sure this garment would have the longevity and durability needed.”

PCIAW® CEO and founder Yvette Ashby added: “PCIAW® is the first and only worldwide organization developed to represent the global companies of the professional clothing industry, we encompass the entire supply chain from buyers, suppliers, manufacturers. We are thrilled to provide our extensive knowledge and contacts to help members such as Project Plan B bring products to market. In the time of this pandemic, innovation in PPE (personal protective equipment) is more vital than ever and we hope other companies will follow Project Plan B’s lead in their affordable, sustainable product offering.”

Posted June 16, 2020

Source: PCIAW

One-Minute Face Mask Assembly Video Highlights The Sealed Edges Quickly Produced On Sonobond’s Ultrasonic Machinery

WEST CHESTER, Pa. — June 12, 2020 — Sonobond Ultrasonics’ face mask assembly video demonstrates how this critical personal protection item can be created in approximately one minute, without thread or glue, enabling manufacturers to increase their production speeds and reduce their production costs.

The Advantages of Ultrasonic Technology

Sonobond’s ultrasonic machinery uses high-frequency vibratory waves to produce sealed seams and edges. It is the preferred method for face mask assembly, since reliable bonds are quickly created without stitch holes, glue gaps, fraying or unraveling, and no consumables are required.

Q: What type of face masks can our equipment assemble?

A: Most commonly used face masks can be wholly or partially assembled using our SeamMaster® Ultrasonic Sewing Machine or a combination of the SeamMaster® and our PlungeBonder™ Ultrasonic Spot-Weld Bonder.

Q: What about other medical supplies?

A: Disposable medical gowns and shoe covers, lint-free wound dressings, pillow and mattress covers, and pouches for sterilizing and storing medical instruments are some of the typical medical products assembled with our machines.

Q: How do we ensure that our equipment will suit different customer applications?

A: We offer no-charge, no-obligation textile bonding viability tests to produce sample assemblies using your own nonwoven or synthetic materials. This allows you to evaluate the results and confirm the quality of our process before placing an order.

Q: Is Sonobond continuing to make machines even as other businesses are shutting down to combat the spread of COVID-19?

A: Yes. Sonobond has been granted a waiver from our state’s COVID-19 Orders to continue our critical role in providing equipment that assembles life-sustaining medical supplies. However, due to high demand and our adherence to CDC mitigation measures to protect our staff and the community, we appreciate your understanding if your order is not filled as quickly as usual.

Q: What’s the best way to contact Sonobond for immediate or additional information?

Please call 610-696-4710; or contact Vice President Melissa Alleman at MAlleman@SonobondUltrasonics.com. You can also visit this page on our website https://www.sonobondultrasonics.com/welders-bonders/nonwovens-textiles to view our videos on face mask assembly, and on general textile and filter assembly.

Posted June 16, 2020

Source: Sonobond Ultrasonics

Cradle to Cradle Products Innovation Institute awards Material Health Certificate to Freudenberg

WEINHEIM, Germany — June 15, 2020 — Freudenberg Performance Materials has been recognized with its first Silver level Material Health Certificate from the Cradle to Cradle Products Innovation Institute for its comfortemp® air HO 80x product series. The comfortemp® air HO 80x fiberball paddings are made from nylon 6 and are 100-percent recyclable. The world’s leading specialist in interlinings and paddings for the apparel industry is thus also a groundbreaker in this field, and developed its first cradle-to-cradle solutions in 2017 under projects with C&A and G-Star Raw. The Material Health Certificate now confirms that the materials used in the comfortemp® air HO 80x series comply with the Silver achievement level for material heath.

Nylon 6 enables genuine circular design

By combining its wide-ranging technology know-how, Freudenberg has developed a new generation of paddings made entirely of nylon 6. Nylon 6 is the only man-made fiber that retains its high quality and performance even after several recycling operations. Post-recycling, nylon 6 granules can be used to produce new materials. Over and over again. That is genuine circular design.

High performance

The comfortemp air H080x series paddings are as lightweight as feather products. Thanks to the fine nylon 6 fibers and Freudenberg’s innovative process technologies, they are as efficient as conventional PES paddings. Moreover, the thermal insulation has a high thermal capacity, is soft and has excellent breathability.

It also has high durability, even after many wash cycles, does not clump, and can be washed at a temperature of 40°C.

Social and ecological responsibility is an integral part of development work at Freudenberg Performance Materials. Among other things, the company is now working on achieving Material Health Gold level certification for the comfortemp air H080x series. Further information on the certification of Freudenberg’s comfortemp air HO80x series is available from the Cradle to Cradle Products Innovation Institute website.

