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SABIC to Showcase at The Smarter E Europe 2023 its Growing Portfolio of Specialty Materials to Support Energy Advancements

SABIC to Showcase at The Smarter E Europe 2023 its Growing Portfolio of Specialty Materials to Support Energy Advancements

SABIC, a global leader in the chemical industry, will highlight at The smarter E Europe 2023 (Booth #B6.115) its innovative material solutions well-suited for the electric vehicle supply equipment (EVSE), battery, solar and wind industries. SABIC’s specialty resins, compounds, and copolymers – including bio-based, recycled and upcycled solutions – can make a meaningful contribution to sustainability, performance enhancements and new designs for applications across these rapidly expanding sectors. As an example of this effort, at the show SABIC will be launching new LNP ELCRES CRX grades that can provide a combination of flame retardance (FR) and impact and chemical resistance to EVSE components. SABIC’s materials, backed by expert application design, development, and support services, can help customers achieve their goals and build a brighter energy future.

“The smarter E event provides a great opportunity to demonstrate SABIC’s strong commitment to the solar, wind, vehicle electrification and energy storage industries in Europe,” said Marco Dalmino, director, Customer Fulfillment, EMEA, SABIC. “Our specialized materials aim to address shortcomings of incumbent solutions, expand design freedom, deliver enhanced properties, and enable the growth and adoption of new energy technologies.”

Material Solutions in Key Energy Markets

At The smarter E Europe, SABIC will display a wide variety of applications that illustrate the benefits of specialty thermoplastics in four critical energy markets: EVSE; batteries, fuel cells and other energy storage systems; photovoltaic/solar; and wind and foam.

EVSE

A robust charging infrastructure is a key enabler for the wider adoption of electric vehicles. As consumers demand ubiquitous access to public charging stations, improved reliability and faster charging speeds, new materials can help provide greater safety, extended durability, and higher performance. SABIC thermoplastics can deliver excellent resistance to impact, UV light, chemicals, and weather, as well as enhanced electrical and FR properties.

Parts to be exhibited include:

  • EVSE enclosures made with LNP ELCRIN EXL series and new LNP ELCRES CRX compounds, which offer low-temperature ductility, UV stability, improved chemical resistance and non-chlorinated/non-brominated flame retardance
  • EV charging connectors molded from LNP ELCRIN EXL series and LNP ELCRES CRX materials, which provide dimensional stability, chemical resistance, and good electrical properties
  • Light guides and light indicators using LNP LUX-C series resins, which offer customized transmission rates and diffusion colors
  • Displays featuring high ductility and enhanced scratch and chemical resistance, thanks to the properties of LNP ELCRES DMX series and LNP ELCRES SLX series materials

Batteries, Fuel Cells, and Other Energy Storage Systems

Vehicle electrification on a massive scale, together with the continued shift to renewable energy generation, calls for new storage and distribution solutions. A spectrum of batteries, from household to industrial level, will be required. Different battery chemistries will play a role, including conventional lead and lithium as well as hydrogen. SABIC’s specialized materials can help enable new designs, improve energy density and efficiency, and reduce weight.

Components to be exhibited include:

  • Housings and enclosures made with LNP ELCRES CX compound, featuring higher heat, hydrolytic stability, and better chemical resistance vs. standard flame-retardant polycarbonate/acrylonitrile-butadiene-styrene (PC/ABS) blends
  • Extruded sheets and profiles made with new LNP ELCRES CRX9016E compound,
    featuring a combination of flame, impact, and enhanced chemical resistance
  • Fuel cell and battery stack components, such as gaskets, bipolar plates, current collectors, and casings, which use ULTEM resins and films and LNP compounds
  • Sulfonated polyphenylene ether (sPPE) membranes for potential use as ion-exchanging separators for flow batteries and fuel cells. These membranes are believed to offer high ion conductivity at lower crossovers, along with improved durability
  • Bipolar plates for battery and fuel cell stacks, which can potentially benefit from LNP STAT-KON compounds that deliver light weight and high conductivity

Photovoltaic/Solar

The transition from 1.0 Kv to 1.5 Kv photovoltaic systems promises efficiency improvements and potential system cost reductions. However, this trend is driving stricter performance and safety standards: in particular, high CTI performance (UL PLC0 and IEC MG 1) to withstand 1,500 system volts. SABIC developed a new LNP EXL copolymer resin that meets both these requirements while delivering low-temperature ductility, good dimensional stability and durability, and excellent heat and weathering resistance.

