BOLINGBROOK, Ill. — November 15, 2024 — S&S Activewear (“S&S”), a technology-enabled distributor of apparel and accessories, announced the appointment of industry veteran Eric Levin as general manager of its newly designated Prime Line Hard Goods division.
In his role as General Manager, Levin will be responsible for leading a dedicated division focused specifically on hard goods, leveraging his extensive experience in the promotional products industry. A specialized sales team devoted to hard goods will report directly to Levin as he works closely with the executive team at S&S and alphabroder to shape the division’s strategic and organizational design.
Eric Levin
“I am incredibly grateful for the opportunity to lead the Prime Line Hard Goods division,” Levin said. “Throughout my career, I’ve gained valuable, first-hand experience within the hard goods and decorated apparel industries. That specialized knowledge developed into a unique ability to pinpoint areas prime for growth and improvement within the business and industry at large.”
Levin brings over 33 years of industry leadership to this role, having previously founded Jetline, a successful promotional products business that merged with Prime Line in 2015. Two years later, Prime Line was acquired by alphabroder and became the supplier’s hard goods division, where Levin served as executive vice president of strategy and growth.
“We’re excited for the future of the hard goods division with Eric at the helm,” said Frank Myers, CEO of S&S Activewear. “His expertise and strong customer relationships position us for significant growth in this new phase.”
To learn more about S&S, visit www.ssactivewear.com.
OBERTSHAUSEN, Germany — November 14, 2024 — During ITMA ASIA + CITME 2024, KARL MAYER presented “Master the Change” solutions for numerous areas of the textile industry, including the technical textiles segment. At its stand in the Shanghai National Exhibition and Convention Center, the global player showed how the non-crimp fabrics from its highly productive composite machines can be used to exploit promising sales potential with lightweight construction applications. At an in-house show accompanying the trade fair at KARL MAYER (CHINA) in Changzhou, there was also a performance demonstration of innovative warp knitting machines with weft insertion with a 2nd generation TM WEFT and the new WEFT GRID ECO. Thanks to its special performance, the newcomer focuses on the production of lightweight glass fabrics for use in the construction industry, for example as plaster grids or crack tape.
Multiaxial non-crimp fabrics for a high-margin market
Jan Stahr, Regional Sales Manager
The response to the two exhibitions was not as high as at a typical technical textiles trade fair. In particular, the number of visitors from countries outside Asia was below the expectations of Jan Stahr, Regional Sales Manager of KARL MAYER’s Technical Textiles Business Unit. Nevertheless, the market expert draws a positive conclusion. “We held numerous high-quality discussions with different customers. Among them were a surprising number of traditional warp knitting companies who talked to us about entry opportunities in the carbon composite sector,” says Jan Stahr.
The reactions to the samples of non-crimp fabrics exhibited in Shanghai and to the application video shown met all expectations. Particularly pleasing was the visit to the KARL MAYER stand by an up-and-coming carbon composite player, which is characterised by a high willingness to innovate. Representatives of his top management came to exchange ideas. The reasons for the great interest in carbon fiber-reinforced composites are, on the one hand, the affordable raw material prices since China’s entry into fiber production and, on the other hand, an increased demand for lightweight components, especially in the field of e-mobility. The carbon composite business attracts newcomers and those switching to it with higher margins than in the glass fiber reinforcement segment.
MAX GLASS ECO
There was also a promising exchange about the MAX GLASS ECO. The reliable production machine for the extremely economical production of standard articles made of glass fibers is particularly interesting for the wind power market, which is currently picking up speed again in China and India after years of consolidation. The timing of the machine presentation via video and with samples could not have been better!
Warp knitting machines with weft insertion with market tailoring
Ocean Wave Fabric TM WEFT
Another crowd-puller was the TM WEFT for the in-house show at KARL MAYER (CHINA). Many visitors took the opportunity to see the performance of the highly efficient machine for themselves – thanks to a targeted upgrade, the new version is 20% faster than its predecessor. Some customers also decided to invest during the event. Demand is being fuelled in particular by the trend-driven fashion sector. “We are seeing more and more outerwear fabrics being produced at TM WFT instead of interlining articles,” explains Jan Stahr. In line with this development, the exhibition machine in Changzhou produced a chic ocean wave fabric with striking 3D surface effects. TM WEFT customers include many weaving companies that have been able to reduce their machinery and therefore their personnel requirements by switching to the highly efficient warp knitting machine with weft insertion.
