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Polykemi Group’s Legacy Continues Under New Generational Leadership

Polykemi Group’s Legacy Continues Under New Generational Leadership

The family-owned business organization Polykemi Group will experience a generational transition at the start of 2025–2026. The third generation will be ready to assume senior leadership positions. The founder Hugo Jönsson’s sons, Ola Hugoson, the current CEO, and Lars Hugosson, the deputy CEO, will continue to be involved in the organization but will transfer their titles and responsibilities to their offspring.
This choice is founded on a common understanding of how Polykemi Group should carry on conducting business as a family enterprise with regard to its suppliers, customers, and workers.

The third generation, consisting of Gustav, Johan, Herman, Oscar and Vendela, is taking over the leadership of Polykemi Group.

New roles

With the generational shift comes some organizational changes.

Ola Hugoson and Lars Hugosson will take on roles as Senior Advisors. Oscar Hugoson will step up as the Global CEO for Polykemi Group, Herman Hugosson will become the CEO of Polykemi AB, and Gustav Hugoson will take on the role of Deputy CEO for Polykemi Group. Johan Hugoson will continue in his role as CEO of Polykemi Inc. in the USA, and Vendela Hugosson will stay in her role as a Procurement Assistant.

“All the changes that will occur are made with full consensus. The entire family agrees that the best interest of Polykemi Group comes first. We want the companies to continue growing healthily and, in the direction, we intend; therefore, we have made a joint decision to continue running the group in the same ownership form and spirit as our parents have done so far,” says Oscar Hugoson.

The change is a natural step for a family-owned group like Polykemi Group.

“28 years ago, Hugo trusted Lars and me to take over the leadership of Polykemi. Today, it’s our turn to pass that trust – with pride – on to our children. They will step in, but Lars and I will remain as senior advisors. The future will continue to be a collaboration – with some new people and new energy, but always with the company’s and the group’s best interests in mind,” says Ola Hugoson.

Third generation’s ambition

Polykemi began as a family business in 1968. What started as one company is now a whole corporate group, and the ambition to continue as an independent family business remains.

“Our goal is to one day pass on Polykemi Group in at least as good condition as it is in today when time comes for the next generational shift in the future. We also have the ambition to continue growing, which is one reason we decided to split Ola’s existing role into two, to allow for expansion,” says Herman Hugosson.

A joint decision

The transition to the third generation is a decision that has evolved through a process that began six years ago.

“We have received a lot of help from consultants from the Family Business Network and have really allowed the process to take the time it needed. We have been forced to have discussions we might not have otherwise had, and it has been incredibly beneficial. The purpose was always to find a plan for the future, and now we have found a good plan that everyone believes in and is comfortable with,” says Oscar Hugoson.

Gustav Hugoson adds: “It has been a team effort from the start, which has resulted in our continued development as a team. I can look back peacefully on a very fine process where the whole family has come closer together both personally and professionally by mapping out our individual strengths and goals. The process we have gone through will give us great advantages in our work going forward.”

https://www.polykemi.se/en

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Ricoh Introduces Industrial-Grade Garment Printing Systems at FESPA 2025

Ricoh Introduces Industrial-Grade Garment Printing Systems at FESPA 2025

Ricoh will be demonstrating next generation textile on demand production versatility at FESPA Global Print Expo 2025, Europe’s premier exhibition for screen, digital, wide format, and textile printing, Messe Berlin, from May 6 to 9.

Meeting the high-volume digital production demands of industrial markets will be the RICOH Pro D1600 DTF system. Ricoh’s industrial printheads help it achieve speeds in excess of 20 sqm per hour for media widths of up to 1300mm film.

Presenting opportunities in production on polyester fabrics for apparel decorators and designers alike is Ricoh’s Ri 4000 DTG printer. The system’s inbuilt pre-treatment process facilitates consistent, vibrant, and efficient industrial garment printing at an affordable price.

These systems incorporate Ricoh inkjet technology designed to deliver speed, versatility, durability, and accurate fluid deposition, with minimal maintenance. While ensuring the effective management of consistent and reliable colour accuracy is ColorGATE (a Ricoh company) Production server Version 24 which will be driving all textile devices on show.

Furthermore, the textile systems support just in time, on demand, local production capabilities that reduce waste, maximize resources, and eliminate unnecessary transportation.