Parts to be displayed:

  • 1.5 KV solar connector made with LNP EXL9334P copolymer resin, featuring a high CTI (PLC0) and TUV certification
  • Junction box for solar panels made from NORYL resin to provide durability and safety

Wind and Foam

To boost the power output of wind turbines, designers are creating longer rotor blades. These longer blades pose manufacturing, transport, installation, and cost challenges. One solution is segmented rotor blades, including morphing versions. Regardless of the design, weight is a critical issue for longer blades. SABIC’s foam solutions can help support weight reduction efforts in wind blades. They also deliver value in EV battery packs, where they offer lightweight impact protection and thermal management.

Showcased applications will include:

  • Wind turbine bus bar holder molded from ULTEM 2400 foam, offering flame retardance, impact resistance and recyclability vs. incumbent thermoset resins
  • NORYL and ULTEM foam boards used in EV battery pack components to deliver weight-out and resistance to impact and heat

Sustainable

SABIC continues to expand the scope of its sustainable product offering, which includes chemically upcycled materials, compounds containing post-consumer and post-industrial recycled (PCR and PIR) content, and renewable bio-based compounds and resins, many of which are certified under the ISCC PLUS program. These materials can help energy customers reduce their carbon footprint and support circularity.

www.sabic.com

 

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Archroma and COLOURizd Collaborate to Make Fashion More Sustainable

Archroma and COLOURizd Collaborate to Make Fashion More Sustainable

Archroma, a global leader in specialty chemicals towards sustainable solutions, is teaming up with COLOURizd, a global innovator specializing in sustainable textile dyeing technologies, to set a new standard for the eco-friendlier production of sustainable textiles.

The new collaboration will enable fabric mills and brands to combine Archroma pigment coloration solutions with the COLOURizd QuantumCOLOUR yarn-coloring technology to produce high-quality, high-performance textiles with maximum consumer appeal and minimal environmental impact.

“Archroma is committed to advancing the fashion and textile industry with sustainable solutions that are safe, efficient and enhanced,” Joaquin Femat, Director, Printing Market Segment, Textile Effects Division, Archroma, said. “As the preferred supplier of pigment coloration solutions for QuantumCOLOUR we are proud to join COLOURizd in challenging industry conventions to make textile and fashion production better for brands and mills, people and our planet.”

“With a mission to revolutionize the textile industry through groundbreaking and eco-friendly solutions, COLOURizd is pleased to partner with Archroma to champion clean and simple yarn coloring. We are reimagining textile coloration in partnership with leaders like Archroma because we believe in a future where fashion is accessible, affordable and sustainable,” Jennifer Thompson, Chief Executive Officer at COLOURizd, said.

Conventional fiber-reactive methods of dyeing cellulosic and synthetic yarns are multi-step resource-intensive processes that use up to 95 liters of water per kilograms of colored yarn and discharge approximately 94 liters of effluent.

In contrast, the innovative QuantumCOLOUR process injects pigment and a binder directly into the yarn, using only 0.95 liters of water per kilograms of colored yarn while producing zero effluent. This represents an unprecedented reduction of 98% in water consumption alongside zero wastewater discharge, zero discharge of harmful chemicals, 73% decrease in carbon footprint and 50% reduction in energy use.

With Archroma, textile manufacturers and apparel brands can add further value to the QuantumCOLOUR process with tailor-made system solutions, including JUST COLOR. This formaldehyde-free pigment coloration system is based on Archroma’s revolutionary Printofix pigment dispersions and Helizarin binders to deliver exceptionally soft fabrics with high fastness and durability, while also enabling energy and chemical savings and higher productivity.

www.archroma.com

 

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Vydyne AVS receives 2023 Ringier Technology Innovation Award in Plastics Industry

Vydyne AVS receives 2023 Ringier Technology Innovation Award in Plastics Industry

Ascend Performance Materials’ Vydyne AVS has been named a winner at the 2023 Plastics Industry Ringier Technology Innovation Awards. Terry Yuan, Ascend’s Asia commercial director, accepted the award at a ceremony held by Ringier in Shanghai on June 7.

“We are honored to be recognized among so many innovators,” Mr. Yuan said. “Vydyne AVS, a new engineered material developed by our e-mobility application development engineers and polymer scientists, is effective at damping high-frequency vibrations at the source, while also providing structural support.”

