OVS Adopts Lectra Fashion PLM

PARIS — March 7, 2017 — Lectra, the world leader in integrated technology solutions dedicated to industries using fabrics, leather, technical textiles and composite materials, is pleased to announce that OVS, Italy’s leading fashion retail group for menswear, womenswear and childrenswear, has chosen Lectra Fashion PLM to restructure their entire product development process.

Founded in 1972, OVS has a vertically-integrated retail
business model which relies on a strong design sensibility
and a unique sourcing strategy based on the key geographical locations of its external suppliers. Today, OVS has a proven track record of success with more than 900 stores around the world.

OVS will implement Lectra Fashion PLM in their entire design-to-sourcing process. The user-friendly solution will integrate all data and processes that the entire product and collection lifecycle entails into one streamlined and cohesive data management system. This collaborative platform will simultaneously serve to connect all teams together from different geographic locations. Team members will hence be able to share and work from one single version of the truth and communicate in real time. As a result of vastly improved teamwork, errors and overlapping tasks will be avoided, improving speed to market.

“OVS’ history and climb to success show that it is an ambitious and forward-looking company. Given OVS’ sense of direction for the future and its worldwide success, we are excited to embark on this PLM journey with them,” concludes Céline Choussy Bedouet, Chief Marketing and Communications Officer, Lectra.

Posted March 8, 2017

Source: Lectra

TRSA Joins The Manufacturing Institute’s Dream It. Do It. Network

WASHINGTON — March 6, 2017 – TRSA and The Manufacturing Institute announced a partnership to reach the next generation of manufacturing workers and the linen, uniform and facility services industry. TRSA is just the second industry association to join the Institute’s Dream It. Do It. program, which raises awareness of careers in manufacturing.

Through this partnership, TRSA and its members will have access to market-tested materials targeting young people, parents, and teachers. This library includes posters, brochures, social media, videos, and web content. Dream It. Do It. also provides a collection of best practices, how-to guides, and resources for activities proven to influence the perception of manufacturing careers.

The Dream It. Do It. program is an important component of an ambitious effort by TRSA to grow the pipeline of workers in linen, uniform and facility services operations. The organization’s multifaceted workforce initiatives include career awareness, internship and apprenticeship programs, and recruiting veterans into the industry. TRSA also plans to target Manufacturing Day, on and around October 6, 2017, for members to hold tours and connect with schools in their communities. Manufacturing Day is an initiative of The Manufacturing Institute and the National Association of Manufacturers.

“TRSA is developing alliances that improve our ability to recruit, retain and develop the executives, managers and skilled workers necessary to continue the growth of our industry,” said Joseph Ricci, CAE, CEO & President of TRSA. “Our partnership with the Manufacturing Institute offers access to expertise, contacts and resources that these objectives.”

“The skills gap is very real and impacts virtually every sector of manufacturing,” said Brent Weil, senior vice president of The Manufacturing Institute. “I applaud TRSA for its bold leadership in addressing the skill needs head-on. Joining Dream It. Do It. is an important step in turning that vision into action.”

Established in 2005, Dream It. Do It. works to change the perception of the industry and inspire next-generation workers to pursue manufacturing careers. The initiative offers local manufacturers, schools, community-based organizations and other stakeholders the opportunity to partner with a respected national platform to promote manufacturing as a top tier career choice in the United States.

Posted March 8, 2016

Source: TRSA

SCAD Secures Record Number Of National Fashion Scholarship Awards

SAVANNAH, Ga. — March 7, 2017 — The Savannah College of Art and Design (SCAD) announced that 20 students from the School of Fashion earned scholarships from the Young Menswear Association (YMA) Fashion Scholarship Fund (FSF). These $5,000 scholarships are given in recognition of exemplary student work that seeks to advance the fashion industry in both business and design.

“YMA scholarships honor the brightest sartorial stars-on-the-rise, and SCAD students create a veritable constellation of brilliance,” said SCAD President Paula Wallace. “Each year, SCAD fashion programs distinguish themselves, and these SCAD scholars are charting a course for astronomical success.”

SCAD students received a record-setting 20 YMA scholarships this year, representing the highest number of scholarships for any university in a single year in the program’s 80-year history. SCAD scholarship recipients include students from the fashion and fashion marketing and management programs, offered in Savannah, Atlanta and Hong Kong.

To be considered for the annual award, applicants must complete a case study on a topic designated by YMA. In addition to the submission, scholarships are awarded based on merit, GPAs, personal essays and interviews with YMA FSF ambassadors.