Confirmation from the market
The new WEFT GRID ECO aroused interest due to its price-performance ratio. It achieves a working speed of 1,800 rpm and has convinced customers to conduct performance tests in their production in the coming weeks. However, the growth impulses from the construction sector, the main customer for WEFT GRID ECO products, is still below expectations.
The feedback from the presentations at ITMA ASIA + CITME 2024 confirms that KARL MAYER’s Technical Textiles Business Unit is on the right track.
SICOMIN, France — November 18, 2024 — Sicomin, a global supplier in advanced bio-based epoxy systems, is excited to announce its latest collaboration with Skaw Sailing and SHORETEAM for the pioneering SKAW (A) foiling cruising yacht. Built by SHORETEAM and designed by Benoit Marie and Clément Bercault, the SKAW (A) is a ground-breaking monohull scow that brings together a high-performance foiling design and a reduced environmental impact through Sicomin GreenPoxy® resins.
Skaw A interior view
The SKAW (A) represents the first-ever foiling cruising scow yacht, crafted for optimal speed, maneuverability, and eco-responsibility. The vessel leverages Sicomin’s GreenPoxy range to set new standards in sustainable performance. This innovative bio-based epoxy solution achieves industry-leading mechanical properties while significantly reducing the carbon footprint compared to traditional petroleum-based resins.
The SKAW (A) will be constructed using Sicomin’s high-modulus GreenPoxy solutions, including SR InfuGreen 171 for the infusion of larger parts and SR GreenPoxy 170 for the hand laminating and bonding of the secondary structures. Both resins provide the strength, durability, and quality essential for a high-performance yacht design and enable SHORETEAM to achieve the ultra-lightweight 5000kg displacement and advanced mechanical performance necessary to achieve optimal foiling.
“Our goal was to design a yacht that embodies both exceptional performance and environmental responsibility,” said Benoit Marie, Founder, Skaw Sailing. “With Sicomin’s GreenPoxy technology and SHORETEAM’s expert craftmenship, we have achieved a lightweight, strong, and sustainable yacht that pushes the boundaries of foiling technology for cruising.”
Sicomin’s GreenPoxy products, specifically formulated for demanding applications such as marine foiling, offer enhanced mechanical properties including mechanical strength and durability, making them the ideal choice for the SKAW (A).
“Our SR InfuGreen 171 and SR GreenPoxy 170 were an ideal fit for this ambitious project”, added Tom Kerriou, Sicomin. “We are excited to see our sustainable GreenPoxy epoxy solutions contribute to the success of this design and we look forward to supporting Skaw Sailing and SHORETEAM in bringing this innovative yacht to life.”
BRUSSELS — November 18, 2024 — In a joint call from both sides of the Atlantic, 78 business associations representing a diverse array of industries from the EU and Mercosur ask their governments to expedite the conclusion of the EU-Mercosur Free Trade Agreement (FTA) negotiations. The statement underscores the strategic importance of reinforcing trade links, fostering investments and promoting sustainable development, which this historic agreement is built to deliver.
Addressed to the Presidents of the European Parliament, European Council, European Commission, and Hungarian Presidency of the Council, and shared with the Mercosur Presidency, the statement highlights that over €159 billion in goods and services was traded between the EU and Mercosur in 2022, with mutual investments approaching €380 billion. Together, these economic ties underpin millions of jobs on both continents. The associations highlight the importance of the EU-Mercosur agreement, emphasising that it can help mitigate the challenges posed by geopolitical instability and supply chain disruptions.
The joint statement notes that the agreement represents a rare opportunity to strengthen relations between the EU and Mercosur. Both sides would benefit from an agreement that supports economic recovery and lays the foundations for sustained growth. In particular:
Market Access and Growth: The removal of trade barriers would enable greater market access, facilitating a steady flow of goods and services.
Supply Chain Stability: Strengthened trade relationships would mitigate the impact of supply chain disruptions, securing reliable access to essential resources.
Enhanced Cooperation: By deepening cooperation, the agreement could bolster sustainable development, labour rights, and environmental standards across both regions.
In conclusion, the coalition of business associations calls on policymakers to take immediate steps toward ratification, positioning the EU and Mercosur to advance their mutual competitiveness in a changing and challenging global landscape.
