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(c) Tom Schulze. “IQ Innovationspreis Mitteldeutschland“, overall winner (from left to right) FibreCoat GmbH from Aachen, ITA graduate Dr Robert Brüll, Deutsche Basalt Fiber GmbH from Sangerhausen, Georgi Gogoladze.
28.06.2021

Overall prize of the “IQ Innovationspreis Mitteldeutschland“ for FibreCoat GmbH and DBF Deutsche Basalt Faser GmbH

FibreCoat GmbH from Aachen, Germany, together with DBF Deutsche Basalt GmbH, developed a completely new type of fibre material to shield electromagnetic radiation from digital end devices, medical technology or e-car batteries cheaply and effectively. The joint project was awarded the overall prize of the“ IQ Innovationspreises Mitteldeutschland“ on 24 June in an online event broadcast live from Leipzig.

The prize is endowed with €15,000 and was sponsored by the Halle-Dessau, Leipzig and East Thuringia Chambers of Industry and Commerce.

FibreCoat GmbH from Aachen, Germany, together with DBF Deutsche Basalt GmbH, developed a completely new type of fibre material to shield electromagnetic radiation from digital end devices, medical technology or e-car batteries cheaply and effectively. The joint project was awarded the overall prize of the“ IQ Innovationspreises Mitteldeutschland“ on 24 June in an online event broadcast live from Leipzig.

The prize is endowed with €15,000 and was sponsored by the Halle-Dessau, Leipzig and East Thuringia Chambers of Industry and Commerce.

Electromagnetic radiation from smartphones, hospital diagnostics and electric car batteries must be shielded so that they do not inter-fere with each other. To prevent mutual interference, they have so far been covered with metal fibre fabrics, a very time- and energy-consuming and thus expensive procedure. The new material from Basalt Faser GmbH and FibreCoat GmbH prevents this with a fibre core made of melted, thinly drawn basalt, which is coated with aluminium and bundled into the so-called AluCoat yarn. This yarn remains just as conductive and shielding, but is lighter, stronger, cheaper and more sustainable than previous alternatives. In addition, there are further advantages:

  • The number of process steps required is reduced from ten to one.
  • 1,500 metres of yarn are produced per minute instead of the previous five metres.
  • The energy required is only 10 per cent of the previous amount.

The result is a price that is twenty times lower.

The textile made of AluCoat fibres is versatile and flexible: as wallpaper it can shield 5G radiation in offices or medical rooms or encase batteries and thus ensure the smooth functioning of electric cars. AluCoat is already being used in some companies. A European fibre centre in Sangerhausen is being planned for mass production.

The two innovative companies DBF Deutsche Basalt GmbH and FibreCoat GmbH from East and West combine the two materials basalt and aluminium to protect against electromagnetic radiation. In doing so, they coat basalt with aluminium and, through this novel combination, create an inexpensive, sustainable and quickly produced alter-native for a market worth billions.

FibreCoat GmbH from Aachen is a spin-off of the Institut für Textiltechnik (ITA) of RWTH Aachen University; the managing directors Dr Robert Brüll and Alexander Lüking and Richard Haas have completed their doctorates at the ITA or are in the process of preparing their doctorates. Georgi Gogoladze, Managing Director of Deutsche Basaltfaser GmbH, also studied at RWTH Aachen University. The two managing directors Brüll and Gogoladze know each other from their student days.

Source:

ITA – Institut für Textiltechnik of RWTH Aachen University

28.06.2021

Joint Business Statement on EU-MERCOSUR Association Agreement

  • A coalition of 13 European business associations, representing different European sectors calls for the swift ratification of the EU-Mercosur association agreement.
  • With the political agreement reached already 2 years ago (June 2019), now is the time to move forward and unlock the manifold mutual benefits that this agreement will deliver.

The EU-MERCOSUR agreement is the largest and most ambitious trade agreement ever negotiated by both sides, provides regulatory certainty for both trade in goods and services, and establishes better trade links between countries of respectively 440 and 260 million citizens. It also includes the most advanced sustainable development provisions that will foster partnership, help mitigate climate change and bind both sides to effectively implement the Paris Agreement. Moreover, it includes enforceable commitments on workers' rights and environmental protection through a dedicated dispute settlement mechanism.

  • A coalition of 13 European business associations, representing different European sectors calls for the swift ratification of the EU-Mercosur association agreement.
  • With the political agreement reached already 2 years ago (June 2019), now is the time to move forward and unlock the manifold mutual benefits that this agreement will deliver.

The EU-MERCOSUR agreement is the largest and most ambitious trade agreement ever negotiated by both sides, provides regulatory certainty for both trade in goods and services, and establishes better trade links between countries of respectively 440 and 260 million citizens. It also includes the most advanced sustainable development provisions that will foster partnership, help mitigate climate change and bind both sides to effectively implement the Paris Agreement. Moreover, it includes enforceable commitments on workers' rights and environmental protection through a dedicated dispute settlement mechanism.

Failure to ratify the agreement would leave the EU and Mercosur with fewer instruments to build mutual trust and cooperate to face the biggest challenge of our time. Moreover, non-ratification will lead to Mercosur countries continuing to trade, or even expanding their trade, with other trading partners that have substantially lower environmental and labour standards. Please find attached the full joint statement.

Source:

EURATEX

Avgol invests in new capabilities at Russian facility (c) Avgol
28.06.2021

Avgol invests in new capabilities at Russian facility

  • New high-capacity line enables diversification to meet growing demand

Avgol, a global leader in the manufacture of high performance non-woven fabric solutions, has announced it is investing in a new high-speed, high-capacity flexible multiple beam production line at its facility in Uzlovaya, Russia.

“The addition of this new line enables us to have greater production capacity for growing regional markets and support the release of new Avgol technologies,” said Tommi Bjornman, CEO of Avgol.
“Serving the growing baby diaper, adult incontinence and feminine hygiene markets along with satisfying sustained demand for meltblown filtration and medical materials, this investment enables Avgol to deliver an improved degree of service across the entire area while consolidating and strengthening our existing position,” he said.

  • New high-capacity line enables diversification to meet growing demand

Avgol, a global leader in the manufacture of high performance non-woven fabric solutions, has announced it is investing in a new high-speed, high-capacity flexible multiple beam production line at its facility in Uzlovaya, Russia.

“The addition of this new line enables us to have greater production capacity for growing regional markets and support the release of new Avgol technologies,” said Tommi Bjornman, CEO of Avgol.
“Serving the growing baby diaper, adult incontinence and feminine hygiene markets along with satisfying sustained demand for meltblown filtration and medical materials, this investment enables Avgol to deliver an improved degree of service across the entire area while consolidating and strengthening our existing position,” he said.

Avgol, an Indorama Ventures Limited company, leads the global hygiene market with the most comprehensive range of ultra-lightweight spun-melt nonwoven fabrics. This new line at the company’s Uzlovaya facility, in the Tula Oblast region of Russia, will see Avgol investing in new Reicofil 5 (RF5) technology. The third line for this location will include biocomponent and corresponding high-loft capabilities thus producing materials for applications that meet the needs of upper tier products for Hygiene customers.

As part of the investment, Avgol is including new capacity for meltblown production with a dedicated line, ensuring a continuous supply of this critical material for the region. One other aspect of the investment, and a new inhouse capability for Avgol, includes the addition of cutting-edge lamination capabilities. These capabilities will allow Avgol to offer enhanced performance products into the existing markets the company serves, as well as allowing the company to explore new opportunities in other markets. “The RF5 line, meltblown line and lamination capabilities will provide us a powerful set of platforms as a base from which to provide high-value products for our customers,” said Mr. Bjornman.  “It will enable us to further diversify the Avgol innovation portfolio while remaining true to our roots.”