Ricoh will also expand on how its Valvejet technology aligns with the industrial painting and coating market’s need for higher viscosity fluids and throw distances along with larger drop sizes. Demonstrating the possibilities will be Ricoh’s industrial tyre printing solution developed for the high-end customization market.

Focus will also be on the R & D developer community where collaboration between suppliers can facilitate fast time to market. Printheads, drive electronics, drop watching, and curing are key elements in a fragmented supply chain and Ricoh will advise visitors on navigating this complex process.

Graham Kennedy, General Manager, Industrial Solutions, Ricoh Printing Solutions Europe, says: “Ricoh technology powers a wide range of industrial solutions and we are looking forward to demonstrating real life applications at FESPA. The potential for innovative development with partners and clients is limitless.”

www.ricoh-europe.com

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RENOLIT’s Pune Project Set to Expand Asian Market Supply

RENOLIT’s Pune Project Set to Expand Asian Market Supply

Plastics processor RENOLIT is expanding in India and building a new plant in Pune. The symbolic groundbreaking ceremony took place on April 15, 2025. From April 2026, the family-owned company plans to produce geomembranes for civil engineering projects in the Asia-Pacific market.

“India is now the most populous country on earth and, with growth of over six percent, the Indian economy is the fastest growing major economy in the world,” says Karsten Jänicke, CEO of RENOLIT. “With the new plant, we are sending a clear signal for our long-term growth strategy in Asia. The factory strengthens our market position and our ability to deliver in the extremely dynamic Indian market.”

They had their own production facility in Pune since 2010. The city is located 150 kilometers southeast of Mumbai in the state of Maharashtra in western India. The Composites Market Unit successfully manufactures the product RENOLIT WOOD-STOCK here, a wood-plastic composite material with various polymer and natural raw materials for the automotive and construction industries. The company is now building a second plant on the site.

A safe and sustainable production facility for geomembranes is being built on a total area of 3,190 square meters. The new factory is to be built in just 12 months. Production is scheduled to start as early as April 2026. Around 30 employees will then be able to produce the first geomembranes using a design-built extrusion process. The plant is designed for a production annual volume of 6,000 tons of geomembrane.

Cooperation with experts for hydraulic structures
The investment is the first step in their long-term growth strategy in India. To this end, the plastics processor has entered into a collaboration with Carpi, a Swiss company specializing in the waterproofing of hydraulic structures.

Carpi and RENOLIT are enabling one of the largest energy transition programs in the world with their geomembranes. “We are pleased to be able to make an important contribution to this program and to achieving India’s climate targets by providing our products,” says Nicolas de Walque, Sales and Business Development Director of the Market Unit Roof & Water Care.

The Indian government is focusing on integrated renewable energy storage projects (IREP) with hydro, solar, wind and pumped storage components. Large quantities of waterproof geomembranes are required for pumped storage. With such IREP projects, India aims to achieve its goal of being completely climate-neutral by 2070.

“We can produce high-quality geomembranes on site in our new factory. This is a real competitive advantage. With our new production facility, we are close to our Indian customers and can incorporate their specific requirements into our products,” explains Rahul Chivate, General Manager of RENOLIT India Pvt. Ltd.

Hindu tradition brings good fortune
They have now performed the symbolic ground-breaking ceremony for the new factory in Pune. Rahul Chivate and Alok Marwaha, Managing Director of RENOLIT India Pvt. Ltd., welcomed guests from local business and people from public life as well as a delegation from RENOLIT to the opening ceremony. Among them were Karsten Jänicke, CEO, Renaat Demeulemeester, General Manager Market Unit Roof & Water Care, Nicolas de Walque, Sales & Business Development Director of the Market Unit Roof and Water Care, Vikram Gandhi, General Manager of APPL GOR Plastics India Pvt. Ltd., Anurag Jain, Director APPL Industries, and Vinayagam Subramanian, Director Carpi India Pvt. Ltd. Also present were Vinit Dungarwal, Founder, and R.S. Inamdar, Director, from the construction company AMs, who are responsible for the project.
The festive highlight was a traditional Ganesha ceremony. In Hinduism, Ganesha is the Hindu elephant god, the god of wisdom, prosperity and good fortune, who is worshipped before new business endeavours in order to overcome all spiritual and materialistic obstacles with perseverance.

https://www.renolit.com/en/

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PLA Production Goes Green with New Strategic Partnership Between Thyssenkrupp Uhde and Praj Industries

PLA Production Goes Green with New Strategic Partnership Between Thyssenkrupp Uhde and Praj Industries

ThyssenKrupp Uhde’s polymer specialists Uhde Inventa-Fischer (UIF), a subsidiary of the global leader in chemical engineering and construction, and Praj Industries Limited (PIL), a global leader in industrial biotechnology solutions, announced a strategic partnership to jointly offer an end-to-end integrated technology for the production of Polylactic Acid (PLA). This strategic partnership offers a unique, seamless solution that sets them apart in the arena of bioplastics.

