Monday, June 29, 2026
spot_img
Home Blog Page 217

Breakthrough Technology From Covestro and Arcesso Dynamics Used to Create Design Chair

Breakthrough Technology From Covestro and Arcesso Dynamics Used to Create Design Chair

  • Chair designed by Thomas Schnur is first to be produced using reaction injection molding (RIM) on aliphatic polyurethanes – previously considered impossible
  • Injection molding opens new possibilities for organic and clean furniture design shapes
  • Truly seamless material increases quality through a fusion of construction, function, and shape
  • Chair is lightweight, and pleasant to touch
  • Monomaterial makes chair easy to repair and recycle

Covestro, a leading polymer manufacturer, and Arcesso Dynamics, a manufacturer of custom polyurethane parts, have used their breakthrough Arfinio technology to realize a chair system by designer Thomas Schnur. As the first application in furniture, the Arfinio chair demonstrates the technology’s potential to revolutionize the sector by enabling lighter, truly seamless furniture with organic and clean shapes that bring together construction, function, and shape to increase visual and physical quality. Covestro will introduce the technology and showcase the chair at the K 2022 plastics trade show from October 19 to 26 in Düsseldorf, Germany.

Furniture designers face limitations when working with traditional solid-surface materials. Individual pieces must be cut and glued together – a long, labor-intensive, and expensive process that makes creating complex shapes impractical.

Arfinio provides a solution to this challenge by combining reaction injection molding (RIM) with aliphatic polyurethane chemistry – previously considered impossible. The resulting material has the look and feel of a solid-surface material but can be produced in one piece. This enables truly seamless pieces with far fewer design restrictions; the mold can simply be adjusted to the desired shape.

The design chair is lightweight, enabling the use of less material per piece. Because of its truly seamless nature and strong resistance properties, it is also more durable. Next to this, it has excellent haptics and is warm to the touch. Finally, as a monomaterial, Arfinio can be milled and reintroduced into new products at the end of its lifetime, helping furniture manufacturers to close the loop and reduce industry waste.

Joan Miquel García Martinez, Senior Project Manager Covestro: “This design chair is another milestone for Arfinio. We hope it shows designers the possibilities that this technology can bring to furniture, and we’re looking forward to partnering with them to bring these new designs to life! Together with Arcesso, we’ll continue to bring the benefits to a wide range of industries, providing an innovative solution to the challenges created by traditional solid-surface materials.”

Thomas Schnur, Thomas Schnur Design Office: “Covestro and Arcesso’s new material opens extensive new furniture design possibilities. The chair using Arfinio technology is lighter and stronger than would be possible using traditional solid-surface materials; it allows designers to fuse construction, function, and form like nature does. I’m interested to see how designers will use these benefits in other furniture and product applications!”

www.covestro.com.

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

DSM Engineering Materials Launches Breakthrough Online Access to Materials Science Expertise

DSM Engineering Materials Launches Breakthrough Online Access to Materials Science Expertise

DSM Engineering Materials announces the launch of an industry-leading suite of digital tools and online services that provide customers and industry partners with instant or express access to materials science expertise. This broad range of digital-driven solutions, developed through close collaboration with customers, will allow users to accelerate innovation and design processes and is on show at the DSM Engineering Materials Hall 6 Booth B11.

More than ever, material engineers are faced with pivotal technological transitions and shortening product life cycles along with increasing regulatory and sustainability target pressures. As such, the need for timely materials science and application expertise, design support, and technical consultancy has never been greater. Research by DSM Engineering Materials involving over 300 design and material engineers underlines a strong and growing preference for online self-service and instant access to information and data.

To help its customers and industry partners address their evolving industrial landscapes, DSM Engineering Materials has developed an industry-leading range of intuitive digital tools and services, called the DSM MaterialAdvisor. They were developed through close external partnerships with field experts and customers and evaluated by a review board of over 100 engineers from a range of companies across industries. The key elements of the DSM MaterialAdvisor include:

  • Material performance calculators for e.g., stress-strain, creep, fatigue, thermal expansion, moisture diffusion, chemical resistance, and heat aging. An online Failure Modes Advisor also creates awareness of potential failures and provides mitigation actions. The majority of these tools will be launched at the K-fair; some shortly after.
  • ExpertFinder, enabling eligible customers to directly connect with a DSM expert of choice for a consultation. After login, users will be able to select the materials expertise they need and schedule an online intake meeting with the desired expert, or get in touch via email. As such, the ExpertFinder lets customers have in-depth materials expertise as and when they require it.
  • QuickAdvisor, providing an initial, quick online material assessment in the early stages of a design process, based on the answers to eight questions. The tool exists alongside DSM’s well-known, data-rich, and property-based product catalog, PlasticsFinder.