Mr. Bjornman further commented that the investment will also significantly support further sustainable product development in Avgol, under its innovative FIT™ (Forward Innovative Thinking) strategy. “Avgol is committed to the future of nonwoven fabrics with a particular focus on bringing polyolefins forward as viable resins in single use articles,” he said. “We are excited to bring new assets, new capabilities, and new technologies that will challenge customer expectations of the nonwoven fabric industry.” This investment will move the Russian production facility to the second largest site for Avgol (the largest facility remains the Mocksville site in North Carolina, USA).

Source:

PHD Marketing Ltd

Infinited Fiber and Patagonia seal Multiyear Sales Deal (c) Infinited Fiber Company
28.06.2021

Infinited Fiber Company and Patagonia seal Multiyear Sales Deal

Outdoor apparel company Patagonia and circular fashion and textile technology group Infinited Fiber Company have signed a multiyear sales agreement for Infinited Fiber Company’s unique, premium-quality regenerated textile fiber Infinna™, which is created out of textile waste. The move marks a major milestone for both companies towards making textile circularity an everyday reality: The deal guarantees Patagonia access to the limited-supply fiber over the coming years and secures future sales income for Infinited Fiber Company as it ramps up production.

Infinna is a unique, virgin-quality regenerated textile fiber with the soft and natural look and feel of cotton. It is created from cotton-rich textile waste that is broken down at the molecular level and reborn as new fibers. Because it’s made of cellulose – a building block of all plants – Infinna is biodegradable and contains no microplastics to clog our seas. Clothes made with it can be recycled again in the same process together with other textile waste.

Outdoor apparel company Patagonia and circular fashion and textile technology group Infinited Fiber Company have signed a multiyear sales agreement for Infinited Fiber Company’s unique, premium-quality regenerated textile fiber Infinna™, which is created out of textile waste. The move marks a major milestone for both companies towards making textile circularity an everyday reality: The deal guarantees Patagonia access to the limited-supply fiber over the coming years and secures future sales income for Infinited Fiber Company as it ramps up production.

Infinna is a unique, virgin-quality regenerated textile fiber with the soft and natural look and feel of cotton. It is created from cotton-rich textile waste that is broken down at the molecular level and reborn as new fibers. Because it’s made of cellulose – a building block of all plants – Infinna is biodegradable and contains no microplastics to clog our seas. Clothes made with it can be recycled again in the same process together with other textile waste.

In April, Infinited Fiber Company announced plans to build a flagship factory in Finland to meet the growing demand for Infinna from global fashion brands. It is currently supplying customers from its R&D and pilot facilities in Espoo and Valkeakoski, Finland. The planned flagship factory will have an annual production capacity of 30,000 metric tons, which is enough fiber for roughly 100 million T-shirts made with 100% Infinna. Infinited Fiber Company expects to have sold the new factory’s entire output for several years during 2021.

More than 92 million metric tons of textile waste is produced globally every year and most of this ends up in landfills or incinerators. At the same time, textile fiber demand is increasing, with Textile Exchange estimating the global textile fiber market to grow 30% to 146 million metric tons by 2030 from 111 million metric tons in 2019. Infinited Fiber Company’s fiber regeneration technology, which uses cellulose-rich waste streams as its raw material, offers a solution both to stop waste from being wasted and to reduce the burden of the textile industry on the planet’s limited natural resources.

Arjen Evertse (c) Mimaki. Arjen Evertse.
28.06.2021

Mimaki: Arjen Evertse Promoted to General Manager Sales, EMEA

Mimaki, a leading manufacturer of inkjet printers and cutting systems, has announced that Arjen Evertse has been appointed as General Manager Sales, EMEA, effective 1st September 2021. After founding a business to support the adoption of Mimaki technology in Eurasia, this increased responsibility and exciting new challenge is the latest step forward in Evertse’s successful 12-year long Mimaki career.

Evertse has held a variety of roles at Mimaki, including technical operator and senior management, but most recently, he has overseen Mimaki Eurasia, a Mimaki subsidiary. He will succeed Ronald van den Broek, who has accepted a partner position at valued Mimaki customer and 3D print specialist, Marketiger.

Mimaki, a leading manufacturer of inkjet printers and cutting systems, has announced that Arjen Evertse has been appointed as General Manager Sales, EMEA, effective 1st September 2021. After founding a business to support the adoption of Mimaki technology in Eurasia, this increased responsibility and exciting new challenge is the latest step forward in Evertse’s successful 12-year long Mimaki career.

Evertse has held a variety of roles at Mimaki, including technical operator and senior management, but most recently, he has overseen Mimaki Eurasia, a Mimaki subsidiary. He will succeed Ronald van den Broek, who has accepted a partner position at valued Mimaki customer and 3D print specialist, Marketiger.

More information:
Mimaki Mimaki Europe Arjen Evertse
Source:

Mimaki

(c) Andritz
28.06.2021

ANDRITZ at ANEX/SINCE 2021

International technology Group ANDRITZ will be presenting its innovative nonwovens production and textile solutions at ANEX/SINCE 2021 in Shanghai, China, from July 22 to 24, 2021. The product portfolio covers state-of-the-art nonwovens and textile production technologies such as air-through bonding, needlepunch, spunlace, spunbond, wetlaid/Wetlace, converting, textile finishing, airlay, recycling, and bast fiber processing.

Among the largest end-use markets for nonwoven products are materials for durable uses. Interior linings for cars, materials for construction, geotextiles, synthetic leathers for clothing and furniture, carpeting, filtration and many other industries rely on the use of nonwovens produced using the needlepunch method.

International technology Group ANDRITZ will be presenting its innovative nonwovens production and textile solutions at ANEX/SINCE 2021 in Shanghai, China, from July 22 to 24, 2021. The product portfolio covers state-of-the-art nonwovens and textile production technologies such as air-through bonding, needlepunch, spunlace, spunbond, wetlaid/Wetlace, converting, textile finishing, airlay, recycling, and bast fiber processing.

Among the largest end-use markets for nonwoven products are materials for durable uses. Interior linings for cars, materials for construction, geotextiles, synthetic leathers for clothing and furniture, carpeting, filtration and many other industries rely on the use of nonwovens produced using the needlepunch method.

ANDRITZ Nonwoven’s processes play a pioneering role in the production of biodegradable materials. For many years, ANDRITZ has offered different processes, like spunlace, Wetlace and Wetlace CP, all with one goal in mind: Elimination of plastic components while maintaining the high quality of the desired product properties. Such processes achieve high performance entirely with plastic-free raw materials. The added benefit of using a blend of fibers, like wood pulp, short-cut cellulosic fibers, viscose, cotton, hemp, bamboo or linen, without chemical additives results in a 100% sustainable fabric, thus meeting customers’ needs exactly as well as supporting the strong tendency to move away from plastics and synthetics.

The latest development in this field is the ANDRITZ neXline wetlace CP line. This process combines the benefits of two forming technologies (inline drylaid and wetlaid web forming process) with bonding by hydroentanglement. Natural fibers, like pulp or viscose, can be processed smoothly and generate a high-performance and cost-efficient wipe that is fully biodegradable and plastic-free.