SCAD Young Menswear Association Fashion Scholarship Fund recipients:

  • Chloe Ayoub (B.F.A., fashion, senior) Savannah;
  • Talia Blyer (B.F.A., fashion, senior) Savannah;
  • Esther Boller (B.F.A., fashion, senior) Savannah;
  • Andrea Cabrera (B.F.A., fashion, junior) Atlanta;
  • Natrika Charoenkitnapa (B.F.A., fashion, senior) Savannah;
  • Natsima Charoenkitnapa (B.F.A., fashion, senior) Savannah;
  • Ce’Erica Roland Ferguson (B.F.A., fashion marketing and management, senior) Atlanta;
  • Nancy Gubbala (B.F.A., fashion, senior) Savannah;
  • Alexis Houpt (B.F.A., fashion, senior) Atlanta;
  • Laura London (B.F.A., fashion, junior) Atlanta;
  • Kianna McCalla (B.F.A., fashion marketing and management, senior) Atlanta;
  • Rikki Raiford (B.F.A., fashion, senior) Atlanta;
  • Mikenna Rase (B.F.A., fashion marketing and management, senior) Savannah;
  • Akilah Robertson (B.F.A., fashion, senior) Atlanta;
  • Grace Rokela (B.F.A., fashion marketing and management, senior) Savannah;
  • Sheila Ruiz (B.F.A., fashion, senior) Atlanta;
  • Kristie Sales (B.F.A., fashion, senior) Savannah
  • Emilie Schroeder (B.F.A., fashion, senior) Savannah;
  • Sarah Therrien (B.F.A., fashion marketing and management, junior) Savannah; and
  • Kayla Williams (B.F.A., fashion marketing and management, senior) Atlanta,

Founded in 1937, the YMA is an international nonprofit organization composed of influential members in the fashion industry. Each year, the program recognizes talented and enterprising individuals poised to advance the fashion industry, pursuing careers in design, merchandising, retailing and business. Over the past decade, over $20 million has been collected by the fund, including a $1 million gift from the Estate of Geoffrey Beene and more than $5 million from the Geoffrey Beene Foundation.

Posted March 7, 2017

Source: The Savannah College of Art and Design (SCAD)

New Thermoplastic Recycling Solution From Toho Tenax Europe

TOKYO — March 7, 2017 — Toho Tenax Co., Ltd., the core company of the Teijin Group’s carbon fibers and composites business, announced today that its German subsidiary Toho Tenax Europe GmbH (TTE) has developed a new compound, based on recycled thermoplastic carbon fiber material and polyetheretherketone (PEEK) thermoplastic. A serial aircraft “Wing Access Panel” was manufactured as a demonstrator part.

The closed-loop-concept from production residues via Tenax®-E COMPOUND to final part was the awarded winner at JEC Asia 2016 in the category “Recycling” in Singapore on November 16, 2016. At the coming JEC World 2017, Toho Tenax will exhibit its thermoplastic recycling solutions and several application options.

Compound

Tenax®-E COMPOUND rPEEK CF30 is a reinforced material combination of waste materials generated during processing of Tenax ThermoPlastics and recycled semi crystalline PEEK polymer, which contains 30 percent carbon fiber by weight and offers a high performance in strength and stiffness for injection molding applications.

This compound has an almost identical performance to virgin standard material in terms of tensile modulus and strength, which also includes elongation, viscosity, chemical resistance, abrasion and a very low moisture to absorption ratio, to round off the highlight characteristics of this recycled material. The created value of this compound is linked to the combination of high performance materials as well as a low-cost price of 40-60 percent compared to virgin carbon fiber reinforced PEEK compounds.

In conjunction with its partners, an OEM Aircraft manufacturer and Sintex NP Group, we have demonstrated that a serial Aircraft “Wing Access Panel“ can be manufactured to prove the performance of the recycled granules. The Sintex NP Group was selected as the partner responsible for the part manufacturing process based on Tenax-E COMPOUND rPEEK CF30 and the assessment of material processability compared to today’s virgin material standards within their production processes. It was shown that it is possible to combine best performance with full manufacturing and design flexibility without any parameter adjustments in the production chain. This way Tenax-E COMPOUND rPEEK CF30 is able to reduce the part costs significantly.

