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Unique direct infusion and innovative vacuum technologies for composite components in manufacturing and bonding

JEC World at the Paris-Nord Villepinte exhibition center is the European trade fair highlight of the composites industry. Once again, the German TARTLER GROUP will use this platform to present its innovative dosing, mixing and application systems for synthetic resin processing. In doing so, the TARTLER solutions can easily handle both liquid and highly viscous media. Among other things, the company will present an efficient system for the new direct infusion process as well as the successful degassing stations for resource-saving material use. These include the T-EVAC evacuation system in its stand-alone and dosing system-integrated variants, and the TAVA 200 F vacuum filling system. They all work with vacuum technology and serve the purpose of freeing pasty and low-viscosity media from interfering air and moisture – both during the filling process and during feeding into the processing plant. The systems can also be used for production-integrated re-conditioning of material residues, for targeted waste reduction and for the realization of in-house material cycles. TARTLER will be presenting these and other system solutions at JEC 2022.

“In particular, all those resin users and composites processors who are dissatisfied with the previous methods of vacuum infusion due to safety-critical material accumulations, poor material degassing and high installation costs are cordially invited to visit us at JEC 2022 in Paris. We will be presenting the new TARTLER direct infusion to an international audience for the first time here, as well as the T-EVAC for efficient degassing. We also showcase the proven TAVA series”, says Managing Director Udo Tartler with an outlook to the forthcoming market launch. As things stand, the new direct infusion is an innovative alternative to the previously used – and often suboptimal – variants of vacuum infusion. Both initial customer projects and benchmarks at the company's own research and development center (R.D.D.) have shown that TARTLER’s direct infusion technology can offer numerous process and safety benefits. These include, for example, that thanks to precise real-time control of the infused resin quantities, the proportional material weights and the mixing ratios, the highest demands on the end product are met. Another advantage is that the system allows the use of faster curing agents without the risks of unwelcome resin accumulations with a tendency to exothermic reaction. In addition, its precise temperature control enables very short infusion times – which in composite technology ensures rapid impregnation of the fiber fabrics and thus reduces process times. “For all this, we don't need containers with resin masses already mixed, nor do we need elaborate installations with abundant sensor technology. Rather, the linchpin of TARTLER direct infusion is an intelligent pressure regulation system. It ensures that the optimum application pressure is always present at the mold inlet – resulting in numerous process advantages,” reports Olav Davis, TARTLER’s head of research and development.

Efficient direct infusion and material degassing

The new TARTLER solution is therefore a pressure-controlled direct infusion system in which all pressure fluctuations caused by operation and the environment are automatically compensated. This applies to all system-typical influences – even those resulting from the different pressure resistances of different hose lengths or the height differences of a mold. This results in rapid, reliable and uniform resin delivery to the mold inlet and ensures that the full vacuum value is always present in the mold. As a result, TARTLER direct infusion offers the user many new approaches to process optimization. For example, by using faster hardeners, the curing time can be reduced and, thanks to the intelligent control of the pressure compensation, it can dose at a significantly higher flow rate – with the same infusion set-up. “The system requires an average lower volume flow than a bag-based infusion system or a standard infusion system, which always rely on the rapid supply of a lot of material, thanks to the continuous permanent supply of fresh material,” Davis says. It should also be mentioned that residual quantities of premixed resin masses from process bags or buckets, which are relevant for disposal, do not occur in the first place.

With TARTLER-style direct infusion, the user consequently receives a whole bundle of advantages. The process is safe and efficient, proves to be material-saving and cost-cutting – and optimizes vacuum infusion from the ground up. The next higher level of optimization in terms of low-waste material use and improved infusion and resin quality is made possible by using a T-EVAC series vacuum degassing station. These stations are installed upstream of the direct infusion: As an offline central station to supply several metering and mixing systems (manufacturer-independent) or as an inline system integrated directly into a NODOPUR from TARTLER. Before the actual processing, they free the epoxy or PU resins from air and moisture in a hermetically sealed vacuum process and bring them to the desired application temperature. In this way, only optimally conditioned material enters the infusion process, which has excellent properties for impregnating the fiber fabrics and does not cause any process disturbances.

The offline T-EVAC is available in two variants: For direct connection to dosing systems or with an additional buffer tank, which considerably reduces refilling times. In the process, this tank is located between the degassing station and the dosing system (e.g., a NODOPUR VS AR VF Infusion). “It is used for safe temperature-controlled storage of the degassed material under full vacuum and rapid filling of the metering systems,” says Olav Davis. In the inline solution, the T-EVAC is integrated into the dispensing system. System filling and material degassing take place in one step, and machine refueling can be synchronized with the application. The inline T-EVAC requires less personnel and floor space. When operated with only one dosing/mixing system, it is also more cost-effective than the offline variant.