More information:
Andritz Andritz Nonwoven ANEX
Source:

Andritz

(c) Zuse-Gemeinschaft. Während Deutschlands Forschungsausgaben immer stärker gestiegen sind, liegt der Anteil der Innovationen hervorbringenden Mittelständler auf relativ niedrigem Niveau.
25.06.2021

Zuse-Gemeinschaft: Innovationslage im Mittelstand macht Sorgen

Die verhaltene Innovationstätigkeit im deutschen Mittelstand vor und während der Corona-Krise macht zunehmend Sorge. Laut dem jüngsten von der KfW veröffentlichten Innovationsbericht Mittelstand ist nur rund jeder fünfte deutsche Mittelständler mit Innovationen aktiv.
 

Die verhaltene Innovationstätigkeit im deutschen Mittelstand vor und während der Corona-Krise macht zunehmend Sorge. Laut dem jüngsten von der KfW veröffentlichten Innovationsbericht Mittelstand ist nur rund jeder fünfte deutsche Mittelständler mit Innovationen aktiv.
 
Die Innovatorenquote im Mittelstand als Gradmesser für Neuerungen, die Unternehmen umsetzen, lag laut dem am 24.06.2021 von der KfW veröffentlichten Innovationsbericht Mittelstand für die Jahre 2017/19 bei 22 Prozent und stieg damit gegenüber der Vorjahreserhebung leicht an. Eine Anpassung der Datengrundlage - erstmals wurde aufgrund internationaler methodischer Veränderungen auch nach organisatorischen und Marketing-Innovationen gefragt - hätte einen deutlichen Anstieg der Innovatorenquote erwarten lassen. Nach den nun vorliegenden Ergebnissen war aber weiterhin nur eine relativ schmale Basis an Mittelständlern zu Beginn der Pandemie mit Innovationen aktiv. Danach sorgte die Corona-Krise für zusätzliche Belastungen im Mittelstand, nicht zuletzt auch bei kleineren und mittleren Unternehmen (KMU). Gerade KMU aber können durch Kooperationen mit den gemeinnützigen Einrichtungen der Industrieforschung stark profitieren.

Gemeinnützige Forschung für den Mittelstand bundesweit fördern
Eine Aktivierung kleiner und mittlerer Unternehmen für mehr Innovationen kann nach Auffassung der Zuse-Gemeinschaft daher am besten über zielgenaue Projektförderung gelingen. Viele Maßnahmen wie das transferorientierte Förderprogramm INNO-KOM des Bundeswirtschaftsministeriums, das sich an gemeinnützige Forschungsinstitute richtet, sind bisher allerdings an die Strukturförderung gebunden. „Gemeinnützige Forschung für den Mittelstand braucht bundesweite Förderung unabhängig von Strukturförderung. Denn kreative Ideen entfalten sich in Kooperation von Forschung und Unternehmen über Regionsgrenzen hinweg. Dafür braucht es eine passgenaue Förderung von Innovationen im Mittelstand, bundesweit“, mahnt der Geschäftsführer der Zuse-Gemeinschaft, Dr. Klaus Jansen.

Zu konstatieren sei, dass die starke Steigerung der Forschungsausgaben in Deutschland bisher viel zu wenig im Mittelstand ankomme. „Während staatliche Forschungsausgaben wie zugunsten des „Pakts für Forschung und Innovation“ sowie die Aufwendungen von Großunternehmen für FuE weiter steigen, fehlt es bei der Entwicklung der Innovatorenquote im Mittelstand bislang an Dynamik“, erklärt Jansen. Für ihn ist eine wichtige Lehre aus der Corona-Krise: „Eine weitere Ausweitung staatlicher Forschungsausgaben darf nicht Selbstzweck sein, sondern muss sich klar an Innovationen im Mittelstand sowie am gelingenden Transfer von Forschungsergebnissen in die Wirtschaft ausrichten.“

Source:

Zuse-Gemeinschaft

24.06.2021

Lectra: Acquisition of Neteven

Lectra announces the signature of an agreement to acquire the entire capital and voting rights of the French company Neteven.

The transaction concerns the acquisition of 80% of Neteven for 12.6 million euros right now. The acquisition of the remainder of capital and voting rights will take place in June 2025, for an amount between 0.6 to 0.9 times 2024 recurring revenues.

Founded in 2005, Neteven has developed a particularly innovative offer, based on a SaaS platform and associated services, which enables brands to simplify and effectively monitor the distribution of their products on the world’s largest online marketplaces.

The SaaS platform centralizes the product catalog and information on stock levels, sales prices and orders, in order to automate and facilitate distribution on online marketplaces.
Neteven helps its customers save time when managing their distribution channels and gain greater local and international visibility of their products in order to reach more consumers. The Neteven team provides its technological and services expertise to prestigious brands to help them optimize their e-commerce strategy.

Lectra announces the signature of an agreement to acquire the entire capital and voting rights of the French company Neteven.

The transaction concerns the acquisition of 80% of Neteven for 12.6 million euros right now. The acquisition of the remainder of capital and voting rights will take place in June 2025, for an amount between 0.6 to 0.9 times 2024 recurring revenues.

Founded in 2005, Neteven has developed a particularly innovative offer, based on a SaaS platform and associated services, which enables brands to simplify and effectively monitor the distribution of their products on the world’s largest online marketplaces.

The SaaS platform centralizes the product catalog and information on stock levels, sales prices and orders, in order to automate and facilitate distribution on online marketplaces.
Neteven helps its customers save time when managing their distribution channels and gain greater local and international visibility of their products in order to reach more consumers. The Neteven team provides its technological and services expertise to prestigious brands to help them optimize their e-commerce strategy.

More information:
Lectra, PLM
Source:

Lectra

PCMC names Steven Charapata as Aftermarket Sales Executive-Controls Obsolescence (c) PCMC
In his new role, Steven Charapata will work with customers to develop a controls obsolescence strategy that minimize risks, downtime and expenditures.
24.06.2021

PCMC names Steven Charapata as Aftermarket Sales Executive-Controls Obsolescence

  • Experienced leader will work with customers to develop controls obsolescence strategies

Paper Converting Machine Company (PCMC)—a division of Barry-Wehmiller and a leading supplier of high-performance converting machinery for the tissue, nonwovens, package-printing and bagconverting industries worldwide—is pleased to announce that Steven Charapata has accepted the position of Aftermarket Sales Executive, specializing in controls obsolescence upgrades.

In his new role, Charapata will work with customers to develop a controls obsolescence strategy by identifying and prioritizing equipment, developing a plan, and proposing solutions that can provide a phased approach to manage risk, downtime and capital expenditures. Charapata has more than 20 years of experience updating obsolete controls systems on PCMC machines and other converting equipment. He joins PCMC from Zepnick Solutions Inc., where he was a controls obsolescence Project Leader.

  • Experienced leader will work with customers to develop controls obsolescence strategies

Paper Converting Machine Company (PCMC)—a division of Barry-Wehmiller and a leading supplier of high-performance converting machinery for the tissue, nonwovens, package-printing and bagconverting industries worldwide—is pleased to announce that Steven Charapata has accepted the position of Aftermarket Sales Executive, specializing in controls obsolescence upgrades.

In his new role, Charapata will work with customers to develop a controls obsolescence strategy by identifying and prioritizing equipment, developing a plan, and proposing solutions that can provide a phased approach to manage risk, downtime and capital expenditures. Charapata has more than 20 years of experience updating obsolete controls systems on PCMC machines and other converting equipment. He joins PCMC from Zepnick Solutions Inc., where he was a controls obsolescence Project Leader.

“Steve’s expertise and extensive controls experience will be assets for our customers,” said Joe Schuh, Aftermarket Sales Director. “Complete controls upgrades can be overwhelming. Steve will work with our customers to create a comprehensive, effective and well thought-out plan that will minimize their risks and downtime. He brings a unique understanding of controls systems, hardware and software design, and capital equipment. We’re thrilled to have him join our team.”