Sridhar Mukthineni, Predictive Engineering Manager at Molex: “For me and my colleagues, this innovative range of digital self-service tools and services of DSM is a game-changer in helping us to select first-time-right materials and test future-proof designs. In a world where innovation cycles continue to accelerate, having in-depth materials expertise and data at our fingertips is crucial. This new digital ecosystem takes online customer centricity to an exciting new level. I eagerly look forward to seeing what comes next!”

Han Nabben, Global Head of Digital Marketing & Marketing Communications at DSM Engineering Materials, explains: “Our digitization journey started five years ago with the ambition to provide our customers with industry-leading online solutions for materials science and expertise, data and information. This new suite of digital tools and services is our latest step on this journey. In 2023, we plan to expand our suite of material- and part-performance prediction tools further and launch various other exciting digital propositions that will make materials engineering easier, faster, and more effective for our customers.”

Krijn Dijkstra, Vice President of Research & Technology at DSM Engineering Materials: “More than ever, our industry is stepping on the accelerator pedal of innovation. With a suite of brand-new digital tools, our digital ecosystem will turbocharge our customers’ research and development capabilities. These tools, however, will not only facilitate self-service; personal interaction with our top R&T experts is simplified as well. Our new ExpertFinder, which we are currently finalizing, allows customers to easily identify our top experts for each given materials-engineering-related challenge, and instantly book an online meeting with them. This hybrid mode of interaction – digital combined with personal or online combined with offline – allows engineers to interact with us in exciting new ways, to find instant answers to their questions.”

DSM is looking forward to connecting with its customers and partners at K 2022 to share its exciting new innovations in e-mobility, sustainability, and digitalization. Visitors can find DSM Engineering Materials at Hall 6, Booth B11.

More information can be found at www.dsm.com.

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Covestro and Arcesso Dynamics Use Breakthrough Technology to Create Non-Slip Shower Plate

Covestro and Arcesso Dynamics Use Breakthrough Technology to Create Non-Slip Shower Plate

  • Shower plate is the first to be produced using reaction injection molding (RIM) on aliphatic polyurethanes – previously considered impossible
  • Wet slip resistance improves user safety
  • Can be made 50 percent lighter than shower plates using traditional solid-surface materials, improving safety during installation
  • Strong thermal coefficient makes shower plate warm to the touch
  • Shower plate is durable, repairable and recyclable

Covestro, a leading polymer manufacturer, and Arcesso Dynamics, a manufacturer of custom polyurethane parts, have worked with bathroom furniture manufacturer Estoli to develop a non-slip shower plate using Covestro’s breakthrough Arfinio solution. This technology gives the shower plate similar properties to high-end solid-surface materials, but at a lower weight and with improved wet slip resistance. Covestro will introduce the technology and showcase the shower plate at the K 2022 plastics trade show in Düsseldorf, Germany, from October 19 to 26.

Covestro and Arcesso developed Arfinio by using reaction injection molding (RIM) on aliphatic polyurethanes, which was previously considered impossible. Estoli supported the technology by designing the shower plate and investing in its molds at an early stage of development. The resulting plate is the first-ever item designed for and built with Arfinio.

In the plate, the material delivers excellent wet slip resistance, improving end-user safety. The shower plate can also be made 50 percent lighter than those using standard solid-surface materials, reducing the amount of material needed and making installation safer. Because of Arfinio’s high thermal coefficient, the plate is warm to the touch, and the formulation can also be supplemented with antibacterial additives on request.

In addition, Arfinio provides excellent impact and abrasion resistance, giving the shower plate a long service lifetime. The monomaterial can also be easily repaired and recycled. In this way, the technology enables bathroom furniture manufacturers like Estoli to reduce their environmental impact while delivering greater safety and an improved user experience.