Additional vacuum technology for improved eco-balance

The vacuum-based TAVA 200 F degassing station from the TARTLER GROUP, which is also presented at the JEC, is in turn regarded as a forward-looking solution for the sustainable and resource-saving use of self-fluent and paste-like media. Especially in plants where larger quantities of high- and low-viscosity fluids are processed, the evacuation system enables the realization of waste-free and safe filling and transfer processes. With the TAVA 200 F degassing station, all material residues can be filled into lidded drums without “disturbing air” and then safely reintroduced into the processing cycle with low losses. The savings in material purchasing achieved in this way can reach considerable dimensions. For example, one of the leading manufacturers of wind turbines was recently able to reduce its consumption of synthetic resin by around 28 metric tons of synthetic resin paste per year by using the TAVA 200 F, thus significantly lowering the overall costs in its rotor blade production. This simultaneously counteracts waste and makes a handsome contribution to resource conservation. In addition, the manufacturer has been able to improve the eco-balance of its value chain and reduce the ecological footprint of its business.

The TAVA 200 F is configured and delivered by SOMATA, a subsidiary of the TARTLER GROUP, to meet customer requirements. The degassing station is available as standard for the air-free filling and transfer of 200- and 50-liter drums, but can also be adapted to other container sizes upon customer request. It consists of a device for clamping and stabilizing the drum, a special combination attachment for synchronized vacuum generation and filling, a vacuum pump, and a control system with touchscreen. All components are installed on a base with a barrel centering plate and are accessible from all sides. While loading the station, positioning a still empty drum, and closing the clamping device can be done manually, the vacuum application to the drum and the almost simultaneous filling of the material are fully automated. After a few minutes, a drum is filled without air and is ready for use in production.

Future-oriented technologies at the JEC

With the powerful combination of its new direct infusion process and the liquid resin evacuation stations of the T-EVAC series, TARTLER offers an innovative and complete process solution for many vacuum infusion technology applications. Furthermore, the trade audience of the composites industry will learn how resource-saving, material-optimized and cost-reduced handling of high- and low-viscosity synthetic resins with the TAVA 200 F is made possible.

Further information at www.tartler.com/en

Mondi has food industry wrapped with two sustainable packaging launches at Anuga FoodTec

Mondi has food industry wrapped with two sustainable packaging launches at Anuga FoodTec

  • Mondi will launch new packaging solutions for the food industry at Anuga FoodTec in Cologne, Germany.
  • Two tray packaging products provide recyclable options for fresh food manufacturers and can help to reduce food waste.
  • PerFORMing Monoloop and Mono Formable PP will provide high barrier food protection, demonstrating how packaging plays a vital role throughout the supply chain.
    Click to retrieve high resolution image

Mondi, a global leader in packaging and paper, is highlighting the need for innovative packaging solutions in the fresh food industry by introducing two new recyclable packaging products – a paper-based tray and a semi-rigid plastic tray – at Anuga FoodTec.

When it comes to preventing food from spoiling, the packaging industry plays a key role. Mondi has developed two new solutions to protect fresh food contents at every stage of the manufacturing and logistics process, ensuring they last longer through clever design and the potential to apply MAP (modified atmosphere packaging) to extend the shelf-life. The packaging inhibits exposure to elements such as moisture, gases and grease, and actively encourages correct consumer use, through resealable functions. This aids convenience and ease of portion control while also reducing food waste.

PerFORMing Monoloop is a formable and recyclable paper-based solution for sliced food such as cheese or meat. The paper tray with a barrier layer is combined with a plastic top web solution, allowing excellent product protection while reducing plastic use. The barrier layer can be easily separated from the paper tray so that all elements can be disposed of in the correct waste streams separately. PerFORMing Monoloop, certified recyclable by Institute cyclos-HTP, offers high flexibility for the food manufacturer, as it is suitable for a range of depths and forms on existing lines.

Mono Formable PP is a recyclable high barrier MAP solution, created from mono-material polypropylene (PP). Featuring a printed top web and a complementary thermoformable semi rigid bottom web, the fully recyclable packaging weighs around 30% less than a comparable polyester (PET) tray at the same thickness while offering the same high level of product protection. The innovative solution can substitute the industry standard of multi-material non-recyclable PET trays and is available with a range of features like easy-peel for convenient opening and/or reclosure.

Thomas Kahl, Head of Sustainable Packaging Solutions, FMCG & Industrial Channels, Mondi, says: “Sustainability is front and centre when we design new solutions, using paper where possible and plastic when useful. We think deeply about materials and take a holistic approach that supports the development of sustainable systems and circular economies. We are pleased to be launching these new food packaging solutions at the Anuga FoodTec where Mondi is exhibiting for the first time.”