Novel Polyamide Anti-Vibration System Technology
Specifically designed to damp noise, vibrations and harshness while also providing enough rigidity for structural applications, Vydyne AVS improves cabin sound and reduces part weight. Vydyne AVS dampens vibrations better than traditional PA66, especially at the higher frequencies of EV motors. And the team at Ascend developed physical validation tests for predictive models.

In third-party testing, Vydyne AVS was three times more effective at damping than standard PA66, and 20 times more effective than aluminum.

Vydyne AVS is being used in the Cadillac LYRIQ, which has been dubbed “crypt-quiet” and “the quietest car I can remember driving” by the press. The LYRIQ sports an electric AC compressor mounting bracket made with Vydyne AVS.

Ascend has designed a new platform and method to physically validate FEA-predicted resonance as well as durability and maximum load. Using computer-aided engineering (CAE), Ascend’s dedicated team works with customers on mold flow analysis, NVH testing, thermal cycling simulation and material, science and process support.

Learn more about Ascend at www.ascendmaterials.com

 

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Circular Polymers by Ascend Launches Cerene Certified Post-consumer Recycled Polymers and Materials

Circular Polymers by Ascend Launches Cerene Certified Post-Consumer Recycled Polymers and Materials

Nylon 6, nylon 6,6, polypropylene, PET and calcium carbonate are available through the company’s proprietary carpet recycling process

Circular Polymers by Ascend, a market-leading recycler of post-consumer carpet, today announced the launch of Cerene, a line of recycled polymers and materials made from the company’s proprietary carpet reclaiming technology. Cerene is available as polyamide 6 and 66, PET, polypropylene and calcium carbonate as a consistent, sustainable feedstock for many applications, including molding and compounding.

Recycling experts from Circular Polymers will be showcasing Cerene at Compounding World Expo on June 14-15 at the Messe Essen in Germany, joining Essetiplast by Ascend at Stand A525.

Ascend Performance Materials, a fully integrated producer of durable high-performance materials and the majority owner of Circular Polymers by Ascend, is known for its innovations in nylon 6,6. Cerene will continue that legacy with offerings in nylon 6,6 while also bringing to market recycled polymers such as nylon 6, PET and PP.

“Customers around the globe are seeking consistent and reliable post-consumer recycled materials,” said Maria Field, business director of Circular Polymers by Ascend. “Cerene is mechanically recycled using a process that minimizes our carbon footprint and environmental impact.”

Circular Polymers by Ascend converts post-consumer carpet into fiber and pellets. The company uses a proprietary process in its California-based facilities to achieve unparalleled efficiency in recycling, successfully providing a new life for virtually every component of the carpet and backing. The company has redirected 85 million pounds of carpet from landfills into new goods since 2018.

 

Ascend has a sustainability strategy based on three pillars: empowering people, innovating solutions and operating without compromise. The company recently announced two new efforts to reduce the carbon footprint of its products.

Circular Polymers’ industry recognition includes the Plastic Industry Sustainability Innovation award, Innovation Showcase award from the Association of Plastic Recyclers, Arrow Award from the California Product Stewardship Council and Processor of the Year award from the Carpet America Recovery Effort.

www.circularpolymers.com

 

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Award-Winning Innovations in Mood-Boosting Skin Care

Award-Winning Innovations in Mood-Boosting Skin Care

The face is a window to the soul. As social animals, humans are very adept at reading moods and even signs of illness or well-being just by the look on someone’s face. Eyes play a big part, but so does the skin. Flushed or pale, vibrant or dull – how we feel is almost instantly expressed in our complexion. The existence of such a brain-to-skin axis is backed up by science and even helps explain why some skin conditions can have mental origins. As studies show, however, this also works in reverse: healthy skin can positively affect our mood. This led Clariant to develop its holistic concept dubbed »The Joyologist.«. It involves skin care formulations and entire beauty routines that soothe the skin and the mind.