The indiscriminate use of fossil-based plastics and the often-irresponsible disposal, especially of single-use plastics (SUPs), call for urgent, innovative, and sustainable solutions. Polylactic acid (PLA), as a sustainable alternative to conventional plastics holds significant potential in advancing a circular bioeconomy. To meet this global need, PIL and UIF are leveraging their combined expertise in industrial biotechnology and chemical engineering to enhance PLA technology, ensuring efficient, cost-effective and sustainable production processes.

Nadja Håkansson, CEO thyssenkrupp Uhde: “We see a perfect match of two world-leading technologies: Uhde’s PLAneo process can now be offered as an integrated solution with Praj Industries’ lactic acid production. Together, we can design and deliver complete PLA plants. Our joint vision is a competitive solution to replace conventional plastics with sustainable alternatives.”

Dr. Pramod Chaudhari, Founder Chairman, at Praj Industries: “Praj’s Bioprism portfolio for renewable chemicals and materials, with a focus on bioplastics, underscores our commitment to a sustainable future. Our strategic partnership with Uhde marks a significant step in driving the global shift toward a circular economy by enabling cost-effective biomanufacturing and the establishment of biorefineries. With our award-winning proprietary PLANERA-technology and this collaboration, we aim to tackle the challenges posed by fossil-based plastics and contribute to a more sustainable planet with innovative, bio-based solutions.”

The partnership will be able to offer an end-to-end integrated technology, covering the entire PLA production process from feedstock conversion to polymer production. Different grades of Lactic acid can be produced from this technology which find applications in food and industrial sectors. A broad range of PLA grades can be produced, addressing the diverse requirements of various industries such as packaging, textiles, and hygiene supplies. Both companies have a strong global presence, enabling them to deliver innovative solutions to customers worldwide and adapt to practically any agricultural feedstock containing either starch or sugar, including second generation feedstocks based on non-food raw materials.

A shared commitment to sustainability drives the partnership, focusing on developing environmentally friendly and socially responsible solutions. Praj recently inaugurated India’s first-of-its-kind ‘Demonstration Facility for Biopolymers’ near Pune, India, where it is producing lactic acid and lactide. This facility will serve as a crucial platform for testing and validating the joint offering, enabling the partners to showcase the potential of PLA and accelerate its commercialization.

https://www.thyssenkrupp-uhde.com/

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COM4PHA Leads the Way in Bioplastic Development for a Greener Tomorrow

COM4PHA Leads the Way in Bioplastic Development for a Greener Tomorrow

Polyhydroxyalkanoates (PHA) are biocompatible and biodegradable plastics in soil and marine environments synthesized by a wide variety of microorganisms, which share very similar characteristics with plastics of petrochemical origin. The most recent studies focus on the search for cheaper alternative substrates, such as agro-industrial waste or industrial by-products, and on extraction strategies to reduce product costs. In this way, the aim is to facilitate their incorporation into a market dominated by petroleum-based plastics. The most commercialized PHAs have certain limitations to be processed by conventional technologies, so one of the objectives is to optimize them so that they can be used in different applications within the plastics industry, as well as to scale up their production and supply companies in the sector.

In this sense, the COM4PHA project is dedicated to creating novel bioplastic formulations based on the PHAs group in order to support new product development avenues utilizing these biodegradable materials. Using cutting-edge processing processes for this kind of polymer, the project is specifically developing formulations based on the PHBV copolymer for use in the packaging and agricultural industries. These technologies involve covering paper substrates and agricultural mulch films with the copolymer and hollow-body blown extrusion for bottles.

The overall objective of the project is also to optimize the synthesis of the material and favor the scaling up of larger quantities to be able to offer PHBV at an industrial level and reach certain applications that are currently occupied by conventional materials.