Mondi will be exhibiting its portfolio of sustainable food packaging solutions at Anuga FoodTec in Cologne Germany, from 26 to 29 April 2022 (Hall 8.1, stand B035), and will also have members of the team speaking at the show.

Groundbreaking ceremony for new production capacity at Epurex Films

Covestro extends film production in Germany

  • Global demand for TPU specialty films on the rise
  • Investment in the low double-digit million euro range
  • Completion planned for end of 2023

Covestro is expanding its production capacities for thermoplastic polyurethane (TPU) Films in the Platilon ® range, as well as the associated infrastructure and logistics. To this end, the company is investing a low double-digit million euro amount in its German center of excellence for the aforementioned films in Bomlitz, Lower Saxony. This site of Epurex Films, a wholly owned subsidiary of Covestro, houses application development and production for the semi-finished products, among other things.

The new capacity is intended to meet the growing global demand for multilayer TPU Films. They are used in automotive interiors and construction, among other applications. Breathable, water-impermeable specialty films have also proven their worth in wound care and outdoor clothing. The new facilities are scheduled for completion as early as the end of 2023.

“With this capacity expansion, we are strengthening our Bomlitz site and our position as a leading supplier of technical specialty films,” said Dr. Klaus Schäfer, Chief Technology Officer of Covestro, at the groundbreaking ceremony. “At the same time, we are investing in promising technologies and applications and creating new jobs.

For Aleta Richards, global head of the Specialty Films segment, the expansion offers opportunities to respond even better to individual customer needs and offer more sustainable products. “For some time now, we have also been developing customer-specific solutions with films made from alternative raw materials, as we are also seeing increasing demand in this area. The development and production of partially bio-based products is therefore to become a new focus at the Bomlitz site.”

Covestro is fully geared toward the circular economy and aims to become climate-neutral by 2035. To this end, the Bomlitz site plans to switch its energy supply completely to green electricity starting this year. Epurex Films is one of three Covestro competence centers for specialty films in Germany. The other two centers in Leverkusen and Dormagen are focused on research, production and application of polycarbonate films.

International top players to take part in PRINT & DIGITAL CONVENTION 2022

In early summer, it is time again for an exciting journey into the print universe of multichannel and dialogue marketing: PRINT & DIGITAL CONVENTION invites the industry to Düsseldorf/Germany. Tickets are available now.

How is print repositioning itself? What added value does digital omnichannel communication create and how do analogue print products position themselves in this context? These and other relevant questions will be highlighted at the fifth edition of PRINT & DIGITAL CONVENTION, which will take place from 22 to 23 June 2022 at the Düsseldorf Exhibition Centre. The event is jointly organised by Fachverband Medienproduktion e.V. (f:mp.) and Messe Düsseldorf and will be an industry meeting place, business platform and content hub for media producers and decision-makers from industry, trade, marketing agencies and IT.

“We are delighted to once again be able to offer our visitors a unique combination of knowledge transfer, networking and trade fair,” explains Rüdiger Maaß, Managing Director of f:mp..  “With its impressive quality of top-class exhibitors and the extensive congress programme, PRINT & DIGITAL CONVENTION is once again the must-see event for the print industry with its multifaceted applications and application areas.”

International top players take part
About 60 renowned exhibitors will present their exciting exhibits to the approximately 1,000 expected participants at the congress fair, including Canon, DATEV eG, Deutsche Post AG, HP, IGEPA/vph GmbH & Co. KG, Inapa Deutschland GmbH, Koehler Paper SE, Konica Minolta, Leonhard Kurz Stiftung Co. KG, Mondi Paper Sales GmbH and Xerox. An up-to-date overview of the exhibitors/partners of PRINT & DIGITAL CONVENTION is available at www.printdigitalconvention.de/en/partner  Participation as an exhibitor at PRINT & DIGITAL CONVENTION is still possible at short notice.

“In recent years, PRINT & DIGITAL CONVENTION has successfully developed into an important building block in the industry’s trade fair calendar with a focus on the DACH (Germany, Austria, Switzerland) and Benelux regions,” Sabine Geldermann, Director Print Technologies Messe Düsseldorf, is pleased to report. “Above all, the special format of a congress trade fair and the variety of topics are appreciated and positively evaluated by visitors and exhibitors alike.”

Top-class lecture programme
The impressive conference programme contributes to the success of the event. In addition to the three parallel lecture slots focusing on “Value Added Printing”, “Marketing Automation & Programmatic Printing” and “Sustainable Media Production”, panel lectures will also be offered for the first time at the “Forum Stadthalle” in the exhibition area. This newly created platform offers inspiring content, interaction and exciting discussion rounds and is open to all visitors free of charge. For further information about the programme and speakers: https://printdigitalconvention.de/en/programm-2022. The conference language is German (without translation).