Joan Miquel García Martinez, Senior Project Manager Covestro: “Not only is Arfinio the first use of RIM on aliphatic polyurethanes, it’s also the first real use of new chemistry and manufacturing technology in the solid-surface world. Its slip-resistant and lightweight properties make it ideal for bathroom furniture, so we look forward to working with our customers and partners on similar projects.”

Josep Estapé, CEO Estoli: “Using Arfinio, we’re able to offer our customers the look and feel of a high-end solid-surface material, but with better safety, haptics, and weight savings than we could previously achieve. With these properties, Arfinio is sure to change how we design not just shower plates, but bathroom furniture in general.”

www.covestro.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Covestro and Arcesso Dynamics Achieve Breakthrough in Washbasin Design

Covestro and Arcesso Dynamics Achieve Breakthrough in Washbasin Design

  • Washbasin is first to be produced using reaction injection molding (RIM) on aliphatic polyurethanes
  • Injection-molded material enables greater design freedom
  • Can be made at least 50 percent lighter than washbasins using traditional solid-surface materials
  • Washbasin is durable, repairable, and recyclable
  • Haptics and antibacterial possibilities improve user experience

Covestro, a leading polymer manufacturer, and Arcesso Dynamics, a manufacturer of custom polyurethane parts, have developed a breakthrough manufacturing solution that is now being used for the first time in a washbasin designed by Alt_Bath. The unique Arfinio technology provides a combination of design freedom, low weight, and high-performance durability previously unavailable to washbasin manufacturers. Covestro will introduce the technology and showcase the washbasin at the K 2022 plastics trade show from October 19 to 26 in Düsseldorf, Germany.

Covestro and Arcesso developed Arfinio to enable manufacturers of bathroom furniture to meet a wider range of design and performance needs. By combining RIM with aliphatic polyurethanes – previously considered impossible – Arfinio merges the performance of aliphatics with a low weight, the quick production and design freedom of molded products, and the smooth appearance of a solid-surface material.

As a result, Alt_Bath’s new washbasin can be made 50 percent lighter than traditional solid-surface equivalents, and offers excellent impact and abrasion resistance, enabling a long service lifetime. Using a monomaterial means the basin can easily be repaired and recycled. Finally, the aliphatic polyurethanes deliver warm, pleasant haptics, and antibacterial additives can be added on request to enhance hygiene.

In this way, Arfinio is paving the way for manufacturers of bathroom furniture to minimize material and repair costs, and to offer more attractive, longer-lasting solutions for their customers and end-users.

Joan Miquel García Martinez, Senior Project Manager Covestro: “This washbasin shows that Arfinio can revolutionize design in multiple industries. Arfinio’s lightweight, resistant properties and quick, easy manufacturing process are ideal for bathroom furniture, which often has complex shapes and must perform well over time. Together with Arcesso, we’ll continue to develop even more Arfinio products in bathroom furniture and beyond!”

Rosa Altarriba, Cofounder Alt_Bath: “Arfinio enabled us to design a stronger, easier-to-repair washbasin, which is beautiful and pleasant to the touch. Its unique chemistry has helped us reduce our material usage while providing a more attractive product. We’re looking forward to using Arfinio to create more innovative bathroom furniture for our customers to enjoy!”

www.covestro.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Novares Develops Novel BEV Cooling Plate With Plastic/Metal Bonding Technology from DuPont

Novares Develops Novel BEV Cooling Plate With Plastic/Metal Bonding Technology from DuPont

The global plastic solutions provider leaps ahead with its Hybrid Cooling Plate for improved battery performance and durability.

Automotive Tier 1 Novares and DuPont Mobility & Materials are co-developing a new hybrid plastic/metal cooling plate that will help OEMs extend the range and lifetime of their EV batteries. One key to this new project is the patented plastic/metal bonding technology developed at DuPont’s technology center in Meyrin, Switzerland.

Novares is a global designer and manufacturer of complex components and systems for its OEM customers. “In collaboration with application development engineer Vincent Descombes, and the experts from DuPont’s Centers of Excellence for automotive electrification and assembly techniques, the engineers at our Powertrain China Skill Center were able to overcome technical challenges and provide a disruptive solution for EV battery cooling,” said Laurent Vanholme, Expert Powertrain Components at Novares. “We were able to master the difference in thermal expansion between the metal and plastic parts, and re-engineer the product to be processed with conventional welding.”

