JCPenney Introduces Frye And Co. To Its Expanding Fashion Portfolio

LEWISVILLE, Texas — September 12, 2022 — Today, JCPenney launched Frye and Co., a western American collection of apparel, footwear and handbags, that draws its inspiration from the iconic Frye brand. Frye and Co. delivers products that are authentically made with the JCPenney consumer in mind, offering distinctive style and classic silhouettes for men and women.

Frye and Co. for JCPenney elevates the national retailer’s portfolio of fashion brands and offers fresh designs for trend seekers and lovers of western-inspired style, all while paying homage to the heritage of its namesake brand. In addition to boots and bags, Frye and Co. offers a lifestyle apparel collection that embraces the brand’s core DNA of craftsmanship, quality and authenticity.

“We’re pleased to bring the exclusive Frye and Co. collection to our customers and offer the timeless, iconic style that Frye is known for,” said Michelle Wlazlo, executive vice president, and chief merchandise officer, JCPenney. “JCPenney strives to celebrate and serve America’s diverse, working families by providing accessible style for everyone and we’re excited to partner with a brand whose history and values align with our own.”

Designed for any adventure, whether on the open road or roaming through the city, Frye and Co. provides timeless silhouettes, sophisticated design details and contemporary styles for men and women. Boots are available in women’s sizes 6-11 and men’s sizes 7-13. The assortment also includes sherpa jackets, boho midi dresses, fair isle sweaters, shirting, pants and more available in sizes XS – 3X and men’s Big & Tall. Additionally, cold-weather pieces, home & tech accessories will hit shelves in late fall 2022, just in time for the holidays.

“Frye is an authentic American brand that holds a unique position in the fashion and lifestyle landscape,” said Christina Martin Pieper, senior vice president of Brand, Lifestyle at ABG. “We are excited to expand the brand’s reach with the launch of Frye and Co. at JCPenney and to unveil new, distinctive product offerings inspired by the brand’s rich heritage.”

JCPenney customers can now shop Frye & Co. footwear and accessories in 300 stores and apparel in 150 stores across the country. The full Frye & Co. assortment is available on jcp.com.

Posted: September 12, 2022

Source: JCPenney

Supima Design Competition Names Taku Yhim Its 2022 Winner

NEW YORK CITY — September 11, 2022 — SUPIMA, the non-profit brand that promotes the use of American grown Pima cotton around the world, and this year’s first ever co-hosts, award winning CFDA designer, Christian Siriano, and supermodel and entrepreneur, Coco Rocha, are excited to announce this year’s 15th annual SUPIMA Design Competition winner — Parsons School of Design, The New School alumni, Taku Yhim.

Yhim and seven other finalists from top design schools across the country showcased their creativity and design talent with eveningwear capsule collections created entirely with Supima cotton fabrics on September 10, 2022, during a live runway presentation at The Gallery at Spring Studios in tandem with New York Fashion Week. This highly skilled and visionary group of young, emerging designers were tasked with creating five looks using five types of Supima fabric: shirting, twill, denim, jersey, and velveteen. It was a difficult decision with so many exceptional designs to consider but this year’s judges determined that Yhim is taking home a prize of $10,000 along with industry recognition and visibility for the entire group of 2022 finalists.

Collections were carefully evaluated by an elite panel of judges including: SDC first time host and judge, Christian Siriano, returning host and judge, Coco Rocha, Ann Caruso, Avril Graham, Cipriana Quann, Claire Thomson–Jonville, Edward Barsamian, Fern Mallis, Freya Drohan, Godfrey Deeny, Jeffrey Taylor (2016 SDC winner), Jerome Lamaar, Kelly Augustine, Lisa Lockwood, Luke Meagher, Mickey Boardman, Shibon Kennedy, and Tyler McCall. CFDA Award winning eveningwear designer, Bibhu Mohapatra, joined for his eighth year as mentor to the finalists, providing insight, support, and advice to each contestant.

The 2022 finalists included: Candice Tianyu, Academy of Arts University; Chan Kyoo Hwang, Drexel University; Fabian Renteria, Fashion Institute of Design and Merchandising; Bryan Barrientos, Fashion Institute of Technology; Antonia Bruno, Kent State University; Taku Yhim, Parsons School of Design, The New School; Hu Jun Yi, Rhode Island School of Design; and Michelle Sumin Suh, School of Art Institute of Chicago.