Special format “Highlight Guide
Best practice and creative applications are the focus of the special format “Highlight Guide”. Based on different scenarios, exhibitors and partners will present how they stage printing technology, software applications, finishing highlights, cross-media and marketing activities for brands and products in the context of a campaign. For example, brand partner r[h]eingin launched a city edition in collaboration with artist Jacques Tilly, for which new gin packaging and a poster were developed and produced.
For an overview of all five highlight projects: www.printdigitalconvention.de/en/highlightprojekte .

Secure tickets now!
The ticket shop for the PRINT & DIGITAL CONVENTION is now open: At https://shop.messe-duesseldorf.de/pdc_e, participants can purchase their online tickets for the trade fair, congress and workshop sessions.

Voluntary hygiene standards create safety
The Covid restrictions of the past two pandemic years can now largely be lifted  due to the current legal regulations. For the upcoming  PRINT & DIGITAL CONVENTION this means that the 2G and 3G (vaccinated recovered, tested) restrictions and strict social distancing rules no longer apply. In order to make all participants feel safe and at ease, the f.mp. and Messe Düsseldorf as organisers of the congress fair will voluntarily adhere to selected hygiene and infection control measures. Messe Düsseldorf therefore recommends that medical face masks are worn on the premises and a 1.5 meter distance is maintained from other people.

For further information on PRINT & DIGITAL CONVENTION, please visit: www.printdigitalconvention.de/en or www.drupa.com/en/drupa_global .

Danimer Scientific and Kemira expand exclusive partnership to commercialize fully biobased barrier coatings

New multi-year license and supply agreement builds on successful joint development of biobased coatings for paper and board products using sustainable biopolymer

BAINBRIDGE, Ga., May 3, 2022 – Danimer Scientific, Inc. (NYSE: DNMR) and Kemira announced today a multi-year license and supply agreement, exclusive in Kemira’s core markets, to commercialize biobased barrier coatings for paper and board products. The companies will introduce the newly developed coatings for food and beverage industry applications within North and South America, Europe, the Middle East and Africa in the coming years. The relevant dispersion barrier market size is currently around EUR 500 million and is expected to grow around 10% per annum.

The new agreement builds on the companies’ successful partnership, originally announced in December 2020, to develop a coating and surface treatment that ensures paper and board items, such as single-use coffee cups, are home and industrially compostable, as well as biodegradable in soil and water environments. The companies developed the coating material using Danimer’s biopolymer PHA, which is produced from vegetable oils using modern biotechnology and serves as a biodegradable alternative to traditional plastics.

“This new, exclusive agreement is a major step in realizing our biobased strategy to deliver high-quality, sustainable and circular packaging solutions to our customers,” said Antti Matula, SVP, Global Product Lines & Business Development for Kemira Pulp&Paper. “We’re excited to expand our partnership with Danimer to harness the full potential of PHA globally. Together we will bring new biobased and circular products to markets, an important milestone in reaching our biobased growth targets and differentiating from competitors.”

The new PHA-based aqueous barrier coatings are heat sealable and offer an excellent oil, water and grease barrier. Additional benefits include repulpability, which enables the paper to be recycled without special equipment for full fiber recovery. These attributes further enhance the sustainability of the material and enable brands to provide products that contribute to a circular economy and reduce the impact of plastic waste on the environment. The PHA coatings can replace polyethylene and provide a viable alternative to per- and polyfluoroalkyl substances (PFAS). PFAS, also known as “forever chemicals,” are increasingly being phased out in food packaging around the world due to potential health risks associated with their use.

“This expansion of our partnership with Kemira represents several important milestones in Danimer’s mission to reduce plastic waste,” said Stephen E. Croskrey, Chairman and CEO of Danimer Scientific. “First, this successful project reflects the potential for PHA to serve as a sustainable alternative to traditional plastic across multiple categories. Second, this new license and supply agreement establishes a new revenue stream that will further support the global commercialization of this material. We are grateful for Kemira’s continuing partnership and look forward to helping them bring these coatings to market.”

About Kemira
Kemira is a global leader in sustainable chemical solutions for water intensive industries. We provide best suited products and expertise to improve our customers’ product quality, process and resource efficiency. Our focus is on pulp & paper, water treatment and energy industry. In 2021, Kemira had annual revenue of around EUR 2.7 billion and around 5,000 employees. Kemira shares are listed on the Nasdaq Helsinki Ltd.
www.kemira.com

Recycling must also financially pay off

Interview with Patrick Henzler, Sales Director at WEIMA Maschinenbau GmbH

Mr. Henzler, how is the recycling business developing at WEIMA?
Very well actually, because the importance of recycling is increasing, as environmental awareness is increasing, because resources are limited and plastics being a necessity. This means that more and more recyclate has to be used. With our WEIMA shredding machines, we are at the beginning of the recycling chain and make an important contribution. In post-consumer recycling, we have seen a trend of steadily increasing processing volumes over the past few years. We have adapted our machines to enable higher throughputs and still be cost-efficient. WEIMA shredders are also characterised by high accessibility for maintenance purposes and variable drive technologies. With more than 1200 machines delivered annually, we can draw on an exceptional wealth of experience.