TTE and Teijin Kasei Europe will cover the European market. “By separating the market into Aerospace, Industry and Automotive, both companies can use their strengths in the corresponding market segments”, so Falk Ansorge, Sales Manager Aerospace at TTE. TTE will concentrate on creating applications in the Aerospace field. Teijin Kasei Europe already supplies PC, PC/ABS and PC alloy compounds to various industries mainly for automotive applications, so that their product range is ideally widely expanded with Tenax-E COMPOUND rPEEK CF30.

ThermoPlastic Recycling Solutions

Toho Tenax developed three different ThermoPlastic Recycling Solutions: Compound, Chips and Crushed. They are reinforced material combinations made of recycled Tenax TPCL and Tenax TPWF and recycled semi crystalline PEEK polymer to offer high performance in strength and stiffness for injection molding applications.

Toho Tenax have been active for many years in the CFRTP market and intelligently developed the product range of Tenax® ThermoPlastics (TPUD, TPCL and TPWF). These materials offer a rapid production and processing, low scrap rates, high mechanical performance, strong chemical resistance and recyclability. The TPCL are qualified for the application in primary composite structures in the A350XWB aircraft, Airbus’s new-generation extra-wide-body midsize jetliner. In consideration of the aircraft production ramp-up and the increasing material consumption of these high valuable materials, efforts have been made to develop recycling solutions with an immediate effect. Toho Tenax’s intention was to develop a closed-loop-concept for the thermoplastic materials and to reconvert the exceptional properties of this high performance material combination.

Posted March 7, 2017

Source: Toho Tenax Co., Ltd.

USTER® Fiber Cleaning Systems Prevent Contamination In Hygiene And Cosmetic Nonwoven Applications

USTER, Switzerland — March 7, 2017 — Yarn spinners already understand the importance of preventing contamination in their products. A total of 3,500 worldwide installations of Jossi fiber cleaning systems — now produced by USTER — is proof of that. The USTER® JOSSI VISION SHIELD solutions are highly effective at removing even the smallest contaminants, including polypropylene. For nonwovens producers, however, the risk of contamination is possibly even greater: in medical and hygiene applications, for example, quality standards are super-critical and zero contamination is essential.

Contaminated yarn is one of the spinner’s biggest headaches, potentially leading to customer claims and rejects when synthetic particles such as polypropylene (PP) remain undetected in cotton until the fabric reaches the dyehouse. Today, the range of Uster Jossi systems is proven to deal with this problem with unbeatable effectiveness, detecting and removing foreign matter from cotton at the spinning preparation stage.

Uster Technologies acquired Jossi AG in 2013 and now applies the Uster Jossi Vision Shield 2 and Uster Jossi Vision Shield T systems, using multiple detection principles to eject all polypropylene particles, however minute. The finest white PP contamination is reliably and efficiently detected with the Uster Jossi MAGIC EYE in combination with the Uster Jossi Vision Shield. Practically all types of foreign matter, including polypropylene and polyethylene, are eliminated by Uster Jossi Magic Eye, with a minimum of waste.

Special challenges for nonwovens producers

Compared to yarn spinning, nonwovens products and processes bring some special challenges and even more demanding requirements. Imagine, for example, a scratchy remnant of polypropylene in a make-up removal pad … or any kind of contamination in hospital products such as absorbent cotton, alcohol swabs, or nonwoven gauze. Such problems would be totally unacceptable. Not surprisingly, markets for medical and hygiene products in the USA, Europe and Asia are extremely quality-oriented.

With developments in man-made fibers, there was a trend about 25 years ago for nonwovens applications to switch from pure cotton to synthetics. Initially, consumers preferred the dry and light texture of synthetic fibers. In the last decade, however, many applications are seeing a return to pure cotton as the favored option, particularly where allergenic issues such as skin reddening and irritation are possible.

Manufacturers of nonwovens for these demanding end-uses now require an efficient contamination control system, guaranteeing a zero-tolerance standard – for defects bigger than 1 mm – in their products. In nonwovens, fiber cleaning is the only way to control contamination – unlike in spinning where yarn clearing can make a final check at the winding stage. Product quality in nonwovens therefore depends absolutely on the efficiency of the fiber cleaning system, which makes investment in the Uster Jossi Vision Shield system a logical step.

Nonwovens: Big In Japan

Most of the machinery for nonwovens hygiene products is made by Japanese companies and Japan itself plays a leading role in manufacturing goods for medical and cosmetic applications, as well as food packaging materials. “Japan is growing as a market for Uster fiber cleaning systems, thanks to these nonwovens applications,” says Oswald Baldischwieler, Product Manager Fiber Cleaning within Uster Technologies. “The combination of Uster Jossi Vision Shield and Uster Jossi Magic Eye supports the manufacturers to control contamination continuously at a high level.”