Posted: September 12, 2022

Source: Supima

Digital Concept Meets Real Fabric: A New Material Collaboration Between Cotton Incorporated And Adobe Substance 3D

CARY, N.C. — September 12, 2022 — Cotton Incorporated and Adobe collaborated to demonstrate and showcase a new material workflow using Adobe Substance 3D applications, designed to unify digital and physical materials. As a result, the two organizations developed a new collection of virtual materials, that precisely represent manufacturable physical fabrics. Available through the Adobe Substance 3D Assets library and on Cottonworks.com, the collection blends the flexibility and rapid visualization potential of digital materials with the benefits of traditional material sourcing. Leveraging Adobe Substance 3D applications, the workflow to create the collection uses scan and procedural creation and allows design and development teams to innovate with confidence, bridging the long-standing gap between digital and physical.

In 2022, the apparel and footwear industries rely heavily on digital fabrics as a cornerstone of digital product creation — the various processes through which brands have replaced physical product samples, simulated new designs, sold to consumers through virtual photography, and continued to collaborate with suppliers during the pandemic.

Faced with the challenge of now scaling digital product creation (DPC) strategies enterprise-wide, fashion brands and retailers seek to borrow best practices and toolsets from other industries — tools like Adobe’s leading Substance 3D suite of material authoring and texturing applications — and to adapt them to fit the needs of fashion. Foremost among these needs is the requirement for digital fabrics to look and behave in precisely the same way as physical fabrics, to avoid creating an all-too-common disconnect between 3D digital assets and the eventual end product.

Bridging that gap between virtual and physical, the Cotton Incorporated and Adobe Substance 3D collaboration shows a flexible, time-saving material digitization workflow through a new fabric collection, allowing brand and retail organizations to design digitally, with complete confidence that the fabrics they are using are backed by full composition details that can be shared with mills and fabric suppliers to create an identical physical output.

Cotton Incorporated, a global research and marketing organization dedicated to advancing the use of cotton and digital tools in the supply chain, conceived of the idea for the new collection as a way of building on its pioneering work in digitizing cotton-rich fabrics at the source. To ensure that the collection would be as widely-usable and as accurate as possible, it partnered with Adobe Substance, the leading toolset for 3D texturing and digital material authoring. As a result, the collection comprised of 6 materials, designed with Adobe Substance 3D applications, brings together virtual, parametric fabrics for use in any 3D environment that supports the flexible, powerful, parametric SBSAR format, with accurate physical construction and composition information, ensuring that products designed digitally can be manufactured without compromise. More than digital twins, the Substance 3D materials uses scan and procedural techniques for higher level of control, allowing a vast number of possible variations while remaining in the realm of feasibility.

“Cotton Incorporated was the first fiber company to offer an extensive, free inventory of digital cotton fabrics, allowing a huge range of products to be born digitally, and we recognized an industry need for that work to reach the next level” says Katherine Absher, fashion and digital design manager for Cotton Incorporated. “Working in collaboration with Adobe Substance 3D, we’re now expanding on that vision – allowing designers to create in 3D, using virtual, parametric cotton materials, safe in the knowledge that the recipe for those materials can be shared with suppliers, so the finished, physical article is precisely what the designer intended. This solves one of the industry’s most acute pain points at the same time as cutting down waste, controlling costs, and improving sustainability.”

The new collection of parametric cotton fabric design files is being made available to fashion community, as a download from Adobe Substance 3D Assets (https://substance3d.adobe.com/assets), the 3D assets platform with thousands of customizable assets made with Adobe Substance 3D applications, and from cottonworks.com, the cotton resource for textile professionals.

By combining Cotton Incorporated’s expertise in fabric construction with Adobe Substance 3D digital material authoring software, the joint team set about creating this unique collection by identifying the most relevant material parameters for both creative and commercial fashion teams, and ensuring that these were consistent across both physical and digital fabrics — to an exacting degree that takes full advantage of Adobe Substance 3D applications and that can be reproduced by any brand or individual using the unique Adobe Substance 3D Ecosystem:

“We digitized the fabric collection using two complementary techniques: scan and procedural creation, allowing users to obtain photorealistic results in record time,” said Nicolas Paulhac, head of 3D Content at Adobe Substance 3D. “The created assets are adaptable to every design workflow, thanks to native integrations with the main fashion design tools (CLO, Browzwear, Lectra, etc.) as well as with every real- time and offline 3D app (Unity, Unreal, Chaos V-Ray, or others). This is an opportunity to create a single library of digital assets that can be used seamlessly at all levels of the fashion design process.”