How well does the procurement of the plastic waste work?
Procurement starts with the collection of recyclables. Due to the major importance of our export business, we are present in many countries and see very different waste systems at varying development stages. In some cases, these are only rudimentary. Even the waste systems in Europe, including Germany, are not yet at an optimum level however; in addition, even if they have already reached an advanced stage of development, some of the subsequent steps are still underdeveloped.

In which areas are problems still a factor?
In the sortability of materials for example: the possibilities for cost-efficient plastic recycling increase when the material is sorted. If you have laminated multi-layer films with an additional paper or aluminium layer for example, recycling becomes so expensive and complex that it is of no interest to potential processors. But recycling must also be profitable. Technologically, there are many possibilities, and new options are constantly being developed. But if the costs explode, no one will do it, which is one reason why a lot of valuable plastic waste is still simply incinerated in Germany.

How can we do improve upon that?
This is first and foremost a political task; there are still many steps to be taken in this area so that we can achieve a better management of material flows. Unified legislation on the use of food contact recyclates would be one example – that would also be a premise for creating consumer confidence. In Germany, the current situation is that material collection works differently in each administrative district. A lack of standards and a lack of monitoring of material flows lead to fluctuating processing quantities for recycling and thus to an erratic availability of recyclates.

Should product design also be controlled more strictly?
We absolutely need rules and specifications in terms of product design. At the moment, packaging manufacturers still have a completely free rein and can develop packaging that is practically impossible to recycle. A sustainable solution to this problem is the “Design for Recycling” approach for example.

This includes recyclable materials, bright colours for better sortability, mono-materials instead of a mix of materials, better labelling and fastening options – all of which improve recyclability. However, the main motivation for more recycling is currently being created by increasing consumer awareness. The more consumers make it a point to only buy products that are contained within recycled plastic packaging, the higher the recycled content will automatically be.

Are there no technological problems?
We have a wide variety of technological approaches in the recycling sector. Our interest as a company is to further develop our technologies so that we continue to have the best and most efficient solutions in the future. But the most efficient solution is not workable if the management of material flows does not allow for technologies to be used in a truly cost-efficient way. So far, we have only made limited progress within the European Union.

With post-industrial waste, there is mostly varietal purity. Will there be more recycling in this field?
In-house recycling will increase for two reasons: first, it will be necessary to use resources as efficiently as possible in the future in order to become more independent. The Covid pandemic has shown how disastrous supply shortages of raw materials can be for production. People are dependent on the petrochemical industry, its prices for virgin materials, and their availability. Many will want to reduce these dependencies and therefore rely more on recycling their production waste. Secondly, more recycling is done in-house when recyclate is too expensive on the market. For example: a company produces plastic parts for the car industry. The customer now demands a recycled content of 30 per cent. This recyclate costs more on the market than virgin material. As a result, the company is forced to handle the recycling of their production waste themselves. The changed price situation for raw materials is prompting processors to recycle.

 

Cosmetics and Body Care Manufacturer visett Adopts V-Shapes Sachets for Innovative Single-Dose Packaging

Next generation solution for single-use packaging and sampling a new growth opportunity for the company

V-Shapes, an innovative supplier of vertically integrated products and services for convenient, hygienic and sustainable single- dose packaging, today reported that visett, a leading provider of branded and white label cosmetics and body care products, has added V-Shapes sachets to its packaging mix. The company currently has a V-Shapes PRIME single-lane fill and seal packaging/converting machine for on-demand production of unique single-dose sachets that can be opened with a single gesture using one hand, as well as a Trojan Label T2-C printer. The company is using a combination of printing on demand and pre-printed flexo substrates to meet the widest possible range of customer needs. visett, located in Germany and in business for two decades, offers its products via white label, B2B and B2C. B2B business for the company, which has nine employees, has grown in 50 countries over the last decade.

“We have historically offered a whole range of packaging for our products, including bottles and tubes,” said Michel Raad, Owner and Managing Director of visett, “We had never offered sachets before because many of our competitors did. But as an innovative company, when we learned about V-Shapes, we saw it as the next-generation solution, a differentiator for us, and we didn’t spend a lot of time thinking about it.”