Developed at the company’s Automotive Electrification Center of Excellence, the plastic/metal bonding technology patented by DuPont enables the efficient manufacturing of a wide range of components for automotive and other industries. The technology was initially developed to support companies intent on replacing metal EV battery cooling plates with hybrid designs that are more economical to produce and that also better manage EV battery temperature. Novares confirmed that its cooling plates meet industry requirements and enable cost reduction versus all-metal alternatives.

Key to the success of these hybrid cooling plates is DuPont Zytel HTN high-temperature nylon, which withstands the temperatures and aggressive chemicals in these applications and has excellent flow properties that enable complex designs.

Also key is DuPont’s patented bonding technology. This technology – which can be integrated into the injection molding process – enables quick hot plate welding of aluminum to injection-molded parts made of Zytel or Zytel HTN. Although the metal and the thermoplastics have different coefficients of thermal expansion, the bond between these disparate materials is strong enough to withstand extreme temperaturesand aggressive chemicals.

“Congratulations to Novares for this novel development, which comes at a critical time for demand growth of BEVs. Novares’ work will help OEMs offer consumers vehicles that drive farther, with batteries that last longer,” said Gabe Knee, Marketing Manager for Vehicle Electrification at DuPont Mobility & Materials. “Our plastic/metal bonding technology is a game changer for manufacturers of automotive components, and will quickly find uses in other industries.”

For additional information about DuPont Mobility & Materials, visit www.dupont.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Wireless Charging Unit for EVs Made Possible With Zytel and Zytel HTN Solutions

Wireless Charging Unit for EVs Made Possible With Zytel and Zytel HTN Solutions

As BEVs (battery electric vehicles) take to the road in higher numbers, suppliers forging ahead with wireless charging technologies are turning to flame-retardant Zytel polyamide and Zytel HTN solutions.

Imagine if you could charge your electric vehicle wirelessly, like the way you might use a charging pad to power up your mobile phone. Just by driving the car over a wireless charging pad and parking, your battery could be topped up as you shop or work, while you are underway or at home.

Wireless charging pads are closer to reality than you might think. At K 2022, DuPont Mobility & Materials will display just such an innovative system. It is the result of a successful collaboration with VMAX New Energy, a Tier One supplier to Greater China’s largest wireless charging infrastructure providers.

The VMAX wireless charging system is an 11KW wireless charger for EVs, and it consists of two parts: a vehicle pad that attaches to the car’s chassis, called a receiver, and a pad mounted on the ground, called a transmission plate, that is connected to a power source.

A flame retardant Zytel HTN housing for the transmission plate protects the inner wireless charging system, preventing damage from drops, wheel compression, chemicals, oils, and UV rays. The 30% glass filled PPA material is designated as HTNFR53G30NH.

Collaborating with VMAX, the automotive electrification team at DuPont Mobility & Materials has developed this Zytel HTN grade for high gloss and durability. The critical requirements met by this material include:

  • Surface aesthetics that enable the elimination of paint
  • Surviving a 10kN load rolling test
  • IPX9 waterproof rating
  • Resist damage from stone impact
  • Service temperature range -40 to 120°C
  • Resist degradation from UV and salt
  • Electrical insulation (2kV)
  • FR rating of UL94 V0 at 3 mm
  • Dimensional stability, low warpage

In addition to the transmission plate’s housing, multiple other components in the receiver and transmission plate, including the vehicle-side coil housing and the ground-side coil holder, and are made using Zytel and Zytel HTN.

Wireless charging technology for EVs is in the early stages of development, but is growing in popularity because it:

  • Improves speed and efficiency: Even with a 10-to-12-inch clearance between transmitter and receiver, the systems achieve over 90% efficiency.
  • Removes the need for compatible plugs: There is no need to match the plug on the charging unit with the correct receptacle on the vehicle, which makes these systems much more convenient.
  • Increases safety: Wireless operation avoids the risk of wires and connectors becoming damaged or wearing over time.
  • Saves space: Power and charging components can be embedded underground.

BEVs are expected to be the largest market for these systems. Leading EV manufacturers are already offering wireless charging in some models, and government support is expected to drive demand and implementation of these systems.