Posted June 16, 2020

Source: Freudenberg

The New Ecodown® Fibers Collection: Now From Super Puffy To Ultra Light

MILAN, Italy — June 16, 2020 — Thermore entered the free fiber market with a bang in 2018 with the original Ecodown® Fibers line — the industry finally had a free fiber product that offered softness and warmth but with excellent durability.

In 2019 Thermore added color to the mix, and the wide success lead to opening a new factory in Asia to keep up with demand. Moreover, in order to guarantee quality of the finished products, Thermore launched the Ecodown Fibers Factory Audit System, with more than 200 vendors in Asia being audited as of today.

Thermore firmly believes that blow-in fibers represent the future of the insulation market, and using Thermore’s advanced technology and know-how will be the key for the success of this category.

“It is now time to bring the free fiber platform to the next level”, says a Thermore spokesperson. “Thermore is the first global insulation company in the world to expand blown-in fibers into a full collection, to fulfill most of designers’ needs and even dreams.”

The new expanded offer now includes the revolutionary Ecodown Fibers 2.0, a super puffy blown fiber product suitable for wider baffle widths (up to 20 centimeters). It offers amazing loft and visuals that are unmatched in the industry — still Thermore’s proprietary technology regulates the warmth and avoids over-heating, thus keeping users comfortable.

On the opposite side of the spectrum, Thermore is launching the innovative Ecodown® Fibers Light, which delivers an extremely soft, yet ultra light free fiber insulation that is 20% warmer than comparable products. Ecodown Fibers Light is also highly packable, which makes it ideal for people on the go.

And of course, all Ecodown Fibers are designed to be resistant to clumping, and they are made of 100-percent recycled fibers from PET bottles.

When you add it all up, Thermore is offering a full-force product line with five different free fibers items. This new Collection of Ecodown Fibers products has evolved to meet the specific needs of various markets and offers something for everyone.

Posted June 16, 2020

Source: Thermore

medi® USA Introduces Its Newest Flat-Knit Option With The mediven® cosy 450

WHITSETT, N.C. — June 15, 2020 — Medical device manufacturer medi® USA announced the launch of its newest addition to its flat-knit compression portfolio with the new mediven® cosy 450 — a product range offering flexible freedom of movement with strong wall stability. Adding to the assortment of mediven flat-knit compression that already includes the strongest and most reliable hold of the mediven 550 and the lighter, more discreet mediven mondi 350 variant, the cosy 450 fits right in the middle of these two products, offering a supple feel with durable support.

“As a clinician, I am excited to offer patients the new mediven cosy 450,” said Senior Clinical Education Manager Erin Sokalsky. “With cosy’s down stretch capability, wearers will benefit from easier donning and freedom of movement throughout the day – all with medi’s known and trusted fabric stability for edema control that far surpasses the competition.”

The cosy 450 lower extremity provides benefits that will guarantee greater patient compliance and satisfaction:

  • Flexible, soft-knitted fabric for maximum comfort;
  • High down stretch elasticity for easier application with optimum hold;
  • Elastic panty top seams for a better fit;
  • Optimized elastic gusset for added comfort;
  • Anatomical foot shape for superb fit without creasing; and
  • New durable sole & heel with mediven 550 material incorporated into sole.

mediven cosy 450 joins a complete flat-knit compression line, with options that range from seasonal colors and patterns to Swarovski® crystals.

Posted June 15, 2020

Source: medi USA

Ascend Performance Materials Launches Acteev Protect™ Antimicrobial Technology

HOUSTON — June 15, 2020 — Ascend Performance Materials has introduced Acteev Protect™, a technology specially formulated to guard against the growth of mildew, fungi and other microbes to keep textiles and nonwoven fabrics fresher for longer.

“The technology is a leap forward in protection for face masks, apparel, upholstery, air filters and more,” said Dr. Lu Zhang, Ascend’s vice president leading the Acteev launch. “Bacteria, mildew and other microbes growing on fabrics and filters cause the item to break down, discolor and give off unpleasant smells,” she said. “Acteev Protect guards against that microbial growth, keeping the articles clean.”

The technology has been in development for several years, but with the recent shortage of articles resistant to microbial growth, Ascend accelerated the product launch by partnering with independent labs for testing and reallocating resources to scale up production. “The current global scarcity of microbe-resistant materials is not going to end unless manufacturers are able to obtain the right media,” Dr. Zhang said. “We saw a way we could quickly meet those urgent needs with this innovative technology.”

