American Roller Is On A Roll With Its Recapitalization By Hamilton Robinson Capital Partners

UNION GROVE, Wis. — March 5, 2019 — Hamilton Robinson Capital Partners (HRCP), together with management and co-investors, has recapitalized American Roller Co. LLC. Headquartered in Union Grove, Wisconsin, American Roller is a provider of engineered services and industrial rollers including rubber and urethane coverings, plasma coatings, and core fabrication.

CEO Dan Cahalane stated: “This substantial investment will allow American Roller to build upon its strong foundation by providing it with additional resources to increase its responsiveness to customers and accelerate its growth plans. It also provides the additional capital to pursue add-on acquisitions that will leverage our broad infrastructure and help us expand into new markets. We are really excited about the potential opportunities this partnership creates and our bright future ahead.”

“American Roller is exactly the sort of company that HRCP is interested in as a partner — a leading service provider in the industrial segment with a strong ambitious management team focused on taking its business to the next level. We are very fortunate to have this opportunity and will immediately be able to add value and support management in achieving their expansion plans,” said Adam Fitzner, managing director at HRCP.

“Over the last 80 years, American Roller has developed its strong reputation as a technical leader and innovator in its core markets. By purchasing the web processing division, we will empower management to dedicate their full focus and resources to the web processing industry, accelerating its growth and providing enhanced solutions to its customers,” said Chris Lund, partner at HRCP.

Posted March 5, 2019

Source: American Roller

PrimaLoft Sees Momentum With PrimaLoft® Cross Core™ Technology, Announcing 30 Brand Partner Adoptions For Fall 2019

LATHAM, N.Y. — March 5th, 2019 — PrimaLoft Inc. today announced 30 new brand partners have adopted PrimaLoft® Cross Core™ technology and debuted three iterations. The Cross Core platform fuses existing PrimaLoft fibers with next-generation materials including aerogel, a highly porous, low-density structure, originally used by NASA scientists, that forms a temperature barrier locking out cold and heat. New products available at retail beginning fall 2019 include PrimaLoft Gold Insulation with Cross Core Technology, PrimaLoft Gold Insulation Hi-Loft Ultra with Cross Core Technology and the loose fill PrimaLoft Silver Insulation ThermoPlume with Cross Core Technology.

More than 30 brands adopted at least one of the three PrimaLoft insulations in the Cross Core series. These brands include: adidas originals, Athleta, Black Diamond, Dynafit, La Sportiva, Maloja, Montane, Mountain Hardwear, Norröna, Peak Performance, Ping, POC, Quiksilver, Reusch, and Simms, among others.

“The PrimaLoft Cross Core™ series reinforces our relentless effort to push the limits of material innovation for greater consumer comfort,” said Mike Joyce, president and CEO of PrimaLoft. “It is a significant advancement in our capabilities, resulting in products boasting previously unattainable levels of lightweight warmth, comfort and protection. The increased adoption of Cross Core shows the market’s growing demand for versatile components that deliver a higher degree of consumer comfort across a range of endeavors and conditions.”

Originally developed by NASA for use in aeronautical applications, silica aerogel is composed of more than 95 percent air and is the lightest solid material known to man and one of the most effective insulation materials. PrimaLoft engineers have found a way to integrate aerogel material into the fibers, allowing PrimaLoft to develop apparel insulation that withstands the extreme challenges of outdoor garments.

PrimaLoft Gold Insulation with Cross Core combines PrimaLoft Gold Insulation, the benchmark in performance synthetics, with aerogel technology, the gold standard in lightweight thermal protection. It provides up to 52 percent more warmth with the same weight compared to PrimaLoft® Gold Insulation. This enables PrimaLoft customers to achieve both enhanced warmth and decreased weight. PrimaLoft Gold Insulation with Cross Core Technology contains 35-percent post-consumer recycled content.

PrimaLoft Gold Insulation Hi-Loft Ultra with Cross Core has a distinctive accordionlike construction resulting in unending loft and quick compression recovery for long-lasting, lightweight warmth. Adding aerogel technology to the PrimaLoft fibers ensures loft and warmth without increasing weight, while featuring 25-percent post-consumer recycled content.