Adobe Substance artist Pauline Boiteux completed a full set of materials from scans in a few hours. The whole process including the procedural materials was finalized in just two days. The process eliminates the need to scan all the samples of a range, one capture is enough and using Substance 3D Designer, all the color variations can be added in accurately thanks to the color management system. And because they are procedural, the digital fabric parameters can be tailored by users.

For more insight into the process of creating the collection, and an overview of how bridging the gap between digital and physical materials could transform digital product creation workflows, register for the free online workshop https://my.demio.com/ref/mlp4y8tb8iOgps4Q.

Posted: September 12, 2022

Source: Cotton Incorporated

INDA Appoints Matt O’Sickey As New Director Of Education & Technical Affairs

Matt O’Sickey

CARY, N.C. — September 12, 2022 — INDA, the Association of the Nonwoven Fabrics Industry, today announced the appointment of Dr. Matt O’Sickey, as its new director of Education & Technical Affairs. An accomplished market development, technology and product management executive, O’Sickey has more than 20 years of experience with Tredegar Film Products in the absorbent hygiene, food, and medical sectors.

Most recently, he held director positions at RKW-North America in the areas of research and development, product design, application engineering, site operations, quality, and technology with a focus on breathable, and lamination films for controlled atmosphere packaging.

At INDA, O’Sickey will direct and expand workforce development programs for all industry members, manage the international harmonized standards activities, and play a leadership role in INDA’s product stewardship working groups and conference content development committees.

“Matt is a well-respected technical professional in our industry with an extensive R&D and operational background,” said Tony Fragnito, INDA president.  “He will be a great asset to advance INDA’s leadership on key technical issues impacting the industry and provide leadership to our workforce development programs to meet the evolving content and delivery needs that are vital in a growing industry.”

“I have enjoyed actively participating in INDA events, committees and training programs for several years,” O’Sickey said. “I now look forward to drawing on my industry and technical experience to lead some very important areas for both INDA and our industry.”

O’Sickey has a Ph.D. in Chemical Engineering and a Master’s degree in Engineering Administration, both from Virginia Tech as well as a Bachelor of Science in Chemical Engineering from Purdue University. He holds three U.S. patents. He will operate out of INDA’s offices in Cary, N.C.

O’Sickey succeeds Chris Plotz who left INDA to pursue other interests.

Posted: September 12, 2022

Source: INDA, the Association of the Nonwoven Fabrics Industry

New Recycling Process For Polyester Fishing Nets Helps To Reduce Environmental Burden

TOKYO — September 12, 2022 — Fishing nets are mainly made from chemical fibers such as nylon and polyester to prevent rot as well as to ensure excellent strength and easy maintenance. Whereas common nylon fishing nets are generally easy to recycle with an established process, recycling polyester fishing nets has been technically difficult and also costly due to the lack of a dedicated process. In recent years, discarded polyester fishing nets in Japan have accounted for about 1,300 tons of landfill waste annually.

But in April 2021, a breakthrough solution was launched by Teijin Ltd. and four additional enterprises specialized in fields including fishing net manufacturing, plastic molding, fiber processing and resin processing. Under the new system, it is now possible to collect polyester fishing nets and recycle them into resin that can be used to make commercially marketable trays and stationery.

Initially, the partners faced two major tasks. First was the challenge of developing a technology capable of cleaning smelly, waterlogged fishing nets and stripping the polyester of coatings applied to improve durability. Teijin and the other partners eventually identified organic solvents that can be used in an environmentally friendly cleaning process to produce virtually odorless resin that can be recycled repeatedly.

The second big challenge was profitability. Raw polyester costs less than many other materials, so the companies knew that its resin would not be price-competitive if the cleaning and drying processes incurred prohibitive costs. The companies’ solution was to devise a method for manufacturing high-quality resin pellets containing a mixture of other recycled resins added to improve durability and heat resistance.

Thanks to this project’s success, commercially viable resin recycled from fishing nets is now being used to produce food trays for a restaurant chain in Japan. Teijin is responsible for collecting and cleaning the nets and selling the final products.