Acteev Protect combines zinc ion technology with nylon-based woven, nonwoven and knit fabrics. The active zinc ions are embedded into the polymer matrix, providing a long-lasting solution that does not wash away, unlike topical finishes or coatings. The nylon fabrics are durable yet soft to the skin, and the nonwoven filtration media — available as nanofibers, meltblown and spunbond — efficiently keep out unwanted particles.

“The embedded zinc in its ionic form is a powerful inhibitor of bacterial growth,” said Dr. Vikram Gopal, Ascend’s senior vice president of technology. “Zinc is an essential element needed for bacterial growth, so bacteria readily allows it inside the cell body. But the zinc ion out-competes other essential elements such as manganese and magnesium and chokes their ingestion channels,” he said. “Without those minerals, the microbes can’t grow or reproduce.”

Other products use silver as an antimicrobial, Dr. Gopal said, but that metal comes with unwanted environmental consequences. “Silver is typically used as a finish or a coating,” he said. “That process is water-intensive, and the excess silver has to be disposed of, eventually ending up in our waterways.”

Zinc, however, is labeled Generally Regarded as Safe by the U.S. Food and Drug Administration.

Additionally, the fabrics feature all the benefits of premium nylons, which offer more comfort than polypropylene in single-use masks and allows knits and wovens to be dyed, printed on and laundered.

Nylon 66 wovens and knits have considerable advantages over other types of nylons in garments and other textile applications, according to Harrie Schoots, president-elect of the American Association of Textile Chemists and Colorists and a senior business leader of Ascend’s textile business.

“This material resists abrasion and doesn’t pill or shed microfibers. It has a soft hand and excellent drape, and it can be dyed solid or bright colors,” Schoots said. “Uniforms or activewear made with Acteev Protect will be durable and comfortable and can be designed to match current color trends.”

Additionally, these features will last the lifetime of the garment. “Because the zinc ions are embedded during the polymerization process, knit and woven articles made with Acteev Protect stand up to 50 washes or more,” Schoots said.

Ascend is the world’s largest fully integrated producer of nylon 66 resins and also manufactures fibers and chemicals. Acteev Protect is the company’s first product offering available in ready-to-use fabric form factors. The company plans to extend the line in the coming months to include nylon 66 fabrics for medical applications and engineered plastics for high-touch surfaces.

Posted June 15, 2020

Source: Ascend Performance Materials

New Technique For Polymer Manufacturing With Reduced Solvents Aimed At Vehicle, Packaging Production

WEST LAFAYETTE, Ind. — June 15, 2020 — A team of Purdue University innovators hopes its new technology provides a more business-friendly option to utilize sustainable cellulose nanomaterials for use in vehicles, food packaging and other manufactured items.

The Purdue team developed a new way for manufacturers to use nanocellulose — a green nanomaterial derived from natural sources such as plant matter. Normally to process nanocellulose, solvents or other dispersants are usually added to the mixture to improve the material’s dispersion in polymers.

“These methods can be very expensive for manufacturers, who must add additional processes and machinery to comply with emission standards that may be impacted by the use of the solvents,” said Jeffrey Youngblood, a professor of materials engineering in Purdue’s College of Engineering

The Purdue innovators created a method that involves mixing the nanocellulose in additives for the polymer material, such as plasticizer, and then compounding that mixture into the polymer instead of directly mixing them.

This technique could be applicable to a wide variety of polymers, including nylons used in the automotive industry and polylactic acid and ethylene vinyl alcohol copolymer used in food packaging. It enables nanocellulose to be easily extruded or injection molded into useful products with better properties that are more sustainable.

“We created a way to use the additives that are normally in polymers as the ‘solvent’ to disperse the nanocellulose during melt processing,” Youngblood said. “In this way, you still have increased properties, but without the pieces of the manufacturing process that require additional emissions-lowering components. This makes the process of using the nanocellulose, which is biodegradable, more sustainable as well.”

Youngblood said the main advantages to the Purdue technique for large scale polymer production are:

  • Solvent-free compounding of nanocellulose into polymers.
  • Homogenous mixture of hydrophilic nanocellulose and hydrophobic polymer

The innovators have worked with the Purdue Research Foundation Office of Technology Commercialization to patent the technology. They are looking for additional partners and those interested in licensing the technology. For more information, contact Dipak Narula of OTC at dnarula@prf.org and reference track code 68912.

Posted June 15, 2020

Source: Purdue University/Jeffrey Youngblood

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