The V-Shapes PRIME has been so successful for visett that the company is currently in the process of seeking a larger facility in order to add two or three V-Shapes ALPHA six-lane packaging machines. Since based on volume, some substrate is preprinted with flexography, the company will likely configure one of its machines as an AlphaFlex with in-line printing and use pre-printed flexo rolls for the others. “In this way,” Raad said, “we will have the ability to produce relatively large quantities with on-demand printing, but for the largest quantities, we can still leverage our flexo fleet as well.”

Currently, sachets comprise less than 10% of visett’s overall volume, but that share is expected to grow dramatically once the ALPHA units are installed. For visett, sachets represent an add-on offering, building on its overall growth rather than replacing any current production.

“As we have introduced these innovative sachets to the market,” Raad added, “we have found a number of unexpected uses. For example, for sampling, we don’t need to ship large containers anymore, which reduces our sampling costs significantly. In addition, customers who might previously have purchased a full-sized container of a product now are frequently asking for full sets of 10 to 20 sachets in addition to the full-size container for more convenient use. For example, they might take sachets with them when they travel and prefer not to carry the full- sized container with them, or for handing out to their customers as samples to encourage those customers to purchase the full-sized containers. Sometimes customers find the single-unit sachets more convenient overall. A good example is our cream make-up removal. Some customers would prefer to purchase 10 or 20 single-use sachets rather than a pot of the product.”

The other opportunity is in restaurants and at events, Raad points out. “The Health Department has told us that as we come out of the pandemic, most certainly, large multi-use containers on tables in restaurants and bars, as well as at events, will be forbidden. So the demand for single-use sachets will continue to grow. And the V-Shapes sachets are so much easier, cleaner and more hygienic to open and dispense than traditional single-serve packages.”

Raad has also been extremely pleased with the support he has received from V-Shapes, noting, “It’s been a very good relationship, they are easy to work with and very supportive. Their response time is also very fast. I have two phone numbers to use with WhatsApp … if the first one doesn’t answer right away, the second oneusually does, which means I literally have 24/7 service.” He also notes that, like his own company, V-Shapes is very proactive. He says, “At visett, once we have a good product range, we start selling it. But in the background, we are also developing new products and upgrading existing ones. V-Shapes has that same philosophy, and they are very proactive in communicating to us about upgrades or new developments. For example, they have already notified us we should expect to have another equipment upgrade soon, and we are also looking forward to implementing substrates made from recycled feedstocks. V-Shapes stays on top of all of that for us to make sure we are delivering the best product possible to our customers.”

To learn more about vertically integrated end-to-end solutions for production and filling of single-dose sachets, and other products and services from V-Shapes, visit www.V-Shapes.com.

Aniflex chooses Xeikon digital technology to take label production to the next level

The Polish printing specialist has invested in a Panther PX3300 UV inkjet press to expand its digital label offering and speed up production.

Lier, Belgium, 27 April 2022 – Based in Tomaszów Mazowiecki, Aniflex Głowacka Wojtaszek general partnership is one of the fastest developing companies in the self-adhesive labels and packaging sector in Poland. The company’s growth strategy is based on consistently investing in modern printing technologies, allowing it to gain a competitive advantage and diversify its offering. Achieving these goals were the determining factors behind the decision to install a five-color Xeikon Panther PX3300 inkjet digital press. Maciej Wojtaszek, co-owner of the printing company, said, “The investment in the new Xeikon press has significantly increased the technological capacity of our plant and allowed us to exploit the sales potential for low- and medium-volume orders, as well as helped us cut delivery time – all of which enable us to stay competitive.”

Established in 2003, the company has invested significantly in organizational, production and technological advances over the years, and today, offers shrink sleeves and flexible packaging, in addition to self-adhesive labels. Great emphasis is also placed on expanding the product offering with innovative solutions that meet current trends and market needs, as the company strives to maintain its leading position. These include self-adhesive labels printed on new eco materials and packaging with augmented reality technology.

Xeikon’s Panther PX3300 has replaced an older inkjet machine which had been in use at the Tomaszów plant for many years. In fact, Aniflex was one of the first companies in the industry to invest in UV inkjet printing for labels. The Xeikon press was chosen to modernize production and allow the company to increase print quality, among many other benefits.

Mr Wojtaszek explained that when choosing a new press, it is extremely important to ensure that the high print quality can be repeated automatically without having to re-enter the job parameters each time, and that you have the ability to produce multiple SKUs very quickly. Xeikon PX3300 meets both these requirements and more. The five-colour (CMYK + white) press prints on substrates up to 350 mm wide at a maximum speed of 50 m/min (approx. 990 m2/h). The PantherCure inks allows Aniflex to deliver durable and abrasion- resistant labels with high gloss, and thanks to the ability to apply two layers of white ink, to produce attractive tactile and haptic effects inline.