Going forward, Teijin aims to promote the new recycling system for the global production and sale of various practical products. The hope is to realize locally produced and locally consumed products in efficient circular economies that incur little energy loss. Along with strengthening the traceability of fishing nets, Teijin initially aims to recycle 1,000 tons of polyester fishing nets annually by 2030.

Teijin, a people-focused company that develops innovative solutions for enhanced quality of life, is committed to minimizing any negative impact on the environment or society through its business in order to support the society of the future.

Posted: September 12, 2022

Source: Teijin Group

Meryl Fabrics® Shares Key Sustainability Insights At Professional Clothing Industry Association Worldwide Global Summit

CONGLETON, England — September 12, 2022 — Meryl Fabrics® is offering an open invitation to businesses interested in achieving true sustainability in fabric production to attend its stand at the PCIAW® Summit, October 18-19 at the Radisson Blu Hotel Heathrow.

As a headline sponsor of the Professional Clothing Industry Association Worldwide, PCIAW Summit & Awards 2022, Meryl Fabrics is keen to share their expertise and insight to empower manufacturers, distributors and retailers to join them in making a difference.

Peter Broom, co-founder and director of Meryl Fabrics explained: “The global event is dedicated to strengthening the influence of the uniform, workwear, and personal protective equipment (PPE) industry and driving its sustainable development.

“The last year has seen us make great strides in imparting our knowledge on revolutionizing the way in which textiles are manufactured, to eliminate microplastic shedding and reduce the overall environmental impact of professional clothing by closing the loop.

“We are now eager to share further insights, and as such are inviting businesses to access the free to attend event, and visit us for a one to one on Stand 14 at the show.”

Businesses wishing to register for a complimentary ticket can do so using the link 
https://pciaw.org/product/exhibition-visitor/

The networking event and exhibition connects industry professionals from around the world throughout the supply chain. With Meryl Fabrics innovating to solve the sustainability problem of textiles, they will help to preside over one of the largest gatherings of global apparel executives and influencers, and further industry collaboration.

Driven by problem solving, the award-winning Meryl Fabrics uses Nylstar Hydrogen bonding technology to enhance the molecular structure of fibers; seal-in microplastics within the yarn and improve the durability of garments. Their continual innovation in Meryl Eco Dye offers a waterless dyeing process, saving thousands of liters of water during manufacture of fabric as they re-engineer the present of apparel. Meryl Fabrics seeks to replace cotton with its exceptionally soft touch fabrics that feature natural stretch and moisture management properties that are designed to be recycled and offer other businesses a fully circular model in one place.

Posted: September 12, 2022

Source: Meryl Fabrics®

Kraig Biocraft Laboratories Engages Textile Expert To Develop New Innovative Yarns And Fabrics Applications For Dragon Silk™

ANN ARBOR, Mich. — September 12, 2022 — Kraig Biocraft Laboratories Inc., the biotechnology company focused on the development and commercialization of spider silk, announces that it has contracted textile expert Jeff Dorton to assist the company in developing new and innovative yarns and fabrics utilizing Dragon Silk™.

Kraig Labs is leveraging Dorton’s expertise and proven record of innovation in textiles to create new and exciting composite yarns and fabrics utilizing spider silk. The initial customer for these yarns and fabrics will be Spydasilk Enterprises, the company’s joint venture apparel brand, headquartered in Singapore. Following the launch of Spydasilk apparel, the company plans to expand collaboration with Dorton to create several additional yarns and textiles, for applications spanning the performance and luxury textiles market and beyond.

Dorton brings a passion for material development, a proven track record of innovation, and a wealth of experience working with some of the best textile mills worldwide. He has led some of those most disruptive innovations in next-generation textiles that permeate the performance wear segment.

Utilizing his extensive network of mills and spinners around the globe, Dorton is currently working to drive the manufacture of the first spider silk fabrics.

“I have known Jeff since his time with The North Face, and I am thrilled to partner with him to create Kraig Labs’ first custom yarns and fabrics. Jeff is a highly regarded textile expert with a storied history of developing new textile technologies. He has directed key initiatives for some of the planet’s biggest brands, and we can’t wait to see what we can do together. While his ability to develop high-performance yarns and fabrics may be unmatched, we share Jeff’s passion for sustainability and textiles that are functional and desirable,” stated Company COO Jon Rice.

Jeff Dorton

Dorton is vice president of product development and Material Innovation at LifeLabs Design. Previously he directed material innovation efforts for The North Face and Under Armour.