24.06.2021

The EFI Reggiani BOLT delivers higher Image Quality

Electronics For Imaging, Inc. has enhanced its fastest digital textile printer, the EFI™ Reggiani BOLT. The upgrade is a combination of hardware and software enhancements that will minimise artefacts, compensating for missing nozzles that may occur over time and enhancing uniformity to deliver smoother solid colours. The upgrade also delivers improved quality and smoother gradients, plus it enables faster printhead replacement and drastically increases file processing speed by up to 200% for large, complex files.

Now available globally, the EFI Reggiani BOLT upgrade features hardware and software enhancements for improved overall performance, printing quality, uniformity, and increased user friendliness including:

Electronics For Imaging, Inc. has enhanced its fastest digital textile printer, the EFI™ Reggiani BOLT. The upgrade is a combination of hardware and software enhancements that will minimise artefacts, compensating for missing nozzles that may occur over time and enhancing uniformity to deliver smoother solid colours. The upgrade also delivers improved quality and smoother gradients, plus it enables faster printhead replacement and drastically increases file processing speed by up to 200% for large, complex files.

Now available globally, the EFI Reggiani BOLT upgrade features hardware and software enhancements for improved overall performance, printing quality, uniformity, and increased user friendliness including:

  • Nozzle out and uniformity compensation features that improve solid colour appearance and enhance overall printing quality
  • Increased performance and improved processing speed for large, complex files
  • Integration of a new digital camera that both provides for precise and consistent print results and shortens the time for print head replacement and alignment
  • An enhanced user interface – based on EFI Fiery Command WorkStation® 6.0 – that is easier to use
  • Fiery Smart Ink Estimator, a key tool to help determine job profitability based on accurate calculation of ink costs prior to printing.
Fresh Relevance launches new customer department to support strong company growth (c) Fresh Relevance
Mike Austin CEO of Fresh Relevance
24.06.2021

Fresh Relevance launches new customer department to support strong company growth

Reorganization follows record quarter and additional investment as eCommerce continues to thrive

Fresh Relevance, the versatile personalization and decision engine, today announced the launch of a new customer department to support a growing customer base of more than 500 websites, including major brands in the UK, Nordics and US. The launch follows a record quarter and additional investment from Foresight Group to drive the company’s ambitious global growth strategy.

The new customer department brings together Fresh Relevance’s service, support, customer success and account management divisions located in Southampton (UK), London (UK) and Boston (US). The department is led by the newly appointed Vice President Customer, Huriyyah Dhanse.

Reorganization follows record quarter and additional investment as eCommerce continues to thrive

Fresh Relevance, the versatile personalization and decision engine, today announced the launch of a new customer department to support a growing customer base of more than 500 websites, including major brands in the UK, Nordics and US. The launch follows a record quarter and additional investment from Foresight Group to drive the company’s ambitious global growth strategy.

The new customer department brings together Fresh Relevance’s service, support, customer success and account management divisions located in Southampton (UK), London (UK) and Boston (US). The department is led by the newly appointed Vice President Customer, Huriyyah Dhanse.

Dhanse states: “Many organizations have experienced massive eCommerce growth during the pandemic. This has led to increased investment in omnichannel platforms such as Fresh Relevance, as companies look to sustain and gain market share by optimizing how they connect with, convert and retain customers.” Dhanse adds: “Our new customer department aligns the company’s expanding support, services, customer success and account management teams in the UK and US into a single entity, focused on helping brands achieve and exceed their commercial objectives. By bundling all customer-facing roles into one central department, we are able to provide an even more seamless customer experience and align all touchpoints in the customer lifecycle - from onboarding through to day-to-day support and strategic advice.”

Fresh Relevance boasts a 98% customer retention rate, and it is a statistic that company CEO and co-founder, Mike Austin, is proud of and committed to maintaining. “The success of Fresh Relevance is built on the quality and reliability of our platform, a clear vision for the future of online retail, but above all else the way we build long-term partnership with our customers”, states Austin.

These comments are endorsed by a 9.7 score for Quality of Support on G2, the world’s largest tech marketplace, which is accompanied by a raft of positive feedback from customers such as: “The best thing about Fresh hands down is the support, which comes from literally all avenues. The support team are quick, they really take time to explain things and help you to set anything up you need. Account management talk to you like you're the only person in the room, analyze everything you're doing in depth and help you to see what you're missing whether that be tools or strategy. Everybody goes the extra mile and follows up any open issues.”

Austin concludes: “As we scale up our global operations after a record quarter, it is vital that we keep the voice of the customer at the heart of everything we do. This is the primary aim of the new Fresh Relevance Customer Department.”

Source:

Chief PR Ltd

Projekt Textile-Tracker mit Proben von Cotonea ist gestartet ©_COTONEA und Arne Hartenburg
Von der Baumwollknospe zum fertigen Textil
24.06.2021

Projekt Textile-Tracker mit Proben von Cotonea ist gestartet

  • Lieferkette von Baumwolle womöglich bald im Labor nachvollziehbar

Die Herkunft von Baumwolle anhand von Proben ermitteln – was nach Science Fiction klingt, soll das Projekt Textile-Tracker bald ermöglichen. Bei der Analyse von Isotopen (einer bestimmten Art von Atomen)
können möglicherweise charakteristische chemische Merkmale auf die Anbauweise, die Region beziehungsweise Böden hinweisen.

Cotonea gehört zu jenen Bio-Baumwollherstellern, die für das Laborprojekt vom Forschungsinstitut für Textil und Bekleidung der Niederrhein University of Applied Sciences, der Agroisolab GmbH und WWF Deutschland Baumwollproben aus Kirgistan und Uganda zur Verfügung stellen.

  • Lieferkette von Baumwolle womöglich bald im Labor nachvollziehbar

Die Herkunft von Baumwolle anhand von Proben ermitteln – was nach Science Fiction klingt, soll das Projekt Textile-Tracker bald ermöglichen. Bei der Analyse von Isotopen (einer bestimmten Art von Atomen)
können möglicherweise charakteristische chemische Merkmale auf die Anbauweise, die Region beziehungsweise Böden hinweisen.

Cotonea gehört zu jenen Bio-Baumwollherstellern, die für das Laborprojekt vom Forschungsinstitut für Textil und Bekleidung der Niederrhein University of Applied Sciences, der Agroisolab GmbH und WWF Deutschland Baumwollproben aus Kirgistan und Uganda zur Verfügung stellen.

Gerade für die erste Projektphase eignen sich die Materialien von Cotonea, weil die schwäbische Textilmarke seit Jahren mit denselben Bauern von eigenen Anbauprojekten arbeitet. Daher kann Cotonea herkunftsreine Proben aus vier verschiedenen Anbaujahren liefern. Angefangen mit der Baumwollflocke wollen die Experten im Labor verschiedene Verarbeitungsstufen simulieren. Erste Ergebnisse von
Textile-Tracker sind bereits Ende des Jahres zu erwarten. Die Deutsche Bundesstiftung Umwelt fördert das Projekt.

Source:

UBERMUT Studio für Kommunikation GbR

Bremer Baumwollbörse: Kontinuität in Vorstand und Präsidium (c) Bremer Baumwollbörse
24.06.2021

Bremer Baumwollbörse: Kontinuität in Vorstand und Präsidium

Satzungsgemäß fand am 24. Juni 2021 die 147. ordentliche Generalversammlung der Bremer Baumwollbörse statt. Das alte Präsidium ist auch das neue und wurde in bisheriger Zusammensetzung vom Vorstand wiedergewählt.