For additional information about DuPont Mobility & Materials, visit www.dupont.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Electrified Mobility: DuPont Materials for e-Bikes Bring Sustainable Transportation to Life

Electrified Mobility: DuPont Materials for e-Bikes Bring Sustainable Transportation to Life

An expanded portfolio of material solutions helps remove weight and improve performance in many e-bike components.

Demand for e-bikes has skyrocketed in recent years. Changing demographics, escalating urbanization, and rising interest in outdoor activities have led to a growing demand for sustainability-minded mobility. Many firms and municipalities also now support mobility solutions such as e-bikes to reduce CO 2 emissions from commuters. E-bike riders and manufacturers alike benefit from DuPont Mobility & Materials polymer solutions. The company is translating its expertise in automotive applications to this emerging market with stellar results.

“E-bike manufacturers leverage our experience to achieve goals such as light weighting, parts consolidation, thermal management, chemical resistance, friction reduction, shock reduction, and greater sustainability. It is a fast-growing, fast-moving industry that is ajoy to be involved in,” says Clément Lopez, Application Development Specialist for E-bikes & Robotics at DuPont Mobility & Materials.

In one recent project, designer Didier Biron, founder of Biron-Etudes (Dornes, France), worked with DuPont to build an airless tire concept. Lopez and the team helped to select a specific Hytrel grade (HYT6356) that would provide the correct levels of impact resistance, flex fatigue resistance, high and low temperature performance, and recyclability.

The design incorporates Hytrel flanks on which a rubber tread band is bonded. These flanks were devised as two half shells that could be mounted on standard rims.

Testing by Biron confirmed that the design and material combination could bear the load/ stress and meet the max acceptable (vertical) deformation. Moreover, based on
frontal curb impact tests, the airless tire offers excellent impact resistance.

Biron’s airless tire can significantly reduce maintenance time and cost because it isn’t vulnerable to punctures, and the two-part design enables swift replacement without removing anti-theft screws.

The new airless tire efficiency is 80% that of a conventional tire due to higher rolling resistance. Because it is intended to be used for self-service bike fleets, lower efficiency is acceptable.

E-bike designers and component suppliers rely on the following materials to meet their challenges:

Hytrel TPC-ET: For components requiring excellent flex fatigue, wear, and abrasion resistance, this material is available in VOC-free foamable grades for applications such as saddles, and in rigid grades for components such as airless tires.

Zytel PA: This polyamide reduces weight and replaces metal, while still offering outstanding structural support for frames, rims, forks, pedals, gears, mudguards, and
other electrical and high-temperature applications such as battery enclosures.

Zytel HTN PPA: For structural, ultra-high-temperature applications requiring superior stiffness and stable dimensions, such as batteries and motors, this is the choice. This material is also an excellent electrical insulator.

Zytel LCPA (flexible): Vacuum, pneumatic, and hydraulic components that need excellent thermal, chemical, and hydrolysis resistance are well served by this flexible,
long-chain polyamide.

Crastin PBT: This semi-crystalline polyester powers connectors that need superior flow, halogen-free flame retardancy, hydrolysis resistance, electrical properties, and processability.

Rynite PET: A workhorse polyester, this material has broad applicability for electrical and electronic components such as insulators that need high-temperature resistance.

For additional information about DuPont Mobility & Materials, visit www.dupont.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Mondi Approves €400 Million Investment in New Kraft Paper Machine at Štětí Mill (Czech Republic)

Mondi Approves €400 Million Investment in New Kraft Paper Machine at Štětí Mill (Czech Republic)

  • New 210,000 tonne per year kraft paper machine will meet the growing demand for paper-based flexible packaging
  • Investment supports growth of Mondi’s vertically integrated Paper Bags business
  • Forms part of Mondi’s ambitious, previously announced €1 billion expansionary capital investment programme to accelerate growth in sustainable packaging

Mondi, a global leader in sustainable packaging and paper, has announced the approval of a €400 million investment in a new paper machine at its flagship Štětí mill in the Czech Republic. The investment forms part of the Group’s €1 billion expansionary capital investment programme to accelerate growth in sustainable packaging and will further strengthen Mondi’s leading position in the market.