Building upon the success of PrimaLoft Black Insulation ThermoPlume® over the last few years, PrimaLoft Silver Insulation ThermoPlume with Cross Core Technology is the next level of warmth in loose-fill synthetic insulations. By blending each individual fiber of the small, silky plumes with aerogel technology, this insulation delivers the aesthetic and performance of natural down with up to 12 percent more warmth compared to previous ThermoPlume insulations. This loose-fill insulation has excellent compressibility for long-lasting durability and a water-repellent finish to ensure wet weather protection.

“Spending a full day on the slopes can be challenging for a skier,” said Eva Füting, senior designer at Peak Performance, a maker of innovative travel bags and gear. “Skiers are exposed to a range conditions from frigid morning lift rides to high-intensity, sunlit descents. The Peak Performance Velaero collection withstands these conditions by using, in addition to design features, the new PrimaLoft Silver Insulation ThermoPlume with Cross Core Technology, featuring aerogel.”

“For our products, we are always looking for materials with minimal weight,” said Sibylle Egele, product manager at Dynafit, a leading mountain equipment and apparel company. “Our new FT Insulation Jacket is definitely our warmest PrimaLoft product in the range. With PrimaLoft Gold Insulation Hi-Loft Ultra with Cross Core Technology we are able to imitate the warmth, look and feel of natural down. The PrimaLoft Cross Core technology adds another level of warmth efficiency to the great performance of PrimaLoft products.”

Posted March 5, 2019

Source: Primaloft

Indorama Ventures Completes Acquisition Of INVISTA Resins & Fibers GmbH

BANGKOK, Thailand — March 5, 2019 — Indorama Ventures Public Co. Ltd. (IVL), a global chemical producer, announced the completion of its acquisition of INVISTA Resins & Fibers GmbH, a specialty chemicals asset located in Gersthofen, Germany. The Gersthofen site has a combined capacity of 282,000 tonnes/annum, and employs approximately 140 employees.

Indorama Ventures had previously announced its agreement to acquire INVISTA Resins & Fibers GmbH on December 20, 2018. This acquisition is aligned with IVL’s strategy to grow and support our customer’s needs with differentiated solutions in both packaging and in industrial fibers. It provides IVL with competitive advantages, obtaining the intellectual property rights of POLYSHIELD® PET and OXYCLEAR® Barrier PET, Invista’s barrier technology, in all markets globally. POLYSHIELD PET and OXYCLEAR Barrier PET brands are known for their oxygen barrier packaging, mainly used by the food and beverage industry, to extend the shelf life of juice, wine, beer, diary as well as ketchup.

IVL currently has a leading market share in the North America oxygen barrier PET market. The Company made its debut in this segment in 2011 through the acquisition of Auriga Polymers in South Carolina, USA, acquiring the rights to the technology for creating the Crystal Clear Oxygen Barrier Resin in certain markets in the Americas. This acquisition gives IVL added momentum to address a growing demand for barrier resins, and reach both existing and new customers globally.

Aloke Lohia, group CEO of Indorama Ventures, said: “This is an exciting step forward that will lead us to further accelerate our transformation. We are ready to seize global opportunities and create the greatest value for our customers and shareholders. We are excited to welcome the Invista team to the IVL family, and look forward to growing the POLYSHIELD PET and OXYCLEAR Barrier PET brands to their full potential.”

Posted March 5, 2019

Source: IVL

Apparel And Footwear Industry Urges Swift Congressional Approval Of USMCA

WASHINGTON — March 4, 2019 — The American Apparel & Footwear Association announced its full support for quick passage of the United States-Mexico-Canada Agreement (USMCA) today.

“Our North American apparel and footwear value chain is an integral component of the future of our industry,” said Rick Helfenbein, president and CEO of the American Apparel & Footwear Association. “USMCA provides the stability and predictability that we need for our companies to invest in the region as we grow our footprint. Today, more than 200,000 American jobs in our industry are supported by NAFTA. We are calling on Congress to approve the USMCA this year and for the Administration to quickly and seamlessly implement it.”

“To meet the needs of today’s retail environment, apparel and footwear companies need to have a diverse supply chain that can meet consumer expectations,” said Tom Glaser, vice president, VF Corp. and president, Supply Chain and AAFA Chairman. “The North American region is a key part of this matrix, and the USMCA will be an important part of its future.”