USTER at Index

The importance of the nonwovens sector for Uster Jossi systems is demonstrated by the company’s presence at the forthcoming INDEX 2017 event in Geneva (Booth no. 4418), the largest global meeting point for the nonwovens market. Uster believes that its technology which is already well known and appreciated in cotton spinning will attract wider interest at the exhibition from manufacturers of bleached cotton and other quality-critical nonwovens products. “With Uster Jossi Vision Shield and Uster Jossi Magic Eye, the whole production is checked, for every category of contaminants including synthetics,” says Baldischwieler. “Nothing can escape the detection power of these systems.”

Posted March 7, 2017

Source: Uster Technologies Ltd.

Huafon Microfiber Orders 10 Lines From DiloGroup

EBERBACH, Germany — March 7, 2017 — Since 2015, Huafon Microfiber Co. Ltd. has placed orders for a total of 10 complete, most advanced and high-capacity needling lines with DiloGroup for its new plant in Qidong, Jiangsu Province, China.

All these lines consist of DiloTemafa high capacity blending systems, DiloSpinnbau special card feeding systems with Twinflow for very homogenous flock matt, high capacity carding machines., DiloMachines high speed crosslappers with special air-guide system for the best layering performance with precise web edges as well as numerous DiloMachines needle looms with Hyperpunch technology. All lines are equipped with CV1 system for the best uniformity towards end product.

The first six lines are already in production, the next two lines are being installed at site, and the last two lines are scheduled for shipment in the first half of 2017.

Huafon Microfiber Co. Ltd was established in 2002 and is now one of the biggest producers for artificial leather made from sea-island fiber worldwide. The main applications of these high quality artificial leathers are for shoe, automotive, glove, bag, sofa etc.

DiloGroup supplied the first complete needling line to Huafon in Jinshan, China, in 2003 and up to 2016 Huafon ordered a total of 19 needling lines.

Posted March 7, 2017

Source: DiloGroup

Polartec Offers Solutions For Inclusive Apparel Design And Adaptive Climbing

ANDOVER, Mass. — March 7, 2017 — Polartec has released a short documentary film to address two issues — the need for inclusive apparel design, and access to climbing for people of all abilities. The short film features Polartec non-profit partners Open Style Lab and Paradox Sports.

Designing for today’s society means creating a broader and more diverse average. Through a 10-week summer program, a class at Parsons School of Design, and various research projects, Open Style Lab increases awareness about the need for accessible clothing, and equips its community to develop and distribute clothing designs and technologies that will increase clothing accessibility.

Founded in 2007, Paradox Sports enriches lives through adaptive climbing opportunities. Recognizing that climbing in general often requires adaptive equipment regardless of ability, Paradox Sports wrote the book on adaptive climbing and organizes climbing outings to engage people with disabilities and help them realize their capabilities.

The film follows Carlos Quiles, a climber, along with Michael Scannell and Justin Moy, Open Style Lab participants, as they go climbing with Paradox Sports.

“Open Style Lab saw the powerful potential of performance fabrics and inclusive design training to address mobility challenges faced by people with disabilities, athletes, and for the injured,” says Grace Jun, Open Style Lab executive director. “Open Style Lab has partnered with Polartec since 2015 and recently recommended summer program clients to experience outdoor climbing with Paradox Sports. Through collaborations like these, Open Style Lab aims to bring these innovative clothing solutions to the growingly diverse population and raise awareness of the need for accessible clothing. We knew this would be a great collaboration of like-minded people, who share Open Style Lab’s vision of a more beautiful and inclusive world.”

“I have walked through outdoor stores with many people with disabilities after their first time climbing,” says Mike Neustedter, Paradox Sports executive director. “A new look comes into their eyes. Carabiners, outdoor apparel, climbing shoes, and ascenders are taking their place alongside leg braces and wheelchairs. They are now part of the world of rock climbers and we hope they will have access to better functioning options thanks to our partnership with Polartec and Open Style Lab.”

“Polartec has a long history of solving problems through the science of fabric and creating products that help people realize what’s possible in the world of sport,” says Darren Josey, Polartec North American marketing manager. “We saw that same spirit in Paradox Sports and Open Style Lab, organizations which have gone out and solved problems the market didn’t. For that, we wanted to help them not just spread the word but offer actionable steps for both businesses and individuals alike to expand access to proper apparel and access to climbing.”