Dorton’s career highlights include developing Intellectual Property in fabric and insulation commercialized by leading performance wear brands around the globe. He has balanced this work in innovation with a solid commitment to environmental responsibility and drive to sustainability. Dorton led initial efforts to develop Nano spun membrane called FutureLight, the most advanced fabric and largest commercial launch in The North Face’s (TNF) history. Dorton expanded the franchise offering of “Thermoball” insulation through construction and material innovation for TNF. He coordinated with the sustainability team at VF Corporation to create the Responsible Down Standard that was later gifted to Textile Exchange to ensure ethical and sustainable sourcing for natural insulations. Dorton assisted in moving the entire supply chain at TNF to a more eco-friendly C0 DWR finish and shifted over 80% of fabrics into recycled content.

Posted: September 12, 2022

Source: Kraig Biocraft Laboratories, Inc.

Gadoon Textile Mills Ltd. (Pakistan) Joins ITMF As Corporate Member

ZURICH — September 12, 2022 — Gadoon Textile Mills, a part of the Yunus Brothers Group (YBG), one of the largest spinning an textile companies in Pakistan has joined the International Textile Manufacturers Federation (ITMF) as a new corporate member on September 7, 2022.

Established in 1988, Gadoon Textile Mills is a pioneer of quality and innovation in the textile manufacturing sector of Pakistan. The company manufactures and processes all types of cotton and manmade fibers, while leveraging its state-of-the-art manufacturing plants in Karachi and Gadoon Amazai, Pakistan.

The ITMF founded in 1904 is the international forum of the global textile value chain from fiber to finished products. Its members are from textile and apparel-producing countries representing 90 percent of global production.

“By becoming a Corporate Member of ITMF, Gadoon Textile Mills will join associations and companies from around the world that are active in the entire textile value chain like fibre, textile, garment, home textile, textile machinery or chemical producers as well as other organisations and companies affiliated with the textile industry. This exclusive exposure will provide Gadoon Textile Mills with additional and unique access to international partners from around the world. On the other hand, ITMF and ITMF’s members will benefit from Gadoon’s extraordinary expertise and experience. Bringing like-minded people together on ITMF’s platform for a better understanding of the dynamics of global trends and for sharing best practices is one of the several advantages of ITMF,” stated Dr. Christian Schindler, Director General of ITMF.

Sohail Tabba, CEO of Gadoon Textile Mills, stated that “in a fast evolving, dynamic and integrated world, the ITMF represents a growing ecosystem of industry leaders, experts, and key stakeholders from the global textile industry. This corporate membership unlocks a valuable knowledge-based platform for us in terms of industry analytics which will help the team at Gadoon Textiles build bridges through numerous networking and collaboration opportunities across the global textile value chain. Gadoon Textile Mills is honored to be a part of the forum.”

Posted: September 12, 2022

Source: The International Textile Manufacturers Federation (ITMF)

Pincroft To Provide Innovative Non-Skin Contact Vector Protection For Military Fabrics

ADLINGTON, England — September 12, 2022 — Pincroft — a commission textile dyer, printer and finisher with more than 90 years of experience supplying armed forces and defence companies around the world — has announced the adoption of an innovative precision spray technology that allows the application of many finishes for textiles, including permethrin for vector protection.

The system is a more versatile and environmentally friendly alternative to the traditional application method of padding and offers the possibility of applying the chemistry either face side or both sides of the fabric across the full width.

The benefits of this new equipment are countless not only for the end user but also for the environment. The system allows for a reduction of energy, water and wet pick up of up to 50 percent, while 100 percent of the chemistry is recycled. Thanks to the equipment’s precision application technology, less water and chemistry are needed, and its no immersion system means the fabric would require less saturation and a shorter drying time.

In terms of end user advantages, the new precision spray technology adopted by Pincroft, solves the issues linked to the use of permethrin for vector protection in contact with the skin, a common occurrence in soldiers who require protection against mosquitos, ticks and other insects during combat.

Mike Collins, Pincroft’s managing director, said: “This innovative equipment can be used in two ways. The single sided spray finishing can be used where the full effectiveness of the finish is only required on the face side of the end item, for example, vector, fluorocarbon and antimicrobial protection. The dual spray finish may be used to simulate the traditional padding method where full effectiveness of the finish is required dependent on end use, for instance, crease recovery, fabric softening, soil release and moisture management.”