The biotechnology company Venvirotech, which specializes in the transformation of organic waste through a proprietary technology that uses bacteria to produce PHA bioplastics, is coordinating this project. The company Enplast a specialist in the creation and manufacture of all types of plastic packaging, is also participating in the project and will be responsible for validating the materials developed. As a link between the two companies, Aimplas, the Plastics Technology Centre, is in charge of the new PHA formulations, both for the production of packaging and for the formulation of coatings.

The new formulations for cosmetic packaging will be biodegradable and compostable and will comply with the established requirements, which will reduce their environmental impact and allow a better acceptance of the product by the market. This innovation may also be of interest to other processors and end-users in the food and beverage sector, in addition to cosmetics.

For coating formulations in the paper and agricultural sectors, developments will improve product quality and extend shelf life. The results can be exploited in the packaging sector, and applied to those where barrier properties are required, such as the food and cosmetics sectors. In the agricultural sector, they will be applied in mulch films to maintain crop quality based on the barrier and antimicrobial properties of the coating.

The Ministry of Science, Innovation and Universities and the Next Generation funds of the European Union are financing this action.

https://www.aimplas.net/

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New Chair Brings Fresh Insight to Plastics Pipe Institute’s Stress Board

New Chair Brings Fresh Insight to Plastics Pipe Institute’s Stress Board

The Plastics Pipe Institute, (PPI), today announced Mike Casavant has become the new Chair of the Hydrostatic Stress Board (HSB), a technical-based group of volunteer industry experts. Established almost 70 years ago, the HSB creates, authors and offers the policies and guidelines for minimum strength properties for plastic piping used in North America for gas, municipal water, wastewater, sewer industrial water as well as building and construction system projects. PPI membership is not necessary to list a product in the HSB program since the program is a service to the plastics industry that is hosted and administered by PPI.

“Mike brings more than two decades of technical leadership and innovation to his new role with us,” stated David M. Fink, president PPI. “His background is in product and process optimization, data acquisition systems, and PEX piping technology as well as direct involvement with the PPI HSB, serving on numerous committees and task groups. His knowledge coupled with already being part of PPI for many years will well serve our association and the industry.”

From 2019 to 2024, Casavant played a leadership role within PPI, serving as the chair of both the Technical Committee and the Technical Steering Committee.

“I see the HSB as playing a pivotal role in protecting consumers and manufacturers, which is more and more important as globalization of pipe continues to increase,” Casavant stated.

“We want to make sure that the end users, the specifying engineers, the municipalities — anyone using these products knows that there is an industry-wide, peer-reviewed standard to be met, and that they can feel comfortable that the products they are purchasing have gone through the rigorous process that the HSB provides.”

Casavant is a certified Six Sigma Black Belt, holds several patents and has a Bachelor of Science Degree in Chemistry from the University of Alberta.

Founded in 1950 and now with nearly 200 members, PPI has five divisions: Building & Construction, Energy Piping Systems, Drainage, Municipal & Industrial, plus Power & Construction.

www.plasticpipe.org

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K 2025 to Demonstrate How Plastics Are Transforming to Meet Global Environmental Challenges

K 2025 to Demonstrate How Plastics Are Transforming to Meet Global Environmental Challenges

Special show Plastics Shape the Future to offer international discourse, innovations and impulses for a sustainable and competitive plastics industry on seven theme days

At K 2025 from 8 to 15 October in Düsseldorf the official Special, Plastics shape the Future, will address and disclose how the plastics industry drives the shift towards more sustainability, digitalisation and social responsibility. Organised jointly by Plastics Europe Deutschland and Messe Düsseldorf the special show will deliver insights into today’s status quo and outlook on transformation: presenting various focal themes each day, panel discussions with top representatives of political and scientific circles and NGOs, innovative start-ups and experts from industry – accompanied by interactive expert presentations, round tables, guided tours at the trade fair and networking activities at the Startup Pitch, Science and Poetry Slam and the “Women in Plastics” event.

Overview of the seven theme days

1) Kick-off Wednesday – The Power of Plastics (8 October)

Wednesday is competitiveness and sustainability day and will be launched with an opening attended by political representatives, business, and international associations. Two sessions led by Virginia Janssens (Managing Director, Plastics Europe) and Dr. Christine Bunte (Plastics Europe Deutschland) will showcase how innovation and investment propel the industry.

2) Circular Thursday (9 October)

On Thursday everything will revolve around circularity: moderated by Prof. Manfred Renner (Fraunhofer UMSICHT/CCPE) experts will shed light on circular-ready product design, regulatory challenges and circular business models in packaging, textiles, electronics, construction and automotive. The day will be rounded off by a panel discussion on chemical and mechanical recycling.