List of Signatories
ABAL – Associação Brasileira do Alumínio
ABBD – Associação Brasileira de Bebidas Destiladas
ABELAC – Alianza de Bebidas Espirituosas de Latinoamérica y el Caribe
ABIA – Associação Brasileira da Indústria de Alimentos
ABICAB – Associação Brasileira da Indústria de Chocolates, Amendoim e Balas
ABICALÇADOS – – Associação Brasileira das Indústrias de Calçados
ABICS – Associação Brasileira da Industria de Café Solúvel
ABIFINA – Associação Brasileira das Indústrias de Química Fina
ABIHPEC – Associação Brasileira da Indústria de Higiene Pessoal, Perfumaria e Cosméticos
ABINEE – Associação Brasileira da Indústria Elétrica e Eletrônica
Abipeças – Associação Brasileira da Indústria de Autopeças
ABIPLAST – Associação Brasileira da Indústria do Plástico
Abiquim – Associação Brasileira da Indústria Química
ABIT – Associação Brasileira da Indústria Têxtil e de Confecção
ABITAM – Associação Brasileira da Indústria de Tubos e Acessórios de Metal
ABPI – Associação Brasileira da Propriedade Intelectual
ABRABE – Associação Brasileira de Bebidas
ABRAFAR – Associação Brasileira de Fabricantes de Refratários
ABRAFRUTAS
ABRAMEQ – Associação brasileira das Indústrias de Máquinas e Equipamentos para os setores do couro, calçados e afins
ACEA – The European Automobile Manufacturers’ Association
AmCham EU
ANFACER – Associação Nacional dos Fabricantes de Cerâmica para Revestimentos, Louças Sanitárias e Congêneres
ASIQUR – Asociación de Industrias Químicas del Uruguay
ASSOCIQUIM – Associação Brasileira dos Distribuidores de Produtos Químicos e Petroquímicos
The Brewers of Europe
BusinessEurope
CAEDHPA
CAOBISCO
CAPA
CAPABA – Cámara Paraguaya de Bebidas Alcohólicas
CASIC
CEC – European Footwear Confederation
CECE
CECIMO – European Association of Manufacturing Technologies
Cefic – European Chemical Industry Council
CELCAA – European Liaison Committee for Agricultural and Agri-Food Trade
Centro de Fabricantes de Licores
Cepi
Ceramie-Unie – The European Ceramic Industry
CICB – Centro das Indústrias de Curtumes do Brasil
CIQyP – Cámara de la Industria Química y Petroquímica
CIU – Cámara de Industrias del Uruguay
CIUS
CLEPA – European Association of Automotive Suppliers
CNI – Confederação Nacional da Indústria
Comité Vin
Cosmetics Europe – The Personal Care Association
COTANCE – The European Leather Industry
CUPCAT – Cámara Uruguaya de Perfumería, Cosmética y Artículos de Tocador
EDA – European Dairy Association
ESF – European Services Forum
ESRA – European Sugar Refineries Association
EURATEX – The European Apparel and Textile Confederation
Eurochambres – The Association of European Chambers of Commerce and Industry
EuroCommerce
EUROFER
EUROMETAUX
FADA – Federación Argentina de Destilados y Aperitivos
FIEMG – Federação das Indústrias do Estado de Minas Gerais
FIEP – Federação Industrial do Paraná
FIERGS – Federação das Indústrias do Estado do Rio Grande do Sul
FIESC – Federação das Indústrias do Estado de Santa Catarina
FIESP – Federação das Indústrias do Estado de São Paulo
FIRJAN – Federação das Indústrias do Estado do Rio de Janeiro
Grupo FarmaBrasil
IBRAC – Brazilian Institute of Cachaça
Medicines for Europe
Orgalim – Europe’s Technology Industries
SINCS – Sindicato Nacional da Indústria de Café Solúvel
Sindipeças – Sindicato Nacional da Indústria de Componentes para Veículos Automotores
SIR – Sindicato Nacional da Indústria de Refratários
SIREFMG – Sindicato da Indústria de Refratários no Estado de Minas Gerais
spiritsEUROPE
TIE – Toy Industries of Europe
UIA – União Industrial Argentina
UNICA – União da Indústria de Cana-de-Açúcar
UPEFRUY
Posted: November 18, 2024
Source: The European Textile and Clothing industry (EURATEX)
LYON, France — November 18, 2024 — Elkem today announced the successful scaling of its chemical silicone waste upcycling project from a laboratory to pilot unit at its Saint-Fons production site in Lyon, France. This marks a significant milestone in driving the transition to a circular economy for silicones.