The investment will help Mondi to meet the growing demand for paper-based flexible packaging, underpinned by growth in eCommerce and sustainable packaging, and will contribute to increasing Mondi’s range of innovative, sustainable packaging and paper solutions. The new machine will produce around 210,000 tonnes per annum of sack kraft paper supporting Mondi’s Paper Bags business thanks to the benefits of a vertically integrated value chain. It will also allow Mondi to optimise production across the remaining kraft paper portfolio and strengthen its leading position in speciality kraft paper across a broad range of applications such as functional barrier papers.

Thomas Ott, CEO Flexible Packaging, Mondi, comments: “As a global leader in innovative and sustainable packaging solutions, we are pleased to announce the approval of such an important investment. Sustainability is at the heart of all we do and this is a big step forward on our journey to making all our packaging solutions reusable, recyclable or compostable, which is one of our Mondi Action Plan 2030 (MAP2030) commitments.”

The paper machine is expected to start up production in 2025 and reach full capacity in 2027.

www.mondigroup.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Clariant Unveils Portfolio for Purifying Pyrolysis Oil Derived From Mixed Plastic Waste

Clariant Unveils Portfolio for Purifying Pyrolysis Oil Derived From Mixed Plastic Waste

  • New HD Max catalysts and Clarit adsorbents are designed for the purification of pyrolysis oil made from mixed plastic waste to achieve cracker compatible feedstock
  • The portfolio answers the need for flexible and economical solutions to remove a wide range of contaminants, regardless of process configuration and plastic waste feedstock
  • Used together, the adsorbents extend the lifetime of the catalyst by reducing impurities

Driven by its vision to enable a circular economy, Clariant launched an innovative portfolio of flexible, custom solutions for the emerging market of chemical plastics recycling.

The new HD Max catalysts and Clarit adsorbents are designed for the purification of pyrolysis oil made from hard-to-recycle mixed plastic waste. Tailored to remove a wide range of contaminants that are continuously changing in the feed, the new products provide the flexibility producers need, regardless of process configuration. Clariant’s solution also includes operational assistance from startup to process optimization, which continues throughout the lifetime of the product.

As a result, producers benefit from highly efficient impurity removal to achieve pyrolysis oil that is compatible with ethylene plants.

Pyrolysis oils are made from a chemical recycling process that breaks polymers down into basic building blocks to be used for new feedstock streams. Since the process helps to reduce the environmental burden created by plastic waste that would otherwise be incinerated or landfilled, it enables a circular value chain for the production of base chemicals.

Jens Cuntze, President of Catalysts at Clariant, said, “The development of more sustainable catalyst technologies is crucial as we support our customers’ move toward a more circular economy with alternative feedstock sources. Our portfolio reflects not only our flexibility and commitment to our customers, but also our pledge to deliver innovation-driven sustainability.”

Nina Karpynec, Head of Marketing, Innovation, and Sustainability, Business Unit Adsorbents & Additives at Clariant, added, “Clariant is well-positioned for the decontamination of pyrolysis oil, drawing upon over 100 years of expertise in the purification of edible oils and of feedstock for renewable fuels. The company has a long history of producing adsorbents for a variety of feedstocks and contaminants, especially with heavy and broad distillation ranges.”

The launch is another milestone for Clariant’s EcoCircle initiative, established throughout the company to support the transition from a one-way plastics value chain toward a circular plastics economy.

 

Oil purification Clariant.

 

For more information, visit: https://www.clariant.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry

Bugaboo, DSM Engineering Materials, Fibrant and Neste Partner to Enable Industry-First Stroller Portfolio Made With Bio-Based Materials

Bugaboo, DSM Engineering Materials, Fibrant and Neste Partner to Enable Industry-First Stroller Portfolio Made With Bio-Based Materials

Today, Bugaboo, DSM Engineering Materials, Fibrant and Neste announce that their cross-value chain partnership has successfully enabled the launch of an entire Bugaboo stroller portfolio made with bio-based materials. Specifically, the majority of the strollers’ plastic parts are made using DSM Engineering Materials’ Akulon 100% bio-based B-MB polyamide 6 (PA6), which in turn is made using bio-based feedstock from both Fibrant and Neste. DSM Engineering Materials uses a mass-balancing approach with renewable waste and residue raw material to enable a ~75% PA6 carbon footprint reduction compared to conventional PA6 and up to 24% of the entire stroller. Experience the Bugaboo donkey stroller on display at DSM Engineering Materials at Hall 6, Booth B11.