Stephanie Silber, Geschäftsführerin der Otto Stadtlander GmbH, bleibt als Präsidentin weiter im Amt, ebenso die Vizepräsidenten Jens D. Lukaczik, geschäftsführender Gesellschafter des Serviceunternehmens Cargo Control Germany GmbH & Co. KG in Bremen, Ernst Grimmelt, geschäftsführender Gesellschafter der Spinnerei und Weberei Velener Textil GmbH in Velen, Nordrhein-Westfalen und Fritz A. Grobien, geschäftsführender Gesellschafter der Albrecht, Müller-Pearse & Co. Trade (GmbH & Co.) KG, Bremen.

Neuwahlen des Vorstands
Während der Generalversammlung fanden die Neuwahlen des Vorstandes statt.
Vizepräsident Fritz A. Grobien, Albrecht, Müller-Pearse & Co. Trade (GmbH & Co.) KG, Bremen, schied turnusgemäß aus dem Vorstand aus und wurde neu in das Gremium gewählt. Auch Jean-Paul Haessig, Asian Cotton Traders PTE Ltd, Singapur, wurde erneut in den Vorstand berufen.

Satzungsgemäß fand am 24. Juni 2021 die 147. ordentliche Generalversammlung der Bremer Baumwollbörse statt. Das alte Präsidium ist auch das neue und wurde in bisheriger Zusammensetzung vom Vorstand wiedergewählt.

Stephanie Silber, Geschäftsführerin der Otto Stadtlander GmbH, bleibt als Präsidentin weiter im Amt, ebenso die Vizepräsidenten Jens D. Lukaczik, geschäftsführender Gesellschafter des Serviceunternehmens Cargo Control Germany GmbH & Co. KG in Bremen, Ernst Grimmelt, geschäftsführender Gesellschafter der Spinnerei und Weberei Velener Textil GmbH in Velen, Nordrhein-Westfalen und Fritz A. Grobien, geschäftsführender Gesellschafter der Albrecht, Müller-Pearse & Co. Trade (GmbH & Co.) KG, Bremen.

Neuwahlen des Vorstands
Während der Generalversammlung fanden die Neuwahlen des Vorstandes statt.
Vizepräsident Fritz A. Grobien, Albrecht, Müller-Pearse & Co. Trade (GmbH & Co.) KG, Bremen, schied turnusgemäß aus dem Vorstand aus und wurde neu in das Gremium gewählt. Auch Jean-Paul Haessig, Asian Cotton Traders PTE Ltd, Singapur, wurde erneut in den Vorstand berufen.

Weitere Mitglieder im Vorstand sind Hannes Drolle, Getzner Textil AG, Bludenz/Österreich, Henning Hammer, Otto Stadtlander GmbH, Bremen, in Shanghai verantwortlich für das Asiengeschäft, Jan Kettelhack, Hch. Kettelhack GmbH + Co. KG, Rheine, Konrad Schröer, Setex-Textil GmbH, Hamminkeln-Dingden, Peter Spoerry, Spoerry 1886 AG, Flums, auch in der Funktion als Vertreter der Schweizer Textilindustrie, Roland Stelzer, Gebr. Elmer & Zweifel GmbH & Co. KG, Bempflingen sowie Axel Trede, Cotton Service International GmbH, Bremen. Als beratendes Mitglied ist Manfred Kern als Repräsentant der Vereinigung Textilindustrie Österreich im Vorstand vertreten.

Präsidentin Stephanie Silber sagte anlässlich der Generalversammlung: „Nach mehr als einem Jahr in der Pandemie zeigt sich: Baumwolle hat sich als resilient erwiesen. Natürlich sind die Auswirkungen der Covid-19 Pandemie nicht spurlos an der Branche vorbei gegangen. Aufträge wurden storniert, Unternehmen kämpfen mit der Insolvenz. Aber durch die gesamte Wertschöpfungskette hindurch haben Menschen an Lösungen gearbeitet und die Innovationskraft der Baumwollindustrie demonstriert. Die Nachfrage hat sich relativ schnell wieder erholt. Dies ist eine gute Basis für die kommende Saison, die hoffentlich unter normaleren Bedingungen stattfinden kann. Aktuell hat die Branche mit der logistischen Situation eine große Herausforderung. Knappe Containerverfügbarkeit und ausgebuchte Schiffsrouten verzögern die globalen Lieferketten weltweit.“

 

 Künstliche Intelligenz für Maschinen hilft Mensch und Umwelt (c) SKZ
Vliesstoff-Kompaktanlage (DILO) zur Herstellung von Nadel-Vliesen aus Sonderfasern.
23.06.2021

Künstliche Intelligenz für Maschinen hilft Mensch und Umwelt

Der Maschinenbau ist eine Stärke der deutschen Industrie. In Leitbranchen, deren Produkte in einem globalisierten Umfeld starker Konkurrenz ausgesetzt sind, kann der Einsatz Künstlicher Intelligenz (KI) dazu beitragen, Industriekapazitäten und Knowhow in Deutschland zu halten, im Maschinenbau und nachgelagerten Branchen. Doch erst durch praxisnahe Anwendung in der Industrie kann KI seine Stärken für Unternehmen voll entfalten. Wie das mit dem Beitrag angewandter Forschung geht, zeigen Textilindustrie und -maschinenbau ebenso wie die Kunststoffbranche.

Mit der Corona-Krise sind Vliesstoffe über die Fachwelt hinaus bekannt geworden, denn sie bilden das Ausgangsmaterial für Schutzmasken. Die aufgetretenen Engpässe am Markt 2020 zeigten, wie stark Deutschland hier von Lieferungen aus dem Ausland abhängig ist. Zugleich ist Deutschland in anderen Vliesstoff-Segmenten und bei Maschinen für die Vliesstoffherstellung eine wichtige Größe auf den Weltmärkten. Damit das so bleibt, arbeitet die Branche an Innovationen. Ein zentraler Baustein dafür: Die Nutzung Künstlicher Intelligenz (KI).

Das Auge auf der lernenden Maschine

Der Maschinenbau ist eine Stärke der deutschen Industrie. In Leitbranchen, deren Produkte in einem globalisierten Umfeld starker Konkurrenz ausgesetzt sind, kann der Einsatz Künstlicher Intelligenz (KI) dazu beitragen, Industriekapazitäten und Knowhow in Deutschland zu halten, im Maschinenbau und nachgelagerten Branchen. Doch erst durch praxisnahe Anwendung in der Industrie kann KI seine Stärken für Unternehmen voll entfalten. Wie das mit dem Beitrag angewandter Forschung geht, zeigen Textilindustrie und -maschinenbau ebenso wie die Kunststoffbranche.

Mit der Corona-Krise sind Vliesstoffe über die Fachwelt hinaus bekannt geworden, denn sie bilden das Ausgangsmaterial für Schutzmasken. Die aufgetretenen Engpässe am Markt 2020 zeigten, wie stark Deutschland hier von Lieferungen aus dem Ausland abhängig ist. Zugleich ist Deutschland in anderen Vliesstoff-Segmenten und bei Maschinen für die Vliesstoffherstellung eine wichtige Größe auf den Weltmärkten. Damit das so bleibt, arbeitet die Branche an Innovationen. Ein zentraler Baustein dafür: Die Nutzung Künstlicher Intelligenz (KI).