»Self-care is hugely important, especially in a world full of troubling news that affect our mental well-being,« says Amandine Werle, a marketing specialist for Clariant Actives & Natural Origins and one of the minds behind The Joyologist. »Consumers look for ways to take better care of themselves, and beauty rituals are big part of that. Treating your skin with products that provide sensations of comfort can help improve the mood by stimulating the release of feel-good molecules such as serotonin and melatonin. This, in turn, positively impacts the skin and starts a virtuous cycle.«

Roots and sunshine
Rootness Mood+ is one recent innovation by Clariant that takes full advantage of this effect. It is based on a natural active ingredient obtained from the roots of Sanguisorba officinalis using patented Plant Milking technology. The plant, more commonly known as the great burnet, is used in Traditional Chinese Medicine for its hemostatic, astringent properties and to help promote healing. (»Sanguisorba« literally means »blood stauncher« in Latin.) However, Rootness Mood+ makes use of a different effect: as studies trials have shown, root extracts from Sanguisorba officinalis help trigger the skin’s photoreceptors and promote the uptake of vitamin D.

Vitamin D plays a key role in the production of certain hormones. Around 90% of the human daily requirement in vitamin D is produced in the skin and triggered by exposure to sunlight. That is why natural light provides essential health benefits, from warding off seasonal affective disorder (SAD) to improving sleep. However, with modern lifestyles tending towards ever more time spent indoors, it is estimated that around 75% of the world’s population is already deficient in vitamin D.

Sanguisorba Roots.

Proof in the lab
The idea behind Rootness Mood+ is to use root extracts from Sanguisorba officinalis to enhance the beneficial effects of sunlight on human skin. To test this idea, Clariant’s research team, based in Toulouse, France, first treated skin explants in the lab with Rootness Mood+ under artificial sunlight. They found that specific photoreceptors and transporters for vitamin D within the cells were activated, and that it also led to an increase in serotonin and melatonin by 55% and 120%, respectively.

A subsequent clinical study enrolled 36 female participants between ages 30 and 50, all reporting low mood and presenting a dull facial complexion. »The trial was conducted as a double-blind study by a contract research lab as an independent third party using two randomized groups,« explains Adam Buso, formulation specialist for Clariant Actives and Natural Origins. Twice daily, one group of participants applied a product containing 1% Rootness Mood+ to their entire face, while the other group used a placebo. Over the course of about a month, the researchers documented skin and mood effects using questionnaires, visual assessments, lab tests, and even an electroencephalography (EEG) device that measures certain brainwaves related to relaxation.

A boost on the go
The effects were astounding: relaxation levels, as recorded by the EEG device, increased by 279% for the study group, while there was no change observed among the control group. »This mood-boosting effect is equal to that of a yoga session,« Buso explains. 73% of volunteers reported feeling refueled after using the product containing Rootness Mood+ compared with 50% using the placebo. There were visible improvements to the skin complexion and a significant decrease in carbonylated proteins, a group of stress-related compounds found in the outermost layer of the skin that are known to cause a dull complexion.

Based on these findings, Clariant has developed the »Feel-Good Magic Stick.« This aqueous gel stick makes it particularly easy to apply Rootness Mood+ whenever you feel the need for a boost in well-being. The stick contains additional actives such as B-Circadin, which helps re-synchronize the skin cell’s biological clock, and HerbEx Curcuma Extract, which increases the skin’s stress resilience.

Going deeper
»While our stick is something you can use any time and on the go, we also have solutions that target the need to relax more deeply, for example, after a long and busy day,« says Bruna Aline Da Silva Merigiolli, formulation specialist for Clariant Actives and Natural Origins. She was involved in developing what Clariant calls the »Forget-It-All Relaxing Mask.« The main active ingredient here is Clariant’s Beracare CBA a unique blend of copaiba oil and passion fruit seed oil.

Sanguisorba.

 

Copaiba oil is extracted from the resin of the copaiba tree native to Brazil. »It is particularly rich in β-caryophyllene, a phytocannabinoid known to interact with the skin’s endocannabinoid system,« Merigiolli explains. This allows it to modulate cellular signals to reduce irritation and calm the skin. According to recent trials, it does so even more effectively than cannabidiol or CBD-based products, which have recently grown in popularity but are derived from actual cannabis plants and are increasingly scrutinized by regulators. Plus, the actives found in Beraca CBA also help to rebalance the sensitive skin microbiome by down-regulating certain bacteria linked to inflammation. »The Joyologist,« with its holistic approach to skincare and mood-boosting science, proves that beauty really is more than skin deep.

www.clariant.com

 

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Project Air Granted Environmental Permit

Project Air Granted Environmental Permit

The Land and Environment Court at Vänersborg District Court in Vänersborg, Sweden, has granted a changed environmental permit for Perstorp´s chemical plant in Stenungsund to allow for the production of more sustainable methanol. Perstorp sought the changed permit to enable the implementation of its Project Air initiative, due to be commissioned at the end of 2026. The permit also includes construction and operation of an electrolysis plant for the production of hydrogen.