AAFA has long supported the USMCA negotiations, calling for the resulting agreement to be trilateral with Mexico and Canada, to not harm to the industry’s supply chains, and to be seamlessly implemented. As part of its support for USMCA, AAFA is an active member of the USMCA coalition.

Posted March 5, 2019

Source: The American Apparel & Footwear Association (AAFA)

JEC World 2019 Exhibitor Preview: SGL Carbon

WIESBADEN, Germany — March 5, 2019 — At this year’s JEC World, a trade fair for composites held from March 12-14, 2019, in Paris, SGL Carbon will focus on smart solutions for the automotive industry. In hall 6 at stand D25, the company will present a wide range of tailored components and high-performance materials along the entire value chain under the motto “The Weight and Performance Optimizers.” The automotive examples also represent possible innovative applications in other industries.

“As a reliable and innovative partner to our customers, we offer tailored solutions across industries, from fibers to finished parts, all from a single source. We help not only to produce lighter components, but also boost performance thanks to greater durability of individual components or improved overall architectures,” explained Andreas Wüllner, president of the Divisional Board of Composites – Fibers & Materials at SGL Carbon.

Tailored solutions for automotive serial production 

Carbon composite rear wall for high-performance cars

Highlights include a carbon fiber-reinforced rear wall for a high-performance car from a major German automobile manufacturer, which was implemented in serial production in cooperation with SGL Carbon. As a light body-reinforcing element, the design not only helps to keep the overall weight low — it is also crucial for configuring the entire vehicle’s performance. The rear wall structure was laid out to meet load path requirements in cross-departmental collaboration between specialists from material engineering, product design and process design. Joining of metal materials to composite materials also came into play over the course of the project, with SGL Carbon offering just the right material and process expertise.

Natural fiber components for sports models

The innovative natural fiber concept for a sportscar manufacturer also celebrated its trade fair premiere. In developing the motorsport model, the focus was placed on both, extreme performance and sustainability. This is why the carmaker opted for a hybrid biology-based composite for the doors and rear spoilers. In concrete terms, the components consist of a combination of biology-based natural fibers and fossil-based carbon fibers as well as conventional plastics. SGL Carbon developed a specifically pre-impregnated natural fiber fabric based on a fast-curing resin. Concepts for accelerated pressing processes and tools engineering were also developed in collaboration with the Lightweight and Application Center of SGL Carbon.

Visible carbon components with a high degree of functional integration

Besides complex structure and fitting requirements, component production also demands extensive surface properties for visible carbon components to ensure a perfect look.

SGL Carbon also has many years of experience and expertise in this still important area, demonstrated at JEC World, on the one hand with a strut bar based on braided carbon fibers, ensuring both stability and a visual highlight in the engine compartment of the BMW models M2, M3 and M4 and on the other hand, SGL Carbon will also showcase a mount carrier made of carbon-fiber non-woven materials for a sportscar manufacturer, used in the rear end of the sports car as a platform for installing the spoiler.

Leaf spring based on fiberglass

The glass-fiber reinforced plastic (GFRP) leaf spring is just one component that offers major potential for high-volume serial production. Today, it is already used as a cross leaf spring in the rear axles of around 40 Volvo models, produced at the SGL plant in Austria in a completely automated manufacturing process at a volume of several hundreds of thousands per year – unparalleled in the industry. The major advantages of the springs include a weight reduction up to 65 percent compared to standard steel springs, greater driving comfort and more interior space. The leaf spring can also be realized in a longitudinal form and is currently being implemented in new joint projects with renowned automotive manufacturers from Europe and North America.

Composite battery boxes for electric vehicles

Growing electromobility also means battery boxes made of glass-fiber and carbon-fiber composite materials are also gaining in importance. SGL Carbon’s high-voltage battery housing concept represents a reduction in weight of up to 50 percent compared with the corresponding steel component. It meets the highest of standards in terms of fire resistance, rigidity, acoustics and both thermal and electromagnetic shielding. With fiber composites, sensors can also be integrated to detect damage in the underbody of the electric vehicle. Damage is recognized early on, so the vehicle electronics can take safety precautions right away. Using carbon-fiber nonwoven materials and fiber-reinforced thermosetting polymers helps to map complex geometries with a process streamlined for serial production – yet another testament to SGL Carbon’s aspiration to continually optimize component efficiency and manufacture.