“Xeikon’s PX3300 supports a wide variety of substrates: PP, PE, PET, self-adhesive paper, vinyl, metallized and clear-on-clear transparent materials, and is extremely useful in the production of labels for industrial, chemical and household use, as well as for cosmetics and health care, and alcohol, beer and other beverage labels,” says Michał Kuczkowski, sales manager, labels and packaging, Xeikon. “There is no need to create printing plates for digital printing, which reduces costs and shortens lead times. By using a sensor, Xeikon presses can also print additional elements for personalization, or markers in a specific place, or add digital print on pre-printed substrates.

“By using Xeikon X-800 software, the user can increase the automation of the label production process and the control of individual production stages, as well as create security measures to protect the end user, such as EAN barcodes, QR codes, DataMatrix or other track & trace solutions.”

The introduction of the state-of-the-art Xeikon PX3300 combined with the earlier experience of the Aniflex team in inkjet printing has allowed the printing company to reach the next level of production quality. Customers have also been very enthusiastic about the new opportunities that the investment will bring.

Mr Kuczkowski concludes, “We are very proud to support a modern company like Aniflex. As a market leader, it is developing dynamically, as validated by being ranked 13 times as a Business Gazelle by the Coface Group. The team also conducts many additional activities and share interesting ideas, such as webinars about the creation and production of labels and packaging. They educate their clients by showing unconventional projects, new raw materials, various refinements, and environmentally friendly solutions. It is a very experienced and demanding team that often sets high standards for their suppliers, including us!”

Picture caption (L–R): Michał Kuczkowski, sales manager, labels and packaging, Xeikon; Maciej Wojtaszek, co-owner, Aniflex; and Łukasz Smok, head of production, Aniflex

Recycled HDPE with an excellent carbon footprint

rHDPE causes up to 88 per cent fewer CO2 emissions than virgin material

Hard, 5 May 2022 – Recycled HDPE (rHDPE) from the Spanish recycling plants Suminco in Montcada i Reixac and in Venta de Baños, which belong to the ALPLA Group, causes up to 88 per cent fewer carbon equivalent emissions than virgin material. This finding of an analysis performed by the independent business consultancy c7-consult once again underscores the importance of recycling.

Recycling plastic packaging has been an integral part of ALPLA’s sustainability strategy for more than 25 years.The global manufacturer of plastic packaging always advocates a closed packaging loop in accordance with the bottle-to-bottle principle. Recycling plays a key role in this, giving value to used plastic packaging. Having long since established a name for itself globally as a partner for PET recycling on the basis of its own recycling plants, the company additionally moved into HDPE recycling in autumn 2019 when it purchased the two Spanish recycling plants.

To underscore the importance of recycling in the area of HDPE too, ALPLA commissioned c7-consult, an independent business consultancy focusing on life cycle assessments, the climate and sustainability, with calculating the carbon footprint of rHDPE (recycled HDPE).

rHDPE significantly reduces carbon emissions
The result illustrates once again why it pays to continue to invest in recycling activities – the rHDPE produced in Montcada has a carbon footprint of 0.24 kg of carbon equivalents per kilogram. This equates to 88 per cent fewer greenhouse gas emissions than virgin HDPE, which has a footprint of 1.92 kg of carbon equivalents per kilogram. The rHDPE produced in Venta de Baños likewise has an excellent footprint of 0.28 kg of carbon equivalents per kilogram, putting it 85 per cent lower than virgin HDPE. The analysis covers the separate collection and sorting of post-consumer HDPE bottles (primarily in Spain), their shipment to the ALPLA recycling plants, and their being washed and processed into rHDPE pellets. The two plants currently have an annual capacity of approximately 25,000 tonnes of rHDPE.

‘The saving of up to 88 per cent CO2 with rHDPE in comparison to virgin material confirms once again that our investments in our global recycling activities are worth it. We wish to continue on this path in the future too.’
Günther Lehner, ALPLA Chairman

Colour sorting offers additional advantages
When it comes to recycling HDPE, ALPLA focuses in particular on colour sorting. This maintains high-quality HDPE recycling streams, preserves colour streams and keeps packaging in the loop for a long time. Turning yellow HDPE into yellow rHDPE, white into white, red into red or blue into blue, for example, reduces the use of colour pigments, while additionally preventing commingling and therefore also ‘greying’ of the material.

This enables ALPLA to meet many of its customers’ marketing requirements and produce many examples of coloured packaging using sustainable recycled materials. This goes hand in hand with important measures in the area of design for recycling which aim to accommodate the complete recyclability of a product already at the concept development stage.

ALPLA investing in the circular economy
In 2018, ALPLA signed the Global Commitment of the New Plastics Economy, an initiative of the Ellen MacArthur Foundation, and committed to spending a total of 50 million euros to expand its recycling activities up to 2025. ALPLA has since significantly increased this investment target. From 2021, an average of 50 million euros a year will be ring-fenced specifically for recycling. In addition, all packaging solutions are to be fully recyclable by 2025 and the proportion of processed post-consumer recycled materials is to rise to 25 per cent of total material usage by this time.