Earlier in 2022, Bugaboo announced ambitious targets to achieve net-zero carbon dioxide (CO2) emissions by 2035. As most of Bugaboo’s impact derives from its Scope 3 emissions, a transition toward lower fossil carbon materials is a key element of the company’s environmental, social, and governance (ESG) strategy. This aligns closely with the ambitions of the other partners: DSM Engineering Materials’ ongoing ambition of a full alternative portfolio of bio-based and circular solutions, helping to de-fossilize the economy as part of its SimplyCircular initiative, Fibrant’s commitment to make the entire value chain more sustainable and Neste’s offering of Neste RE feedstock for polymers and chemicals.

While conventional Akulon PA6 is already an excellent-in-class for carbon footprint, switching to Akulon 100% bio-based B-MB PA6 offers a significant carbon footprint reduction compared to conventional PA6 and helps to further de-fossilize the value chain. Used in the entire stroller line, the new material was developed by DSM Engineering Materials in collaboration with its partners Fibrant and Neste. Specifically, Neste provided renewable Neste RE, a feedstock for polymers made 100% from bio-based materials such as waste and residues, which was used to replace fossil feedstock in the value chain. DSM Engineering Materials, Fibrant, and Neste are all ISCC-Plus certified.

With identical mechanical performance and characteristics to conventional Akulon grades, this mass-balanced bio-based Akulon PA6 offers the quality and durability necessary to comply with Bugaboo’s strict safety standards, making it a drop-in substitution while enabling a CO2 reduction of up to 24% per stroller in line with the company’s ambitious ESG targets. This first line of strollers will be gradually available online and in stores worldwide in the coming period. In addition, over the course of 2023, Bugaboo will transition its entire stroller portfolio to production with bio-based materials.

Adriaan Thiery, CEO at Bugaboo, comments: “Tackling the imminent climate crisis and all its consequences requires companies to take responsibility now – but no company can achieve a circular economy alone. By partnering along the value chain, we can benefit from innovative low-carbon emission solutions like bio-based PA6, which enable companies like Bugaboo to achieve our ESG goals, stick to our Paris Agreement targets, and move toward a circular, low-carbon economy.”

Roeland Polet, President DSM Engineering Materials, says: “As Bugaboo becomes one of the earliest pioneers of bio-based PA6, we’re very proud that our collaboration with Fibrant and Neste has produced such an innovative material. Collaboration remains key as we work toward the sustainable economy that consumers know we need, and sustainable circular solutions like our bio-based PA6 are practical ways for our partners to get ahead by realizing their environmental ambitions while making positive impacts at scale. We’re looking forward to supporting many more of our partners as they follow Bugaboo’s example and lead the way toward a more sustainable society.”

Martijn Amory, CEO Fibrant, says: “Acting now is at the core of Fibrants’ commitment to climate neutrality. We are proud that by applying our EcoLactam Bio in this cross-value-chain collaboration, we are enabling a significant and excellent-in-class carbon footprint reduction. This confirms our view that innovation and partnership lead the way to a sustainable future.”

Bugaboo, DSM Engineering Materials, Fibrant and Neste Partner to Enable Industry-First Stroller Portfolio Made With Bio-Based Materials.

 

Mercedes Alonso, Executive Vice President at Neste Renewable Polymers and Chemicals: “The cooperation with Bugaboo, DSM and Fibrant shows what joint efforts can achieve in our industry: a high quality, yet more sustainable product leading to significant reductions in our industry’s dependence on fossil resources. It shows once more that where there is a will to cooperate, there is change and it also is another example that change is possible in all kinds of industries and applications: Industry-wise, there are no limits when it comes to making polymers more sustainable.”

DSM is looking forward to connecting with its customers and partners at K 2022 to share its exciting new innovations in e-mobility, sustainability, and digitalization. Visitors can find DSM Engineering Materials at Hall 6, Booth B11.

More information can be found at www.dsm.com

 

 

#modernplasticsindia #plasticmagazine #indianmagazine #indianplasticmagazine #modernplasticsaward #ginujoseph #modernplastic #plasticindia #plasticnews #plasticrecycling #modernplasticsglobalnetwork #modernglobalnetwok #modernplasticsaward2022 #PlasticIndustry