Das Auge auf der lernenden Maschine

Am ITA Augsburg hat man dafür Grundlagen in einem Projekt gelegt, auf denen sich nun aufbauen lässt. Die Vision: Die Maschine zur Vliesstoffproduktion passt die Parameter entsprechend den Erfordernissen im laufenden Betrieb autonom an. Etwaig auftretende Fehler werden von der Maschine selbstständig diagnostiziert, die Drehzahlen entsprechend angepasst. „Wir haben im Projekt EasyVlies gezeigt, wie sich mit der Nutzung von Algorithmen für die Vliesstoffproduktion Material- und Energiekosten einsparen lassen. Zusammen mit Partnern aus der Industrie haben wir erreicht, dass die Maschine zentrale Parameter wie Drehzahlen und Abstände, von denen eine große Kombinationsmenge für das Erreichen der gewünschten Produktqualität notwendig sind, durch das entwickelte KI-Modell vorhergesagt werden. „Die Abstände der bis zu 40 Arbeitselemente in der Maschine bestimmen dabei in Kombination mit den Drehzahlen der beteiligten Walzen die Öffnung der Faserflocken bis zur Einzelfaser und die Bildung des Vlieses“, erläutert ITA-Augsburg Geschäftsführer Prof. Stefan Schlichter. Die naturwissenschaftlichen Zusammenhänge und Wechselwirkungen zwischen den Drehzahlen und den Qualitätsparametern der Vliesstoffproduktion sind nicht eindeutig bekannt. Gerade deshalb kann KI hier seine Vorteile ausspielen. „Denn Künstliche Intelligenz kann auch diffuse Zusammenhänge modellieren und simulieren“, betont Schlichter. Die Algorithmen dafür hat Maschinenbauingenieur Dr. Frederik Cloppenburg aus dem Aachener ITA-Stammhaus entwickelt, 280 Versuche wurden im Zusammenspiel mit der KI-Entwicklung durchgeführt.

In der unternehmerischen Praxis lernen die Algorithmen nun hinzu. Das zeigt  bei einem Vliesstoffbetrieb der Fahrzeugbranche bereits erste Erfolge in der betrieblichen Praxis. Im nächsten Schritt arbeiten die ITA-Forschenden daran, Messtechnik wie Kamerasysteme und strahlungsbasierte Messsysteme für die Gleichmäßigkeit des Vliesstoffs in die Maschinen zu integrieren. Ziel: Fehler so prognostizieren, dass sie gar nicht erst auftreten. Das Aufkommen an Vliesstoff-Ausschuss soll so um 30 bis 50 Prozent sinken. Angesichts von bislang jährlich allein in Deutschland anfallender Ausschussware im Wert von 150 Mio. Euro, das entspricht 10 Prozent des Branchenumsatzes, ein erheblicher Anreiz. „Die hoch qualifizierten Facharbeiter beaufsichtigen sozusagen die lernende Maschine“, erklärt Schlichter.

Industrie 4.0 wird in der Kunststoffbranche künftig auch benötigt, um das Ziel höherer Recyclingquoten zu erreichen. Denn eine weniger einheitliche Rohstoffbasis macht lernende Maschinen noch wertvoller. Das ist auch Ausgangspunkt des vom Bundesforschungsministerium (BMBF) geförderten Verbundprojekts CYCLOPS des Kunststoff-Zentrums (SKZ) und namhaften Partnern aus Wissenschaft und Wirtschaft. Durch den Einsatz von KI sollen Materialströme automatisiert klassifiziert werden, damit sie sich optimal verwenden lassen. „Die Maschinen sollen künftig eigenständig erkennen, in welche Anwendungen produzierte Materialien eines bestimmten Typs gehen können“ erläutert SKZ-Gruppenleiter Digitalisierung, Christoph Kugler. Ein Faktor: Die Fließfähigkeit des Kunststoffs, seine Viskosität. Je kürzer die Polymerketten des Materials, desto größer, vereinfacht gesagt, ihre Fließfähigkeit. Für diese Fließfähigkeit spielt andererseits auch das Druckniveau in der Maschine eine Rolle. Hier kommt wiederum die KI ins Spiel: „Durch Künstliche Intelligenz können Materialeigenschaften und selbst lernende Maschinensteuerungen sehr gut ineinanderwirken, so unsere Erwartung“, erklärt Kugler. Grundlage für die angewandte Forschung im Projekt CYCLOPS sind sowohl Prozessdaten aus den Maschinen, welche die Materialqualität beschreiben können, als auch Daten entlang des Lebenswegs von Material und Produkt. Im Rahmen des Projektes werden damit die Transparenz und die Informationsdichte erhöht, welche nach wie vor einige der größten Hemmnisse der Kreislaufwirtschaft sind.

Neue Expertisefelder wie Erklärbare KI erschlossen

Das SKZ baut mit dem Projekt auf KI-Expertise auf, die über abgeschlossene und noch laufende Projekte erarbeitet wurde. In der Vergangenheit lag der Schwerpunkt in der Entwicklung sogenannter Softsensoren aus Prozessdaten zur Berechnung komplexer Qualitätskennwerte wie z.B. Viskosität oder Vernetzungsgrad des Kunststoffs. Durch die Weiterentwicklung der Technologie werden neue Expertisefelder erschlossen, so z.B. Optimierung der Prozessmodellierung durch KI, Prognose von Materialverhalten unter Last oder auch erklärbare KI (XAI), sie beschreibt den Weg, auf dem Algorithmen zu ihren Ergebnissen gelangen. In den letzten Jahren wurde ebenfalls der Einsatz von digitalen Technologien und KI im Kontext der Kreislaufwirtschaft am SKZ forciert, so in den noch jeweils bis ins nächste Jahr hinein laufenden Projekten Di-Plast und DiLinK. Während Di-Plast ein EU-Projekt ist, wird DiLink ebenfalls vom BMBF gefördert. Mit dem FIR e.V. ist ein weiteres Institut der Zuse-Gemeinschaft im DiLink-Projektkonsortium vertreten, mit dem Fokus auf dem Thema Geschäftsmodelle. Denn diese verändern sich durch das Vordringen der KI in immer mehr Aspekten des Maschinenbaus.

23.06.2021

SHIMA SEIKI to Participate in MIT Seminar for Students

Leading Japanese computerized knitting solutions provider SHIMA SEIKI MFG., LTD., is participating in the “MIT Media Lab Summer Camp in Japan” hosted by the Massachusetts Institute of Technology Media Lab of Cambridge, Massachusetts, U.S.A.

SHIMA SEIKI has been part of the MIT Media Lab as a Consortium Lab Member since 2018, collaborating on research for exploring next-generation technologies that open up new opportunities for the garment sector. The MIT Media Lab is now holding a series of online seminar sessions for middle/junior high school and high school students in Japan and around the world in order to share activities and experiences that address social issues through cross-sector and crossindustry collaboration.

Leading Japanese computerized knitting solutions provider SHIMA SEIKI MFG., LTD., is participating in the “MIT Media Lab Summer Camp in Japan” hosted by the Massachusetts Institute of Technology Media Lab of Cambridge, Massachusetts, U.S.A.

SHIMA SEIKI has been part of the MIT Media Lab as a Consortium Lab Member since 2018, collaborating on research for exploring next-generation technologies that open up new opportunities for the garment sector. The MIT Media Lab is now holding a series of online seminar sessions for middle/junior high school and high school students in Japan and around the world in order to share activities and experiences that address social issues through cross-sector and crossindustry collaboration.

SHIMA SEIKI is holding its own session as part of this series, titled “ZERo-WASTE FASHIon—Protecting the Planet from Fashion Loss.” The session highlights current issues faced by the fashion industry including environmental problems that have recently become the focus of attention, and aims to explain in simple terms, various sustainable solutions made possible by combining seam-free complete garment knitting technology with virtual sampling performed on design systems.