 

Teko-plastic improves energy balance with EcoPower from WITTMANN BATTENFELD

Teko-plastic, a family-owned company based in Preding near Weiz, Austria, has adopted sustainability and energy efficiency as its guiding principles. In addition to using recycled materials in production and investing in renewable energy, the company installed a machine of the EcoPower series from WITTMANN BATTENFELD this February and has carried out energy measurements with this machine.

The company Teko-plastic Kunststoffwerk E. Schröck GmbH, now managed by Theo Koblischek in the third generation, was founded by Erich Schröck und Theo Koblischek in 1961. Today’s 18,000 m² production facility in Preding near Weiz, Styria, was built in 1971. Since the beginning of the 1980s, Teko-plastic has specialized in the production of household goods made of plastic. With its takeover of BEKAFORM Kunststoffproduktion GmbH, Teko-plastic successfully entered the German market.

More than 80 % of the company’s sales are realized with its own products, such as bowls, household and kitchen aids, baskets, tubs, boxes, buckets, canisters, fresh food boxes and much more. Just under 20 % are contributed by job order production for Austrian industrial customers. Apart from its main markets Austria and Germany, Teko-plastic also supplies its products to customers in Switzerland, the Netherlands, Belgium, Slovenia, the Czech Republic, Sweden and France.

To make its products, the company with a workforce of 48 employees uses 12 BATTENFELD injection molding machines ranging from 1,000 to 8,000 kN in clamping force. The raw materials used are polypropylene and polyethylene, with 25% of the materials processed consisting of regrind. The latter is mostly purchased in Austria and Germany, but sprue and faulty parts are also recycled in-house and mixed in with the virgin materials.

However, Theo Koblischek’s ecological commitment goes far beyond just using recycled materials in production. Investments are also being made into improving the company’s energy balance, with moves such as energy recovery from waste heat utilization and use of solar energy. Currently, 6,000 m² of roof area are being covered with solar cells designed for a total annual output of 850,000 kWh. Teko-plastic expects to use 550,000 kWh of this for its own energy requirements, the rest will be fed into the public electricity network.

With energy costs making up an increasing share of the total production costs, it was natural for Theo Koblischek to take a closer look at the injection molding machines, too. “The energy costs have more or less doubled over the last year”, says Theo Koblischek, “so the issue of energy efficiency is now highly relevant for us.” In February this year, a machine from the all-electric EcoPower series with 4,500 kN clamping force was installed at Teko-plastic. The machines of the EcoPower series stand out by their extremely high level of energy efficiency, due on the one hand to the use of ultra-modern servo motors and on the other hand to the machine’s KERS (Kinetic Energy Recovery System) technology.

Theo Koblischek wanted to evaluate as precisely as possible the ultimate benefit gained from using state-of-the-art WITTMAN BATTENFELD technology, so he carried out the relevant energy consumption measurements on the new EcoPower 450 equipped with an 85 mm screw. He subsequently compared the measurement results with those achieved with a BATTENFELD TM 4500 injection molding machine installed in 2001 and fitted with a 100 mm screw. On both machines, a bucket with a volume of 10 liters was produced. The difference between the two machines’ energy consumption rates turned out to be enormous. Over an eight-hour measurement period, an energy consumption of 68 kWh with a cycle time of 16 seconds was measured on the TM, while the consumption shown for the new EcoPower was a mere 24 kWh with a cycle time of about 13 seconds. Theo Koblischek comments: “Our measurements have shown that by comparison with the TM, an output of 115% has been made possible with an energy input of only 35 %. If both machines were equipped with screws of the same diameter, the difference in energy requirements for both machines in favor of the EcoPower would be even greater. Moreover, the EcoPower’s water consumption is also considerably lower.”

Theo Koblischek has now measured the electricity consumption of all machines previously used on the company’s production floor and compared the readings to the consumption data of comparable new machines from WITTMANN BATTENFELD. The option of replacing all machines with up to 4,500 kN clamping force with all-electric machines opens up an enormous savings potential of more than 60% for these machine sizes. But for larger machines, too, energy savings of around 40 % can still be achieved. Theo Koblischek concludes: “If the electricity price remains at the current level, an exchange of our total range of machinery could be fully amortized within 10 years. Due to the particularly high savings potential for the smaller high-speed machines, we will replace these with new ones first. “

Concerning the installation of the EcoPower 450 delivered in February 2022, Theo Koblischek further remarks, that in addition to the machine itself, he also has come to greatly appreciate the customer support provided by the WITTMANN BATTENFELD service team.