Specialty chemicals innovator Perstorp is constructing a new plant with CCU (Carbon Capture Utilization) at the plant in Stenungsund. Here, carbon dioxide emissions from the company’s own operations, together with other residual streams of biogas and renewable hydrogen, will be turned into sustainable methanol. The methanol will be used as a raw material for other chemicals and makes it possible for thousands of end products and value chains to become more sustainable. This is a major step for Perstorp as a global sustainability leader in the specialty chemicals market and toward ending its dependence on fossil feedstock.

“Methanol is an important raw material for Perstorp. Through Project Air, we will be able to replace all the fossil methanol that we currently use as a raw material in Europe and by doing this reduce 500 000 tons of greenhouse gas emissions per year. It is an important step for us to reach our climate targets and the fact that we now have our environmental permit in place means that we can continue with finalizing our plans,” says Håkan Kihlberg, Vice President Strategic Projects.

“Project Air will contribute to the transformation in a broader sense since our products produced from the Air methanol will be part of a vast range of value chains and end products. This project is followed with great interest by many, as it is scalable and replicable. This initiative will lead to a more sustainable chemical industry by breaking its fossil dependence and finding more circular ways of making its products,” adds Anna Berggren, Vice President Sustainability.

Learn more at www.perstorp.com

 

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TotalEnergies Unveils New HDPE Resin for Tethered Caps to Reduce Material Usage

TotalEnergies Unveils New HDPE Resin for Tethered Caps to Reduce Material Usage

TotalEnergies announces the commercial launch of a new high-density polyethylene (HDPE) resin for tethered cap applications, allowing to reduce material usage, enhance recovery and improve recycling.

The new HDPE 20HD07 resin has enhanced mechanical and organoleptic properties, enabling identical technical cap performances with less material than market reference, thus reducing the carbon footprint of end applications, such as beverage or cosmetic bottles. Furthermore, it has been designed for monomaterial PE packaging solutions to facilitate sorting and recycling, and hence contributes to the circular economy.

Suitable for food-contact applications, this new product complies with all the caps and closures market requirements. It is fully in line with the European Directive (EU) 2019/904 on the reduction of the impact of plastic products on the environment.

TotalEnergies will attend the AMI Plastic Closure Innovations conference in Barcelona, Spain, on June 14-15, 2023, and its experts will be available to answer questions regarding this development.

www.totalenergies.com

 

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Beyond Connectivity: Belden’s Growing Relationships

Beyond Connectivity: Belden’s Growing Relationships

Belden strategic relationships make scalable digital transformation easier & faster

Belden Inc. (NYSE: BDC), a leading global supplier of network infrastructure and digitization solutions, is showcasing its growing number of new strategic relationships and its Partner Alliance Ecosystem, designed to bring together industry leaders with complimentary technologies for enhanced solutions.

At this year’s Hannover Trade Fair in Germany, the company outlined a series of industry relationships:

  • HARTING: In a live demo Belden and HARTING revealed to visitors how far SPE can go today. The demo, a live video transmission via 1Gbit/s SPE over 90 metres, showed that the technical potential of SPE is far higher than currently specified in the standard. The partnership aims to continue to develop the technology for 1 Gbit/s SPE for a distance of 100 meters.
  • Amazon Web Services (AWS): At the AWS booth, Belden’s Vice President of Global Products and Solutions, Vinod Rana, shared how the work with AWS unlocked predictive insights and digital twin possibilities to revitalize a 95-year-old plant.
  • TensorIoT: Both partners presented their project to modernize global manufacturing operations by retrofitting a 100-year-old plant through IoT and AI solutions to maximize efficiency. The joint expertise of both companies allowed for an integrated and scalable solution for which the deployment journey started with liberating existing data, before improving operations with advanced analysis.
  • Digital Twin Consortium: Being a member of the Digital Twin Consortium, Belden’s Global footprint of Customer Innovation Centers aligns perfectly with the Digital Twin Consortium regional branch organization, bringing together case studies and use cases that add to the collective intelligence of the overall DTC.
  • Matterport: With Belden being at the front end of the customer’s Digital Twin journey, the partnership between Matterport, a 3D spatial data company, and Belden, provides industrial companies with the ability to implement visual immersive replicas of their physical spaces, allowing for remote operations, service and facility management and training.