Lenzing supports school competition on circular economy and climate protection (c) Lenzing
VCÖ BRG SolarCity Linz Gruppenfoto
22.06.2021

Lenzing supports school competition on circular economy and climate protection

  • Excellent project to encourage ingenuity among young students
  • Experiment on biodegradability of textiles and nonwovens produces impressive results
  • EUR 30,000 in prize money for a total of 209 participating schools in and outside Austria
  • Lenzing views supporting these kinds of projects as part of its sustainability mission

Lenzing – The Association of Chemistry Teachers in Austria – known by its German abbreviation, VCÖ – has been holding project competitions that thrill students and take them beyond the traditional syllabus for 30 years. Every two years, it highlights a key topic for ninth- and tenth-graders to explore by conducting special experiments and learning from their observations and conclusions.

  • Excellent project to encourage ingenuity among young students
  • Experiment on biodegradability of textiles and nonwovens produces impressive results
  • EUR 30,000 in prize money for a total of 209 participating schools in and outside Austria
  • Lenzing views supporting these kinds of projects as part of its sustainability mission

Lenzing – The Association of Chemistry Teachers in Austria – known by its German abbreviation, VCÖ – has been holding project competitions that thrill students and take them beyond the traditional syllabus for 30 years. Every two years, it highlights a key topic for ninth- and tenth-graders to explore by conducting special experiments and learning from their observations and conclusions.

This year, the 16th installment of the competition is called, “Achieving a cleaner climate and a circular economy with chemistry”. These topics are also near and dear to the heart of globally active fiber manufacturer Lenzing. That’s why the company promptly announced that it was prepared to support this project competition in several different ways. First, Lenzing made a contribution toward the sponsorship fund totaling EUR 30,000. Second, it initiated a special prize on biodegradability – a topic of growing importance given the huge challenges involved in reducing plastic waste. Finally, Lenzing placed a recognized expert at the students’ disposal to provide assistance and answer questions: Michaela Kogler, Project Manager Nonwovens & Technical Products.

Teaming up with rainworms

Two teams were tasked with biodegrading different fibers – just like those used to produce textiles and nonwovens – with the active participation of worms. Students at BRG solarCity in Linz buried fiber nonwovens, a basic material used in wet wipes and other products, in soil that was populated with numerous rainworms, while students at Vöcklabruck Junior High School for Sports and Integration layered textiles into a vermicomposting bin. Both experiments intended to determine the extent to which certain materials would biodegrade quickly. As it turned out, both projects showed that wood-based fibers, like those that Lenzing manufactures for the textile and nonwoven industry, break down very rapidly into natural constituents that swiftly pass into the soil. In contrast, fossil-based plastics such as polyester or polyethylene cannot be decomposed by worms or bacteria but remain in the soil, sometimes for hundreds of years.

The prizes for this year’s competition were awarded on June 11. The competition attracted entries from no fewer than 209 schools, including 11 from outside Austria. For more information on the projects and the winners, visit www.vcoe.or.at.

Bemberg™ shows up at the 100th edition of Pitti Uomo with Istituto Secoli “LA FORMA” fashion film (c) Bemberg™
Bijay Polotti
22.06.2021

Bemberg™ shows up at the 100th edition of Pitti Uomo with Istituto Secoli “LA FORMA” fashion film

“LA FORMA”, a fashion film led by talented students from Istituto Secoli supported by exceptional companies such as Bemberg™ by Asahi Kasei who confirms once more its commitment toward education and valuable long-lasting relationship with Istituto Secoli.

From June 30th until July 2nd 2021, Pitti Uomo  returns physical and Bemberg™ shows up with 6 menswear outfits belonging to the cutting-edge collections created by young talents of Istituto Secoli.

100% Bemberg™ fabrics, produced by Tessitura Grisotto, has been used in printed version for the creation of these 6 looks comprising of shirts, padded outerwear, and quilted parts. Bemberg™ is a fiber that comes from the smart and technologically advanced transformation of cotton linter materials and converted through a traceable and transparent process. Its uniqueness comes from its exceptional qualitative characteristics such as the magnificent touch - which is soft and smooth as silk, like a second skin - brilliance and radiance. Bemberg™ also has antistatic and breathable performances and the fiber is biodegradable and compostable too.

“LA FORMA”, a fashion film led by talented students from Istituto Secoli supported by exceptional companies such as Bemberg™ by Asahi Kasei who confirms once more its commitment toward education and valuable long-lasting relationship with Istituto Secoli.

From June 30th until July 2nd 2021, Pitti Uomo  returns physical and Bemberg™ shows up with 6 menswear outfits belonging to the cutting-edge collections created by young talents of Istituto Secoli.

100% Bemberg™ fabrics, produced by Tessitura Grisotto, has been used in printed version for the creation of these 6 looks comprising of shirts, padded outerwear, and quilted parts. Bemberg™ is a fiber that comes from the smart and technologically advanced transformation of cotton linter materials and converted through a traceable and transparent process. Its uniqueness comes from its exceptional qualitative characteristics such as the magnificent touch - which is soft and smooth as silk, like a second skin - brilliance and radiance. Bemberg™ also has antistatic and breathable performances and the fiber is biodegradable and compostable too.

Collaboration with fashion institute, such as Istituto Secoli, for Bemberg™ it is very important, especially in the name of the close and interconnected relationship between education and the world of Industry.  A support that is also important and continuous for Asahi Kasei as part of an intense commitment toward new generations.

ATSKO: Durable care for outdoor equipment (c) ATSKO
22.06.2021

ATSKO: Durable care for outdoor equipment

To ensure that outdoor clothing and equipment can remain in use for a long time, the right care is crucial. The cleaning and impregnation products from ATSKO preserve and protect the fabric - and nature, too.

The outdoor season has begun - hikers, trail runners, bikers, campers and many others are now drawn back out into nature. To make sure that functional clothing and gear are optimally prepared for every situation, they should be regularly cleaned, cared for and impregnated, especially when the waterproofing starts to wear off or dirt stains affect the fabric. Thorough cleaning and care at the end of the season also ensure that the outdoor equipment survives storage in the basement or attic undamaged and can develop its full performance again next year. For almost 90 years, the US manufacturer ATSKO has been developing sustainable products for the most extreme outdoor challenges. ATSKO stands for moisture protection as well as waterproofing and conditioning agents for shoes, clothing and outdoor accessories that maintain functionality and extend service life. Thanks to their natural ingredients, ATSKO products are sustainable and protect nature.

To ensure that outdoor clothing and equipment can remain in use for a long time, the right care is crucial. The cleaning and impregnation products from ATSKO preserve and protect the fabric - and nature, too.

The outdoor season has begun - hikers, trail runners, bikers, campers and many others are now drawn back out into nature. To make sure that functional clothing and gear are optimally prepared for every situation, they should be regularly cleaned, cared for and impregnated, especially when the waterproofing starts to wear off or dirt stains affect the fabric. Thorough cleaning and care at the end of the season also ensure that the outdoor equipment survives storage in the basement or attic undamaged and can develop its full performance again next year. For almost 90 years, the US manufacturer ATSKO has been developing sustainable products for the most extreme outdoor challenges. ATSKO stands for moisture protection as well as waterproofing and conditioning agents for shoes, clothing and outdoor accessories that maintain functionality and extend service life. Thanks to their natural ingredients, ATSKO products are sustainable and protect nature.