 3) Climate Friday (10 October)

Friday will focus on climate protection and CO₂ reduction: topics span from avoiding pellet losses (OCS) to additive use to lifecycle analyses and the monetisation of sustainable products. A political panel will discuss the competitiveness of the European plastics industry as a driver for a sustainable economy.

4) Smart Saturday (11 October)

On Saturday digitalisation and artificial intelligence will be centerstage:  PolyMaterials, INEOS, Covestro, Netzsch, the nova Institute, recycle and representatives from science, to name but a few, will flag up how AI optimises processes from material development to improved collection and sorting for recycling to the drawing up of sustainability reports.

5) Career Sunday (12 October)

Career Sunday will focus on people. Be it in recruiting through new channels via gaming or diversity, at two book presentations or the Science and Poetry Slam; not forgetting the networking event “Women in Plastics”

6) Innovation Monday (13 October)

Monday is reserved for start-ups and science: in two pitch sessions emerging companies will introduce themselves with solutions for recycling, digitalisation, material development and organic plastics. In addition, the WAK Prize will be presented by Prof. Moritzer (University of Paderborn). The concluding scientific panel will discuss the innovative power of plastics as an enabler for various key industries in Europe.

7) Visionary Tuesday (14 October)

The last but one day of K 2025 looks ahead of time – Plastics 2050: circular design, bio-based raw materials, CCU and the avoidance of micro plastics will be crucial topics. The keynote by Prof. Michael Braungart (Cradle to Cradle) as well as panels with leading representatives from industry and science show that the future of the industry is transforming – with high ambitions and concrete steps.

The programme will be predominantly in English.

https://www.k-online.com/

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SABIC Debuts Thermoplastics for Voltage-Intensive Electronics at PCIM 2025

SABIC Debuts Thermoplastics for Voltage-Intensive Electronics at PCIM 2025

  • At PCIM Europe 2025, SABIC is featuring voltage derating test results for ELCRES HTV150 film used in Nichicon capacitors, and a new ULTEM resin well suited for magnet wire insulation.
  • The company is displaying a range of high-performance materials for diverse electrical applications, from EV converters and fast chargers to stationary energy storage batteries.

At PCIM Europe 2025, SABIC, a world leader in the chemical industry, is exhibiting high-heat specialized thermoplastics that are ideal for demanding electrical applications, such as parts for electric vehicles (EVs), in Hall 7, Booth 140. Capacitors manufactured by Nichicon Corporation using ultra-thin ELCRES HTV150 dielectric film are on display at the firm. Two technical presentations will be held at the event to highlight the capabilities of these new film capacitors for AC-DC inverters, which can function at temperatures as high as 150°C with little derating of applied voltage (V). Additionally, they are introducing a new ULTEM resin extrusion grade that has productivity and other benefits over existing materials used in EV motor magnet wire insulation.

Nichicon’s high heat capacitor elements before casing and sealing (left) and capacitors (right), are made from SABIC’s ELCRES HTV150 dielectric film. These advanced film capacitors for AC-DC inverters can operate at high temperatures up to 150°C with minimal derating of applied voltage (V).

“Higher voltages are a common theme across electrical applications from connectors and capacitors to wire and cable,” said Sergi Monros, vice president, SABIC Polymers, Specialties BU. “While high voltages can increase operational efficiency, they present challenges. SABIC continues to lead and innovate in this space. Our specialty materials perform well under exposure to high voltages, high temperatures and harsh conditions, helping customers deliver next-generation electrified components.”

Minimizing Voltage Derating in Film Capacitors

Exposure to elevated temperatures can significantly lower the rated voltage of polymer film capacitors. For example, the rated voltage for capacitors made with biaxially oriented polypropylene (BOPP) film may be reduced by up to 50 percent at 125°C or above, requiring thicker gauges to compensate. However, recent testing by Nichicon showed that capacitors made with SABIC’s ELCRES HTV150 dielectric film experienced minimal derating (4.8 percent at 130°C and 14 percent at 150°C). SABIC is displaying this dielectric film and sample Nichicon capacitors at its booth.

SABIC’s Chief Scientist Adel Bastawros, Ph.D., is speaking on these voltage derating test results from Nichicon at the E-Mobility & Energy Storage Stage (Nuremberg, Hall 6, 220) on Tuesday, May 6 at 15:00 CET, and at the PCIM Conference (Athen Stage) on Thursday, May 8 at 14:00 CET.