As part of its climate strategy, Elkem is committed to cutting CO2 emissions and resource-use to reach climate-neutral production by 2050, notably by increasing recycling in its own operations and developing circular loops with customers and suppliers. In 2021, Elkem initiated a collaborative project* dedicated to breaking down silicone waste, using eco-designed depolymerization methods. This project led to the implementation of innovative routes and processes for the recycling of silicones that are patented by Elkem and partners and embedded in the construction and operation of the unit at Saint-Fons. Recycling silicones reduces their carbon footprint and contributes to securing the provision of the critical raw material, demand for which is rising due to the green transition and digitalization.
The technical implementation of the chemical recycling is now being performed at a pilot scale. This marks a major milestone in Elkem’s journey towards offering recycled silicones to the market. The pilot unit will provide vital scale-up information for safe and energy-efficient recycling of silicones at the industrial scale, and supply Elkem’s target customers with representative quantities of silicone with recycled content.
“As a manufacturer of silicones since 1948 and leading global supplier of silicones, we are committed to creating a circular economy for our products, giving them a second life. Chemical recycling of silicones is a key technological enabler to close the loop. Through our innovative technology, we can provide a solution for silicone waste and offer low carbon solutions from recycling with the same quality as those made from virgin material to the market,” says Joséphine Munsch, Sustainability Project Leader at Elkem.
Elkem’s patented depolymerization process technologies offer multiple unique benefits, such as low process temperatures, which enable lower carbon emissions, high conversion rates and chemical selectivity that avoids the generation of undesirable by-products and residues.
This project** was funded by the France 2030 national innovation and industry investment programme, operated by ADEME (the French Agency for Ecological Transition), and the European Union’s NextGenerationEU fund.
*Elkem’s collaborative project, known as the Resourcing Silicones Polymers (REPOS) project, focuses on developing eco-friendly depolymerization chemistry to reduce silicone waste. REPOS has been developed with CP2M and IMP academic labs, and the SMEs Activation and Processium. This project received the support and funding from Région Auvergne-Rhône-Alpes et BPI France and labelled by Axelera.
** The funded project ROSE UPP is dedicated to the scale up of chemical recycling technologies.
SAVANNAH, G.A., — November 15, 2024 — Haskell W. Beckham is the 2024 recipient of the AATCC Olney Medal. Beckham, Vice President of Innovation at Columbia Sportswear, is being recognized for his significant contributions to textile sciences. Beckham has worked in academia, consulting, and industry focusing on the development of advanced materials, textiles and test methods, and teaching and problem-solving. He has spent many years developing moisture measuring methods and heat management polymer compositions and has made several significant contributions and advancements to the textile industry.
Haskell W. Beckham
In 2024, Beckham was awarded two utility patents for his work in textile thermal wear and composite foam for performance footwear. One patent is related to heat reflecting materials, and the other relates to the components of performance footwear, and the construction of the midsole with polymer foams. His patents will improve comfortability in articles of clothing and footwear.
Career
Beckham is currently the Vice President of Innovation at Columbia Sportswear. Throughout his career, Beckham has applied and shared his knowledge of textile chemistry. He has held numerous leadership positions, leading and driving innovation of advanced materials and material constructions for integration into apparel, footwear, and equipment. He was involved in the development of Columbia’s heat-reflective textile called Omni-Heat Infinity and served as technical lead for partnership with the space-exploration company, Intuitive Machines. Beckham worked with Woody Blackford and others on this Millson winning invention. At Exponent, a leading scientific and engineering consulting firm, he provided numerous technical services, including project development, litigation support, failure analysis, and more. He was a named expert witness in patent infringement, product liability, and personal injury cases involving footwear, textiles, coatings, polymers, and nonwovens.
Beckham was also a professor at Georgia Institute of Technology. During his time at the Georgia Tech, he taught courses in chemistry, textiles, materials, and polymers to undergraduate and graduate students. Beckham also helped establish a campus-wide center for nuclear magnetic resonance (NMR), including the first-ever laboratory dedicated to magnetic resonance imaging (MRI) of fluids in textile materials. His contributions during this time include the development of imaging protocols to quantitatively measure fluid concentrations for water in textiles, which standard MRI sequences do not provide. He helped develop a new and validated wicking test that yields fundamental intrinsic properties of fluids in textiles, which is important for modeling and designing textiles for specific wicking behavior. He also served as primary research advisor for four postdoctoral, 17 PhD, nine MS, 45 undergraduate, and three high school students.