High-performance materials and broad process expertise

At the JEC World, SGL Carbon will also present trend-setting processing and application variants as well as advanced material classes.

Windshield in efficient thermoplastic skeleton design

One good example is the combination of formable thermoplastic profiles and subsequent extrusion coating with thermoplastic short-fiber granules into a complex skeletal structure. This concept was developed several years ago for a BMW cowl component as part of the “MAI Skelett” project sponsored by the German government. The advantages of this approach include integration into existing, highly automated production processes combined with extremely fast cycle times of under 75 seconds per part. SGL Carbon now offers high-quality thermoplastic profiles pultruded in-house with high fiber volumes (>45%) that can be processed immediately, without blending, thanks to their fully consolidated state.

Advancing fiber placement together

In the “Composites in Action” exhibition space (hall 6, stand S84), SGL Carbon will also be available at the Technical University of Munich (TUM) stand on the topic of fiber placement. This stand will highlight the Fiber Placement Center, operated in collaboration between Fraunhofer JGCV, SGL Carbon, TUM and other partners. Presented at last year’s JEC and headquartered at the SGL Meitingen location near Augsburg, the center aims to launch the production process in major-series applications across industries while optimizing concepts in terms of resources and efficiency.

Posted March 5, 2019

Source: SGL Carbon

Hohenstein Academy 2019

BÖNNIGHEIM, Germany — March 1, 2019 — Since March Hohenstein is paving the way to modern learning worlds with the e-Academy. Digital and independent of time and location, the Academy thus offers access to valuable content from all areas and competences of the company to anyone who is interested. There are webinars, webcasts, tutorials and further digital formats in the following subject areas:

  • Textile basic knowledge;
  • Comfort and performance;
  • Clothing technology;
  • Safety and sustainability;
  • Laundering and cleaning; and
  • Medicine and healthcare.

The Academy is constantly expanding its digital offer. Fresh and new formats are always available — wherever and whenever you need them. This new offer provides the user with numerous benefits. Those interested no longer have to travel to Hohenstein to experience and learn new things first-hand. Therefore, the Academy has devoted itself to the concept of blended learning. For example, the Academy will provide the traditionally well-attended basic laundry technology course modularly and will offer content both digitally and at events on site.

Please find details in the course overview. Here, you will also find the courses of the subject areas comfort and performance. The experts teach in a tried and tested manner both on site in Hohenstein and, on request, at the customer’s facility.Hohenstein hopes that the realignment and digitization of the Academy will give it new impetus, above all, in the area of commercial laundry. The completely rebuilt Academy will also develop a comprehensive course program for proper linen care on behalf of the German Certification Association.

Posted March 5, 2019

Source: Hohenstein

Marking Its 5th Anniversary, LIFT Receives Agreement Extension From The U.S. Department Of Defense

DETROIT — March 5, 2019 — LIFT – Lightweight Innovations For Tomorrow — a Detroit-based national manufacturing innovation institute celebrating the 5th anniversary of its founding — today announced that the Department of Defense has extended its cooperative agreement for another year while negotiations are underway for a new long-term partnership.

The American Lightweight Materials Manufacturing Innovation Institute (ALMMII), which operates LIFT, signed the original cooperative agreement with the Department of Defense, through the Office of Naval Research, in February 2014, as one of the founding members of the Manufacturing USA network. LIFT is a public-private partnership committed to the development and deployment of advanced lightweight material manufacturing technologies and implementing education and training initiatives to better prepare the workforce today and in the future.

“The first five years of our institute have been a tremendous success, moving from an idea on paper to creating a world-class facility in Detroit and building an ecosystem of experts across the country,” said Nigel Francis, LIFT CEO and executive director. “The value we have shown the Department of Defense, together with our industry and academic partners, enabled this extension and we are now working towards a new long-term agreement to be in place in the near future.”