His presentation, titled “HTV150 Dielectric Film for High Heat DC-Link Capacitors with Minimal Derating of Operating Voltage,” is based on a technical paper co-authored with experts from SABIC and Nichicon.

Nichicon’s high heat capacitor elements before casing and sealing (left) and capacitors (right), are made from SABIC’s ELCRES HTV150 dielectric film. These advanced film capacitors for AC-DC inverters can operate at high temperatures up to 150°C with minimal derating of applied voltage (V).

Improving Magnet Wire Insulation

Demands for faster charging and greater range have led to the development of 800V EV electric traction motors. The high-voltage e-motors require magnet wires with improved insulation. Compared to extruded polyether ether ketone (PEEK) insulation, their new ULTEM resin requires no primer and can deliver low and stable Dk at 220°C at up to 30 percent thinner gauges, helping to reduce overall weight and save space. In contrast to thermoset polyimide (PI) enamel coatings, their resin avoids the use of solvents that emit volatile organic compounds (VOCs), which can pose regulatory challenges. The new ULTEM resin can be used for mono-layer extrusion and requires only one pass, which helps to boost productivity, while enamel requires up to 20 coating passes.  exhibiting insulated magnet wire using the new ULTEM material at its booth. The new ULTEM resin is available for trialing.

Showcasing Solutions for Diverse Electrical Applications

SABIC is displaying several other electrical components, including a hybrid metal-plastic DC-DC converter housing for EVs that significantly cuts weight and costs vs. an all-aluminum design. Another EV application is a fast-charging unit featuring multiple SABIC materials. Also on display are stationary energy storage applications, including enclosures and electrolyzer frames. Other highlights of the company’s exhibit are ULTEM and NORYL resins and LNP copolymers and compounds with a high comparative tracking index (CTI), which is important in situations where electrical components are exposed to harsh environments or contaminants and high voltages.

https://www.sabic.com/en

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Plastic Waste Solutions Highlighted at RePlast Eurasia

Plastic Waste Solutions Highlighted at RePlast Eurasia

RePlast Eurasia, Türkiye’s first and sole trade fair dedicated to the plastic recycling fair will open its doors for the second time in Istanbul at Tüyap Fair and Congress Center on May 8-10, 2025, as organized by Tüyap in cooperation with PAGÇEV. Last year, the fair attracted international participation and great interest, while this year’s fair aims at further strengthening environmental awareness by means of new technologies and sustainable solutions in the industry. Offering a unique opportunity for those are interested in discovering the innovations and green technologies in the recycling industry, the fair will continue shaping the future of the industry.

RePlast Eurasia Continues Growing with Global Participation and Innovative Solutions

RePlast Eurasia Fair that was organized for the first time last year achieved a great success by hosting 124 exhibitors from 10 countries and 8,253 visitors from 85 countries. Exhibitors from countries like Germany, China, the Netherlands, England, Spain, Italy and Malaysia exhibited the latest technologies in the field of plastic recycling, thus getting the chance to establish international cooperation. RePlast Eurasia Fair will continue to grow exponentially in 2025 by hosting over 200 exhibitors from all around the world, in particular Italy, Germany, Spain, Belgium, Poland, China, and Malaysia. Leading companies of the industry, including the recycling machinery manufacturers, companies engaged in the collection and sorting processes, manufacturers of recycling raw materials, and yarn and fiber recycling machinery manufacturers, which are included in the fair this year, will showcase their products and services.

More Than Just a Fair: Prospective Ideas and Innovative Solutions at the 2nd Plastic Recycling Conference!

The conferences that will be held with the participation of high-level industry professionals during the RePlast Eurasia Fair, the information sharing platform of the industry, facilitate acquiring in-depth information about the plastic recycling industry. The present of the plastic recycling industry will take place within the framework of a wide range of topics, including technological developments expected in the future of the industry, legal practices, sustainability, and the circular economy.