Challenges that factories and plants face are becoming more complex and challenging, and as IT and OT experts, Belden is collaborating with other industrial automation leaders around the world to deliver integrated, next-gen solutions.

These collaborations and the Partner Alliance Ecosystem are designed to bring together complimentary technologies to provide Enhanced Solutions Delivery for complex customer challenges with advanced, integrated solutions.

“We’re ensuring that our customers get access to the level of experience they are looking for from their tier one suppliers for solutions that will deliver breakthrough and tangible results,” said Vinod Rana, Belden’s Vice President Global Technical Solutions and Customer Innovation Centers. “This is taking industrial automation to new levels for maximum business value, underpinning the rapid shift in Industry 4.0.”

The Belden Ecosystem Partner Program helps create a critical path for information exchange to enhance all aspects of the customer journey to deliver a best-in-class experience. It is part of ensuring the global digital journey is simpler, smarter and more secure and moves Belden beyond connectivity to a performance-driven portfolio, forward-thinking expertise and purpose-built solutions.

www.belden.com

 

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Airnov to Showcase HDPE Bottle Range at Upcoming CPHI China Event

Airnov to Showcase HDPE Bottle Range at Upcoming CPHI China Event

  • Airnov’s HDPE bottles offer superior moisture protection performance versus standard versions of similar sized product.
  • The range is also compatible with Airnov’s new IDC (Integrated Desiccant Closure) technology, a design which saves manufacturers resources and time during production.
  • CPHI China (June 19-21) is the foremost pharma event in the region, where Airnov will be present with its full suite of products and team of experts.

Airnov Healthcare Packaging, a global leader in controlled atmosphere packaging, continues to serve the Chinese and global market with a comprehensive range of products, which now includes a new range of HDPE bottles.

From 19-21 June, Airnov will be exhibiting the HDPE portfolio at the highly anticipated CPHI China event in Shanghai. As Asia’s premier pharma event, the tradeshow brings together leading pharma experts from across the end-to-end pharma supply chain to exchange knowledge, build relationships and discuss the latest trends.

“China is an exceptionally important and exciting market for Airnov,” commented Xander Shao, Acting Head of Sales APAC at Airnov. “CPHI China will accelerate Airnov’s organic expansion and deepen our presence in the market. Cutting-edge products with our newest ideology will be presented to the industry along with our current portfolio.”

The new range of HDPE bottles is compliant with US FDA, EU regulations and Chinese DMF registration for use in dry pharmaceutical applications. An injection blow molded solution, these pharmaceutical containers offer higher barrier protection from moisture than standard polyethylene bottles of a comparable size.

They also come in a range of sizes and customizable options that start from sizes 30cc to 150cc designed in diameter 33mm and 38mm. Customers can choose to have a drop in desiccant solution with canister/packet or take advantage of the fact that these HDPE bottles are compatible with Airnov’s new IDC (Integrated Desiccant Closure) – this game-changing feature enables manufacturers to reduce the number of components that would typically form a complete desiccant system in a bottle by integrating the desiccant into the closure.

“Airnov’s high performance HDPE bottles have won its reputation, especially from the CROs and development teams of novel drugs while providing a high value packaging solution to the customer,” added Xander Shao.

“The fact that they can now be integrated with IDC is another major step forward. I’m looking forward to seeing how this unique design will become a disruptive product for the industry, and the upcoming CPHI event is the perfect place to showcase the solution to stakeholders in the Chinese market.”

www.airnov-healthcare.com

 

 

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SABIC Expands Chemically Resistant LNP CRX Copolymer Portfolio to Help Industrial and Mobility Customers Design for Durability

SABIC Expands Chemically Resistant LNP CRX Copolymer Portfolio to Help Industrial and Mobility Customers Design for Durability

SABIC, a global leader in the chemical industry, will feature new LNP CRX copolymer resins at The smarter E Europe 2023 show (Booth #B6.115), this week in Munich, Germany. These specialized resins give customers in the mobility and industrial sectors new material options that can resist both harsh chemicals and challenging environmental conditions. The new specialized polycarbonate (PC) copolymer-based LNP CRX products deliver the chemical resistance expected from this portfolio, in combination with exceptional weatherability (UL74C F1 rating, low-temperature ductility and ability to withstand high levels of heat and humidity). These properties may help enhance the durability of components such as charging sockets for electric vehicles (EV) and housings for outdoor battery storage equipment.