ATSKO is best known for three brands in particular: SNO-SEAL® Bees Wax is used to care for and protect leather shoes and leather products and is based on natural beeswax. SILICONE WATER-GUARD® spray protects functional textiles and equipment from moisture and wear and is breathable. Since 1982, SPORT-WASH© has become the leading detergent for high-performance sportswear and functional clothing. All products are also available in practical travel sizes that can be easily taken on tour or on vacation.

(c) Neonyt/Messe Frankfurt GmbH
21.06.2021

Neonyt: Fashionsustain goes FFW

Die Textil- und Modeindustrie wird gegenwärtige grundlegend revolutioniert – getrieben von nachhaltigen und technologischen Innovationen, erreichen neue Wertschöpfungsmodelle den Massenmarkt. Genau diese Themen nimmt die Fashionsustain, das internationale und multidisziplinäre Konferenzformat der Neonyt, vom 6. bis 8. Juli 2021 und erstmalig im Rahmen des digitalen FFW STUDIO der Frankfurt Fashion Week in den Fokus. Sie präsentiert in Form von Panels, Talks, Keynotes und interaktiven Formaten spannende und tiefgehende Einblicke in den laufenden Transformationsprozess der Branche. Unter anderem mit dabei sind der Grüne Knopf, Oeko-Tex und PwC.

Die Textil- und Modeindustrie wird gegenwärtige grundlegend revolutioniert – getrieben von nachhaltigen und technologischen Innovationen, erreichen neue Wertschöpfungsmodelle den Massenmarkt. Genau diese Themen nimmt die Fashionsustain, das internationale und multidisziplinäre Konferenzformat der Neonyt, vom 6. bis 8. Juli 2021 und erstmalig im Rahmen des digitalen FFW STUDIO der Frankfurt Fashion Week in den Fokus. Sie präsentiert in Form von Panels, Talks, Keynotes und interaktiven Formaten spannende und tiefgehende Einblicke in den laufenden Transformationsprozess der Branche. Unter anderem mit dabei sind der Grüne Knopf, Oeko-Tex und PwC.

Drei Tage, mehr als 20 Einzelformate, zahlreiche Insights: Unter den zentralen Topics State of the Industry, Innovating the Industry und State of Retail versammelt sich das gesamte, vielseitige und multidisziplinäre Programm der Fashionsustain. Der inhaltliche Fokus liegt dabei auf den Themen Fashion Design & Circularity, Values & Diversity, Digitisation, Textile Certifications und Cotton & Denim. In diversen Talks, Diskussionen und Präsentationen wird für die Community erlebbar, was die nachhaltige Modebranche bewegt, welche Potenziale und Visionen die handelnden Akteur*innen aktuell forcieren und wie diese für einen echten Wandel in der Industrie aufgegriffen und skaliert werden können.

State of the Industry – was bewegt die Modeindustrie?
Diese Frage stellt am 6. Juli 2021 ab 10 Uhr der erste Konferenztag. Zu den maßgeblichen Themen, die die Branche aktuell herausfordern – so die Effekte der Corona-Pandemie auf die internationale Modeindustrie; die Frage inwieweit sich Textilproduktion langfristig von global zu lokal shiftet; oder wie Nachhaltigkeit ganzheitlich in Prozesse integriert werden und Permanenz erlangen kann - diskutieren Speaker*innen diverser
Fashion Brands im Panel „Global supply. Local demand. Total change?“.
Auch das in Deutschland jüngst beschlossene Lieferkettengesetz spielt eine wichtige Rolle. Im Panel „Same Goals. Different Systems. How transparency triggers responsibility“, initiiert vom Grünen Knopf und von der Deutschen Gesellschaft für Internationale Zusammenarbeit (GIZ).

Der Zusammenhang von Finanzen, Nachhaltigkeit und Mode: Durch gezielte Entscheidung, Kreditnehmer*innen anhand ihrer Nachhaltigkeitsbemühungen zu berücksichtigen, kann der Finanzdienstleistungssektor zu einer nachhaltigeren Zukunft beitragen. Was das konkret bedeutet, welche Auswirkungen dies auf die Kreditvergabe haben kann und wie die Branche außerdem zur Transformation der Textil- und Modeindustrie beitragen kann, wird in einer Diskussion unter dem Titel „Finance. How it triggers sustainability in fashion“ debattiert.

Digitalisierung und Innovation: Transformation, Transparenz, Zertifizierungen
Die beiden zentralen Themen des zweiten Konferenztages sind hochaktuell und nehmen insbesondere im Kontext der Frankfurt Fashion Week eine zentrale Bedeutung ein.

Transparenz entlang der textilen Lieferketten wird immer relevanter und sie ist eng mit digitalen Innovationen verknüpft. Deshalb wird im Panel „Transparency. The tech solutions for new supply and value chains“ verschiedene technische Lösungen vor, die mehr Transparenz beim Kleidungskauf ermöglichen, vorgestellt.
Beim interaktiven Certification Buzzword-Bingo mit Max Gilgenmann powered by Grüner Knopf werden Zuschauer*innen mittels Gamification eingebunden, bevor im Panel „Carbon and Water Footprinting. How to drive it in the Fashion Industry“ by Oeko-Tex das Thema rund um Zertifikate weiter vertieft wird.

State of Retail – von der Innovation zu den Konsument*innen
Am Donnerstag, den 8. Juli dreht sich das Programm der Fashionsustain rund um den State of Retail. Wie findet man als kleines, nachhaltiges Label am besten eine passende Retail-Plattform für eine gelungene Zusammenarbeit? Was unter dem Topic Retail auf keinenb Fall fehlen darf, sind Einblicke in neue Businessmodelle. Secondhand, leihen, leasen, resellen – die zirkulären Möglichkeiten der Wertschöpfung sind für den Einzelhandel breit gefächert. Mehr Einblicke dazu gibt es im Panel „New business models. From pre-loved to repaired and recycled“. Weil Nachhaltigkeit, umweltbewusster Lebensstil und verantwortungsvoller Umgang mit der Natur mittlerweile in der Mitte der Gesellschaft angekommen sind, ist es umso wichtiger, dass Marken und Labels den Konsument*innen Orientierung und Transparenz zu bieten. In dem Design-Talk „Sustainable Branding“ des German Design Council geht es deshalb um nachhaltige Markenführung, den Aufbau eine entsprechenden Markenstrategie und die zentrale Bedeutung von guter Nachhaltigkeitskommunikation.

Source:

Neonyt/Messe Frankfurt GmbH

The first SCOTT Racing Team Sustainable Biking Uniform (c) SCOTT Sports
21.06.2021

The first SCOTT Racing Team Sustainable Biking Uniform

SCOTT Racing Team confirms for the year 2021 its historical partners for the uniform: Rosti, Sitip and ROICA™ by Asahi Kasei, thanks to which it was possible to create the first sustainable biking uniform.
A partnership born in 2019 and celebrated at Ispo 2020, which has brought together leading companies for responsible innovation: Rosti for the style and manufacturing, Sitip for technical fabrics made from GRS (Global Recycled Standard) certified recycled yarns including ROICA™ EF, the certified recycled stretch premium ingredient produced by Asahi Kasei.

 

SCOTT Racing Team confirms for the year 2021 its historical partners for the uniform: Rosti, Sitip and ROICA™ by Asahi Kasei, thanks to which it was possible to create the first sustainable biking uniform.
A partnership born in 2019 and celebrated at Ispo 2020, which has brought together leading companies for responsible innovation: Rosti for the style and manufacturing, Sitip for technical fabrics made from GRS (Global Recycled Standard) certified recycled yarns including ROICA™ EF, the certified recycled stretch premium ingredient produced by Asahi Kasei.

 

Source:

SCOTT Sports / GB Network