The vector protection solution provided by Pincroft is ACTIGARD®, a branded technology developed by Sanitized AG, with long lasting active ingredients that have proved highly effective against mosquitoes and ticks. This product endures a high number of washes, is suitable for military uniforms and conforms to Standard 100 by Oeko-Tex®.

Posted: September 12, 2022

Source: Pincroft

BASF At Simac — 
Go! Create Your Shoes With BASF Materials

LUDWIGSHAFEN, Germany— September 12, 2022 — From September 20-22, 2022, Simac, the international machinery and technology exhibition for shoes, will once again be opening its doors. This year BASF (hall 14 booth, F33/F37/G34/G38) will exhibit its wide range of new solutions for the shoe industry: a concept shoe made entirely out of BASF materials, boots which stay soft even at minus 40 degrees, light and high rebound soles for safety shoes and sustainable footwear solutions. On top BASF will present 3D printed shoes as well as coatings solutions to protect the soles.

From sports to safety shoes: low density, high elasticity

Light and high rebound are main requirements when it comes to the midsole of sports shoes. In this field BASF is one of the top suppliers of polyurethane (PU) materials. But what is valid for sports shoes should also be true for safety shoes. High rebound which guarantees soft dampening effects and lightweight soles are decisive for the comfort also of safety shoes. BASF transferred their knowledge from the sports sector to the safety shoe sector. The result are PU materials that safety producers waited for — it allows highest productivity by the direct soling process and comes with conformance to all safety norm requirements.

Winter boots made from PU stay soft even at minus degrees

Thanks to close cooperation with boots manufacturers, BASF further improved the performance of Elastopan® polyurethane systems for boots. The result is a PU system for winter boots that provides outstanding properties: highest thermal insulation, keeping the feet warm, and provides high comfort even at low temperatures until minus 40 degrees. That makes this Elastopan® perfect for boots to wear during your winter adventure or — if combined with a toe cap — even on an oil rig in Alaska.

BASF offers a broad portfolio of sustainable footwear solutions

BASF will present a concept shoe that is entirely made of sustainable products — the athleisure shoe “MADGAMMA – Intertekk Saturn.” The upper of the shoe is made with the 100-percemt recyclable monofilament fiber Freeflex™ thermoplastic polyurethane (TPU). The replaceable midsole consists of the comfortable and biobased Elastopan® N polyurethane series. Another replaceable midsole option is made with TPU foaming, which has a lower density, high energy return, and is recyclable. Beside these products, other sustainable solutions such as the biomass balance approach and Ccycled Infinergy®, will be shown. BASF experts will be glad to discuss with you the right material for your environmental goals.

Footwear Design Content: In the lockdown we lived in bubbles, which now appear in award winning shoes

The creations from the last design contest of the school for design Calzaturiero Politecnico, Padua, Italy reminds us to the how we lived during Covid — like in bubbles. This feeling inspired the designers for the soles — the outsole is a transparent tread made of multiple bubbles. These bubbles enable us to look through to the midsole, which is bright and colorful. For the upper the students used recycled material from footwear and textile manufacturing scraps. The perfect combination between technology and craftsmanship can be found in the three winning shoes which are presented at Simac.

Less is more – the first in-mold coating with integrated demolding properties

Furthermore, BASF will present NovaCoat-D that combines in-mold coating and release coating in a new way. Besides its demold properties, the coating provides additional functionalities for soles such as protection against sunlight, scratches, and dirt. Thanks to its many years of expertise, BASF can offer a wide range of colors and effects. NovaCoat-D can be applied either manually or automatically.

3D Printing materials and solutions for the footwear industry

Forward AM, the brand of BASF 3D Printing Solutions GmbH, will present information at SIMAC 2022 on 3D printing materials and solutions for the complete design and development process of footwear. Along with samples of molds, lasts and soles, visitors can discover 3D printed climbing shoes made with the flexible Ultrasint® TPU01 powder. By leveraging the principles of design for Additive Manufacturing, the first individualized 3D printed climbing shoe came to life. This innovative technology not only simplifies the assembly of the shoe, but also reduces the production time required for customized footwear. Forward AM’s flexible materials, such as Ultrasint® TPU01, are based on Elastollan® by BASF, which offers customers across industries broad cross-technology solutions.

Posted: September 12, 2022

Source: BASF

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