During its initial five years, LIFT and its national network of partners have, among a wide array of other successes:

  • Developed methods of reducing the weight of cast iron automotive parts by 50%;
  • Streamlined the shipbuilding process by reducing distortion caused by welding and enabling the use of lightweight materials;
  • Optimized the design of anti-lock brakes and electronic stability control system kits for military Humvees, which can reduce the number of fatal rollovers by 74 percent;
  • Piloted “Operation Next” to support separating military men and women by providing educational opportunities and employment in some of the most in-demand advanced manufacturing jobs;
  • Launched the “MakerMinded” online STEM activity and competition platform for middle and high-school students in eight states;
  • Developed the IGNITE: Mastering Manufacturing foundational curriculum, piloted at schools in three states, to better prepare high school students for the 21st Century design and production environment; and
  • Designed and implemented 40 education and workforce development partnerships in Michigan, Ohio, Indiana, Kentucky and Tennessee, to address the manufacturing skills gap and align technology and talent development in advanced manufacturing.

This year is an exciting one for the institute as it plans an expanded technology scope to provide more services to small and medium-sized manufacturers. LIFT will also open the “LIFT Learning Lab”- an immersive lab focused on building the pipeline of advanced manufacturing technicians – in its Detroit facility later this spring.

Posted March 5, 2019

Source: LIFT, operated by the American Lightweight Materials Manufacturing Innovation Institute (ALMMII)

Multi-stakeholder Organic Cotton Traceability Pilot Reaches Milestone Towards Successfully Tracing Organic Cotton Through Its Value Chain

AMSTERDAM — March 5, 2019 — A pioneering new initiative, called the Organic Cotton Traceability Pilot, is proving the use of cutting-edge technology to trace organic cotton through its value chain. This is an important and promising milestone in the quest to boost the traceability of organic raw materials and revolutionize the textile supply chain.

“With the work we have done to trace organic cotton from farm to gin, we are confident that in the next phase we will be able to make the leap from gin to consumer, eventually making it possible to swiftly and efficiently trace organic cotton straight from the farm to the consumer. This is good for farmers, good for consumers, and good for the entire industry,” said Daniel Jones, founder and CEO of Bext360, the lead technical partner of the initiative.

Tracing organic cotton from farm to consumer
The apparel supply chain is notoriously fragmented and complex, making tracing garments to their origins a difficult task. Tracing material flows through the supply chain is even more challenging, especially sustainably produced raw materials like organic cotton.

At the same time, the pressure for greater transparency and sustainability in the fashion industry is intensifying. Consumers are more aware than ever of the ethical and environmental impact of fashion, while governments are beginning to demand accountability from brands and retailers for their supply chains.

Traceability is playing an increasingly important role in ensuring not only that sustainability claims made to the consumer are accurate, but also that sustainable producers are rewarded for their efforts.

New technologies are beginning to offer brands innovative tools to efficiently and reliably verify materials, but until now these have not been successfully applied at scale in the garment industry.

The technology behind the Organic Cotton Traceability Pilot
This pilot initiative combines multiple technologies to trace and identify the origin, purity and distribution of organic cotton. While these technologies have already been used before other supply chains, they have not been yet been used in fashion.

While blockchain technology allows for efficient integration of data from multiple sources in the supply chain, the use of machine vision, artificial intelligence, micro-biome sequencing and on-product unique markers (including the physical markers: NFC, IN-Codes and fluorescent Li-Code’s) help to guarantee data integrity as well as grade the quality and purity of materials. For machine readable technologies like product markers, this can usually be done without altering the product itself.

At the farm level, the solution’s digital trail is creating transparency not only by verifying the material but also by ensuring the that fair price brands are paying is reaching the farmers. Additionally, the digital trail simplifies logistical transactions for farmers and enable banks to provide them loans.

At the consumer level, the technology sheds a light on the suppliers and manufacturers that are behind a final product, increasing trust and transparency.

A multi-stakeholder effort
As a traceability solution that has seen success in other complex supply chains like coffee, cocoa, and palm oil, Bext360 was chosen to participate in the Fashion for Good Scaling Programme. Seeing the potential of the model, an unprecedented group of partners came together to pilot whether the technology solution be applied to organic cotton.