Beckham received a BS in Textile Chemistry from Auburn University, a PhD in Polymer Science from the Massachusetts Institute of Technology, and a held a postdoctoral appointment in Magnetic Science from Max Planck Institute.
Achievements and Service
The results of Beckham’s research projects are found in peer-reviewed publications, books, presentations, and patents. Beckham has received several honors and awards, including Auburn University’s Outstanding Alumnus in Polymer and Fiber Engineering, National Science Foundation Career Award, National Science Foundation Research Initiation Award, and Alexander-von-Humboldt Research Fellowship Award. His work has also been presented in the AATCC Review and has been presented at several AATCC conferences and workshops. Beckham has been an active member of AATCC since 1983. He served on the Executive Committee on Research, and multiple research committees throughout the years.
The Olney Award
Established in 1944 in honor of Louis Atwell Olney, the founder and first president of AATCC, the Olney Medal recognizes outstanding achievement in textile or polymer chemistry or other fields of chemistry of major importance to textile science. The award consists of a gold medal, a scroll, and an honorarium.
The presentation of the medal each year is a highlight of the AATCC’s annual conference. This year, the conference, AATCC Textile Discovery Summit, was held October 6-8, 2024, at The Westin Savannah Harbor Golf Resort & Spa in Savannah, GA, USA. The Association presented the Olney Medal at the Awards Luncheon on October 8, 2024.
Posted: November 15, 2024
Source: American Association of Textile Chemists & Colorists (AATCC)
ROCHESTER, N.H. — November 15, 2024 — Heimbach Switzerland AG, an affiliate of Albany International Corp., announced today that it will initiate consultations with employee representatives regarding a proposal to discontinue manufacturing operations in Olten, Switzerland, and to transfer production to other Heimbach GmbH manufacturing facilities. The reduction is subject to local law and will be implemented in accordance with such law and in consultation with the employees’ representative body.
This action, if approved, will enable the Albany’s Heimbach GmbH subsidiary to align its paper machine clothing manufacturing capacity with the local market demand and the needs of customers. This initiative to streamline operations is driven by existing and anticipated market conditions, and in no way reflects on the performance of the 83 affected employees, who will be offered separation and outplacement assistance. Until consultations are concluded, the Company is unable to reasonably estimate the costs that it would expect to incur in connection with the proposed action. If closure is concluded, the Company will disclose the amount, type and timing of any such costs promptly after they are determined.
WESTLAKE, Ohio — November 15, 2024 — Q-Lab, the global supplier of weathering and corrosion equipment and outdoor exposure testing, is excited to announce the release of TUV-421 UV fluorescent lamps for QUV accelerated weathering testers.
This breakthrough in lamp technology for weathering applications offers an extended light spectrum compared to conventional UV fluorescent lamps. This extended spectrum includes longer-wavelength UV light and short-wavelength visible light, a first in such UV lamps. This exciting new light source is compatible with all irradiance-controlled QUV accelerated weathering testers in the field, and provides a cost-effective way to expose materials to a broader light spectrum. This innovative new technology is especially well-suited to testing a variety of materials for resistance to color change, including plastics, paints, textiles, and printing inks.
“Our team is always looking for ways to help our customers more cost-effectively achieve their goals in the field of weathering and lightfastness,” comments Brad Reis, Q-Lab President and Chief Operating Officer. “We’re excited to share this new technology with our loyal QUV customers around the world and provide a unique technology that no other UV fluorescent testers can match. Innovations like this are what’s made the QUV ‘the world’s most widely-used weathering tester’, for the past 50 years.”
Visit our website for more information about TUV-421 lamps and QUV accelerated weathering testers.
STOCKHOLM — November 15, 2024 — Circulose is proud to announce the appointment of its new Chairman of the Board and Chief Executive Officer. Circulose now welcomes two strong leaders with in-depth expertise to accelerate Circulose’s journey to become a global champion for renewable textiles.
Jonatan Janmark And Helena Helmersson
Circulose has appointed Helena Helmersson as the new Chairman of the Board, along with Jonatan Janmark as new CEO. They will be assuming their roles on December 1st, 2024.
“A challenger like Circulose, with the power to make the textile industry circular, will need experienced and world-class leaders to drive that change. We are taking action on that now, and we are immensely proud to attract Helena and Jonatan, a true dream team. Their experience and expertise are key for us to secure a stable and successful path for Circulose moving forward. They will be a great addition to Magnus, who has done an excellent job navigating Circulose through an intensive year as interim CEO and will continue to lead operations moving forward” said Clara Zverina, Principal at Altor.