PAGÇEV Plastic Recycling Awards: Rewarding the Best Projects

RePlast Eurasia Fair will also host the Plastic Recycling Awards for the 2nd time. The fair will continue promoting the innovations in this field through this event that rewards the most creative and sustainable projects of the industry. The Plastic Recycling Awards will take place on May 8th, the first day of the fair, with awards presented in 7 different categories. Plastic Recycling Awards will be a platform where not only producers of raw materials and technologies in the field of plastic recycling, but also products made of recycled raw materials will be rewarded. The awards will continue to provide an insight into current developments in the use of recycled materials, product design and manufacturing, in addition inspiring large masses.

https://www.replasteurasia.com/en/

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An Exclusive Interview At K 2025 With Dr. Christoph Schumacher, Vice President Global Marketing At Arburg Gmbh + Co Kg, Plastic Remains An Essential Material Across Industries

An Exclusive Interview At K 2025 With Dr. Christoph Schumacher, Vice President Global Marketing At Arburg Gmbh + Co Kg, Plastic Remains An Essential Material Across Industries

Dr. Schumacher, the next K is being held under the motto ‘The Power of Plastics – Green – Smart – Responsible’. How did this motto come about?

It is basically the result of a lengthy development process. The realisation that solving sustainability issues is becoming increasingly important and urgent was first expressed openly while preparing for K 2019. At that time, the initial focus was on raising awareness, and a common understanding of the issue was established within the industry. Keywords such as circular economy came to the fore. At K 2022, for the first time, plastics machinery manufacturers then presented all the solutions that were available, for example in the field of recycling, on a large scale. There was a special VDMA show where Arburg also took part and had their own stand. At K 2025, we now want to emphasise the strength and ability to shape the future of both plastic materials and the industry in all its facets – hence the absolutely self-confident – and, in my opinion, truly meaningful – motto.

What message are you trying to convey?

We want to make it clear that we understand the social topicality of the issue, while at the same time wanting to show that the German-speaking mechanical and plant engineering industry can make an outstanding contribution towards solving the problems. In this context, I’ve always particularly liked the term ‘enabler’, for example, by providing technologies that enable the circular economy. In doing so, it helps to go easy on resources, while at the same time managing targeted multiple usage. In my view, there are very few industries that are addressing these social and ecological issues as extensively as the plastics processing industry has been doing for years. At the same time, we want to emphasise that plastic is simply indispensable as a material. It is needed to reduce CO2, and it is vital for e-mobility, lightweight construction, medicine, and for packaging. During the Covid pandemic, we witnessed that anything that was not protected by plastic could simply be life-threatening.

At that time, perhaps we did not make enough use of this shift in sentiment as an industry. We assume the responsibility to deal a lot more with recycling. ‘Power of Plastics’ shows our conviction that modern life will not be possible without plastic in the future.

And what about ‘Green – Smart – Responsible’?

These three dimensions show where this power comes from. ‘Green’ stands for the paths that lead to greater sustainability. ‘Smart’ refers to the technologies that can be used, for example, within the context of digitalisation. ‘Responsible’ describes social responsibility in general, but also the fact that we are tackling the quantitative and qualitative problem of recruiting skilled workers. Our customers expect us, as a mechanical and plant engineering company, to find a solution to this task: to manufacture increasingly complex products with increasingly complex machines, with decreasingly complex staff skill set demands.

To what extent does the K motto suit Arburg?

It suits Arburg very well in all three dimensions, as they have long been the genetic makeup of our company, so to speak. We bundled the issues of sustainability many years ago in our arburgGREENworld programme, and the issues of digitalisation in a programme called arburgXworld. And we are bringing them together in the arburgSOLUTIONworld: a range of solutions for all our customers’ needs. In addition, there are numerous collaborations with initiatives such as R-Cycle, or with start-ups in the field of materials. Responsibility is in the nature of our company because, at our location in rural Lossburg, we have always relied on the responsible use of resources and good interaction with our employees.

Is a green, intelligent and responsible plastics engineering industry also a viable business model?

I can say for sure that solving the issues in question is a good business model for German- speaking injection moulding machine manufacturers. These solutions can be exported all over the world, and we can make money from them. Many of our competitors, especially in Asia, cannot keep up. On the other hand, the markets in Asia are the fastest growing ones. Sustainable machine technology will also be needed there; these are precisely the opportunities that the business model offers.

What does the future hold for plastics machinery manufacturing?

The plastics machinery industry will continue to develop very well. For almost 100 years, this industry has repeatedly proven that it is adaptable and can develop solutions for upcoming tasks. It is this enabler role that distinguishes it. Moreover, the opportunities offered by plastic as a material have not yet been fully exploited or even recognised. I strongly believe that modern life is inconceivable without plastic for increasing numbers of people all across the globe. However, the disposal, recycling, design and styling of plastic.

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