Lead technical partner, Bext360, was backed in logistics, planning and technology by supporting technical partners Haelixa, Tailorlux, and IN-Code Technologies, and ongoing field trails are being carried out in Pratibha Syntex farm groups in India. Other partners include Fashion for Good, C&A Foundation, and the Organic Cotton Accelerator (OCA), as well as Kering, Zalando, PVH Corp., and C&A. The unique mix of technology providers, philanthropic partners, multi-brand platforms, as well as brands, retailers and manufacturers all working collaboratively to drive traceability in organic cotton has yet to be seen in the industry.

“As a global platform for innovation with many brands behind us, we are excited to see how the scaling of one of our innovators turned into a multi-stakeholder effort from which the whole industry will benefit. These technologies will improve how companies can map, audit, certify, and monitor their value chains, allowing them to tackle issues head on and build transparent processes,” explained Katrin Ley, managing director of Fashion for Good.

Results and next steps
With testing underway to trace organic cotton from farm to gin, the next step will trace from gin to consumer and finally it will need to be proven at scale. If taken to this level, this initiative has potential to become a leading end-to-end traceability solution not only for organic cotton, but for other preferred fibres.

“The time was ripe to take a bold step towards full traceability in the organic cotton value chain. We believe this technology solution has potential and were eager to support the experiment to prove it. It has been exciting to see so many actors come together and we invite more of the industry to join us on this journey.” added Anita Chester, head of Sustainable Raw Materials of C&A Foundation.

Posted March 5, 2019

Source: Fashion For Good/C&A Foundation

Hand & Lock Prize for Embroidery Award 2019

MANCHESTER, England — March 5, 2019 — Hand & Lock is looking for creative embroiderers who want to showcase their skills for a chance to win a top prize of $3500 US and a weekend embroidery course with Hand & Lock. The Textile Institute is proud to announce it is a supporter of this event.

Established in 2000 to give new designers, interested in embroidery, the opportunity to showcase their talents and gain vital exposure and experience, the Hand & Lock Prize for Embroidery now attracts entries from all over the world.

The prize aims to promote the use of hand embroidered surface embellishment within fashion, costume and soft furnishing.

There are student and open categories for the awards so anyone can enter. If you have embroidery skills in design, arts, surface textiles, fashion, interiors, fibers or textiles, why not register now?

Former winners have gone on to start their own successful businesses, work in the industry for top design houses and even join the team here at Hand & Lock.

The live judging and Prize Giving event is a prestigious international occasion and an important part of the London fashion calendar. The prize-giving event held at the Bishopgate Institute, London, now draws industry professionals, designers and influencers keen to see the latest embroidery talent.

For more details about how to enter, visit https://handembroidery.com/the-prize/how-to-enter-the-prize/.

Prize registration closes 29 March 2019.

Posted March 5, 2019

Source: The Textile Institute

 

Right Lane Industries Acquires Specialty Textiles And Extruded Plastics Division Of Schlegel Systems

ROCHESTER, N.Y. — January 16, 2019 — On December 31, 2018, Right Lane Industries acquired the specialty textiles and extruded plastics division of Schlegel Systems Inc. and renamed the new stand-alone company Schlegel Specialty Products LLC (SSP). As a new permanent subsidiary of Right Lane, SSP will continue to develop and manufacture innovative textile and plastic products from its long-tenured facility in Rochester, N.Y. In conjunction with the acquisition, Right Lane has retained SSP’s existing management, operations, and engineering teams, to support anticipated growth.

Originally founded in the 1880’s, Schlegel Specialty Products engineers and produces woven textiles and extruded plastic products for applications in the automotive, aerospace, office equipment, transportation, heavy industrial and other end markets. The company manufactures its products using proprietary processes out of a 104,000 square foot facility located in Rochester.

The team at SSP is excited to utilize Right Lane’s centralized corporate services, capital, and growth orientation to deepen partnerships with customers, and ensure their success long into the future.

“Schlegel Specialty Products has a skilled team, unique production capabilities, and a brand name with exceptional heritage,” said Right Lane CEO Eric Mara. “We are excited to support SSP with the capital and resources it needs to expand product offerings, increase production capacity, and build long-term partnerships with world-wide customers.”

Posted March 4, 2019

Source: Right Lane Industries

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