Helena Helmersson joins Circulose with an extensive experience from the fashion industry and driver of sustainability leadership, most recently in her role as CEO at H&M Group.
“I am thrilled to be joining Circulose and support the company in my role as Chair. We have an ambitious agenda ahead of us and a talented team ready to make it happen. I am glad to be working with Altor, our partnership will benefit from their industrial heritage and helping companies scale. Circulose feels very much like a natural fit, for me and for the future, and I look forward to contributing with my many years of experience in the fashion industry.” said Helena Helmersson, Chair of Circulose.
Jonatan Janmark assumes the role of CEO for Circulose, Jonatan Janmark joins the company with in-depth experience from the consumer and textile industry as Partner at McKinsey & Company.
“For the past years, I have had the fortune of dedicating my time to helping companies navigate the sustainability transition in the apparel and textile industry, working with both brands and textile manufacturers. When the opportunity to join Circulose opened up, I was excited to accept the challenge. With a strong team, we will now focus on strengthening Circulose to unlock the necessary shift from a linear to a circular textile industry. We recognize the many challenges ahead and the shift won’t happen overnight, but we are fully committed to seeing it through” said Jonatan Janmark, CEO at Circulose.
ALBSTADT, Germany — November 14, 2024 — The German braiding machine manufacturer Mayer & Cie. has been offering braiding machines with 48 carriers since this autumn. An MR-11 type braiding machine will be the first to be delivered with 48 carriers. It will leave the plant in Albstadt, Southern Germany, before Christmas. The first MR-15 equipped with 48 carriers is to follow in spring 2025. With the braiding machines with 48 carriers, customers benefit from larger inner tube diameters, short set-up times and unaltered coil volumes. This applies to both yarn and wire.
The heart of a braiding system: The carriers “dance” in the maypole principle, the wires converge at the braiding point.
“We are pleased to be able to present this new development to our customers,” says Patrick Moser, head of the business unit. “This significantly increases the possible applications of our machines.”
More carriers for larger hose diameters
Previously, Mayer & Cie.’s braiding machines were available with 16, 20, 24 and 36 carriers. The option to equip both the MR-11 and the MR-15 with 48 carriers expands the range of hose inner diameters: braiding machines for reinforcement of high-pressure hoses made of wire offer an inner diameter of up to 50 millimeters (2 inches). With 48 carriers, systems for textile braids achieve an inner diameter of up to 150 millimeters (6 inches).
Same coil volume combined with more carriers
Service technicians are putting the finishing touches on the MR-11 with 48 carriers. It can be equipped with both yarn and wire.
As the number of carriers increases to 48, the braiding machine maintains the same coil volume. The Bobbin Standard, suitable for both yarns and wire, holds 1,580 cubic centimeters. For a larger capacity dedicated to yarn, the Bobbin Long offers 3,920 cubic centimeters, while the Bobbin Extra Long provides the maximum volume of 5,170 cubic centimeters, also exclusively for yarn.
“With more carriers and higher coil volumes, users can process greater material quantities before needing a spool change,” explains Patrick Moser. “This translates to shorter setup times for the same machine application, boosting efficiency overall.”
The rotor speed remains the same on all MR-11 and MR-15 models, regardless of the number of carriers the machine is equipped with. However, the speed of the individual carrier decreases the higher the total number of carriers.
Extensive combination options
Mayer & Cie. currently offers two braiding systems in its lineup: the MR-11 and MR-15, both operating on the maypole braiding principle. The MR-11 uses a 2-over-2 braid pattern, while the MR-15 utilizes a 3-over-3 pattern. Both models come in single, double, and triple-deck versions and are now available with 16, 20, 24, 36, and, most recently, 48 carriers.
Since 2019, Mayer & Cie. has centralized its braiding machine production at the company’s headquarters in Albstadt, Germany, enhancing its research and development capabilities. “The move has certainly paid off,” says Patrick Moser. “Alongside component improvements, our innovations like the SpeedBooster and the expanded carrier options offer users significantly increased productivity.”
BOLINGBROOK, Ill. — November 15, 2024 — S&S Activewear (“S&S”), a technology-enabled distributor of apparel and accessories, announced the appointment of industry veteran Eric Levin as general manager of its newly designated Prime Line Hard Goods division.