Posted March 7, 2017

Source: Polartec

TeXtreme® Has Reached A Breakthrough In Commercial Aircraft

BORÅS, Sweden — March 7, 2017 — TeXtreme® is proud to announce that after several years of simulation and testing within the aero market, TeXtreme has been certified for use in commercial aero applications and qualified by a leading aircraft manufacturer.

HAECO searched for a material that would reduce weight and thereby enable significant savings in fuel costs for the airlines. HAECO turned to TeXtreme to help optimize its current seat design for weight, while still maintaining mechanical properties. TeXtreme used calculation, simulation and manufacturing support to help HAECO reduce the weight of the aircraft seat by almost 20 percent.

Andreas Martsman, vice president, Oxeon, said: “We work in close cooperation with our clients, giving them technical support, all the way from selecting the optimal reinforcement structure to making it work in the manufacturing process for the end product. When looking into the aerospace market the need for ultra-light products, that are designed to last, is growing. Together with HAECO the simulation results as well as our knowledge of advanced carbon reinforcements helped to produce a part which uses TeXtreme to achieve the desired significant weight savings.”

The TeXtreme Technology is established as the best choice for making ultra-light weight carbon fiber products. Novel TeXtreme materials are being used in aero and industrial applications, and by several major brands in the sporting goods market.

This part made of TeXtreme is now in production and is scheduled to be delivered in 2017.

Posted March 7, 2017

Source: Oxeon AB

New Reebok DMX Flex Work Brings Active Cushioning To Industrial Work Footwear

ST. LOUIS — March 6, 2017 — Warson Brands, official licensee of Reebok for occupational footwear, has introduced the new Reebok DMX Flex Work line of industrial work shoes. The Reebok DMX Flex Work incorporates DMX moving air technology to provide active cushioning.

The DMX Flex Work series features numerous comfort and safety technologies, resulting in a safety shoe that offers industry-leading safety protection for the industrial worker while maximizing comfort.

At the heart of the DMX Flex Work series is an innovative moving air component that is embedded in the midsole of the shoe, extending the entire length from heel to toe. With each step air transfers under foot, moving from heel to forefoot and back. DMX moving air technology matches and responds to every subtle movement of the foot’s stride.

“We set out to create a work shoe that people would fall in love with from the moment they try it on,” says John Duvic, vice president, Product Development, Warson Brands. “With DMX moving air technology the worker has an active comfort system that cushions all day, every day. It’s truly a comfort sensation that you have to try to believe; there is a definite ‘wow’ factor to DMX Flex Work.”

In addition to the DMX moving air component, DMX Flex Work features a MemoryTech Massage footbed that adapts to the unique contours of one’s foot, an alloy safety toe that is lightweight and meets or exceeds ASTM F2413 safety standards, and a slip-resistant outsole that grips on slippery surfaces.

Posted March 6, 2017

Source: Warson Brands

INDEX™ 17 Exhibitor Preview: BASF

LUDWIGSHAFEN, Germany — March 6, 2017 — With Acronal 2434, BASF presents a new aqueous acrylic binder for nonwovens meeting high thermo-dimensional stability requirements. The binder is particularly suitable for nonwovens that are used for construction and abrasive applications. The innovative binder complements the comprehensive BASF product portfolio of dispersions and resins, which is going to be presented at booth 2427 at the Index fair in Geneva April 4-7, 2017.

Dimensionally stable nonwovens
With Acronal 2434, BASF offers a self-cross-linking acrylic dispersion that lends nonwovens that are exposed to thermal strain high levels of mechanical stability. The binder is particularly suitable for nonwovens made of synthetic fibers such as polyester. The newly developed product is compatible with other cross-linking systems such as melamine and urea resins. In addition, it can easily be applied with regular foulard systems.

“Acronal 2434 is another high-performance binder that we offer to our customers in the nonwovens industry,“ says Jürgen Pfister, vice president, Dispersions for Adhesives & Fiber Bonding Europe. “Primarily when it comes to nonwovens that are exposed to high levels of thermal and mechanical strain, our novel acrylic dispersion delivers outstanding effects. With this innovative and sustainable binder, we have found a solution that is targeted towards the needs of our customers. This way, we can help our customers to be successful.”

Posted March 6, 2017

Source: BASF

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