In turn, greater durability helps to extend the useful life of parts, thereby advancing sustainability goals through lower demand for raw materials, energy, water and other resources. It also helps customers protect their brand reputation and minimize costly recalls and warranty claims. Because of these durability and sustainability benefits, the new additions to the LNP CRX copolymer resin portfolio can be great options for applications across several market sectors, including healthcare and consumer electronics.

“One important aspect of sustainability is finding new ways to extend the service life of products,” said Joshua Chiaw, Director, Business Management, LNP & NORYL, Specialties, SABIC. “Although durability hasn’t received as much attention as recycling, for example, it could reduce environmental impact across the application lifecycle. SABIC’s sustainability strategy not only focuses on incorporating recycled, upcycled and renewable content in our thermoplastics, but also on the development of highly durable materials that help prevent premature disposal and waste. We continue to expand our LNP CRX family with new products and new target applications to help more customers design for durability.”

Growing Portfolio of Durable, Chemically Resistant PC Copolymers
The signature property of all LNP CRX copolymer resins is high resistance to aggressive chemicals. In fact, the first grades in the portfolio offered enhanced chemical resistance for medical devices exposed to repeated cleanings with aggressive disinfectants. However, this growing family of LNP CRX resins is also resistant to motor oil, gasoline, turpentine, caustic soda and brake fluid used in the mobility sector; industrial chemicals such as brake fluid and tar remover; and lotions, sunscreen, hand sanitizers and skin oils that affect consumer electronics devices. These amorphous copolymer resins often deliver chemical resistance comparable to that of crystalline materials, such as flame retardant (FR) polycarbonate/polybutylene terephthalate (PC/PBT) blends, and can surpass the performance of other amorphous resins such as FR PC and impact-modified FR polycarbonate/acrylonitrile-butadiene-styrene (PC/AB) blends.

In addition, all LNP CRX grades provide non-brominated/non-chlorinated flame retardancy and good processability for both injection molding and extrusion. They meet both ultraviolet (UV) and water immersion requirements (F1 rating) for outdoor suitability under UL 746C.

At the show, SABIC will highlight three of its newest LNP ELCRES CRX grades, which all provide low-temperature ductility (down to -60°C) and an F1 rating:

LNP ELCRES CRX9416U copolymer resin. This upcoming product is planned for commercialization later in 2023. It is an injection molding grade offering UL94 V0 compliance at 1.5 mm, and heat resistance of 145°C, as measured by Vicat B/120 (ISO 306). It will be custom colorable with an all-color UL Solutions Yellow Card.

LNP ELCRES CRX9016E copolymer resin. This new grade, available in black color, is formulated for extrusion processing. It provides UL94 V0 compliance at 1.5 mm, low shrinkage, long-term ductility and heat resistance of 145°C, as measured by Vicat B/120 (ISO 306). It was commercialized in early 2023.

LNP ELCRES CRX7416U copolymer resin. Introduced in 2022, this custom-colorable, injection molding grade provides UL94 V0 compliance at 1.0 mm and very high flow properties (MVR of 13 g/10 min.), potentially enabling designs with thinner walls and complex geometries to reduce material usage. This product has a lower heat resistance than that of the other two grades (131°C, as measured by Vicat B/120 (ISO 306)).

Bio-based versions of these materials, supplied under the LNP ELCRIN CRX brand, provide equivalent performance to fossil-based grades. They use renewable feedstock derived from non-fossil waste materials that do not compete with the food chain and are certified under ISCC PLUS. These bio-based grades can reduce carbon dioxide (CO2) emissions by up to 38 percent compared to the fossil-based versions.

SABIC will display several example components made with these materials, including injection molded enclosures, housings and connectors, and extruded profiles and sheet products.

“Our LNP CRX copolymer resin family, which initially was positioned in medical devices requiring resistance to disinfectants, is steadily growing with new grades to serve demanding needs required in other markets,” said Luc Govaerts, Technology Director, Specialties, SABIC. “Our latest additions leverage our proprietary copolymer technology to provide excellent resistance to chemicals and extreme environmental exposures faced by high-performing durable applications such as electric vehicle charging infrastructure, and EV and e-bike batteries. These high-performing more-durable materials help extend service lifetimes for our customers.”

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