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Cutting Plastic – Mondi Develops New Sustainable Packaging for Kao’s Salon Hair Cosmetic Brand Goldwell

Cutting Plastic – Mondi Develops New Sustainable Packaging for Kao’s Salon Hair Cosmetic Brand Goldwell

  • Mondi creates new recyclable, lightweight packaging for leading Japanese consumer goods company Kao and its salon hair cosmetic brand Goldwell.
  • Professional stylist hair lightening products now packed in an innovative stand-up pouch, reducing plastic by 80% compared to the former packaging.
    Pouch replaces rigid plastic box and helps Kao work towards its Zero Waste goals as part of its overall sustainability strategy.

Mondi, a global leader in packaging and paper, has partnered with Japanese consumer goods manufacturer Kao to create a recyclable, lightweight packaging solution for its Goldwell hair lightening products. The new stand-up pouch reduces plastic usage without compromising on strength and durability and thus supports Kao and its salon business in their efforts to reduce their environmental footprint and to help salons run their businesses more sustainably.

Goldwell is a salon-quality brand of Kao Salon Division, the fourth biggest professional hair care business in the world. Its broad offering of hair care, styling and colour products also includes a range of hair lightening products created for in salon use. These were previously packed in rigid plastic containers, however working with Mondi and along its EcoSolutions approach, Kao is reducing the overall amount of plastic in individual packs by 80%.

Mondi’s innovative solution packs the powdered products in flexible, re-closable stand-up pouches that are made of mono-material, meaning they are recyclable. The pouch is provided to the user together with paper instructions inside a carton box, enabling the pouch to be stacked when stored, and results in a lower carbon footprint compared to the previous packaging alternative.

The empty pouches can be folded flat to ensure efficient transport to the factory. When filled, they provide optimum protection for the product, preventing contact with moisture or vapour coming in, which would render it unusable. The packaging is completely safe as chemicals cannot diffuse through the tightly sealed packs. For convenience, the packaging is also easy to reclose with a recyclable top slider and temper-evident membrane.

Iris Ross, Regional Sales Consumer Flexibles, Mondi, says: “The solution we developed with Kao contains a chemical-based product that is particularly sensitive, so we needed to consider safety and quality at all times. The new packs are completely secure during shipment when filled and easy to transport. Kao is passionate about making the right changes for a more sustainable world while ensuring the high quality and user-friendliness of its products, to deliver the best customer experience. It was a pleasure to work with the Kao team on creating this product.”

Elmar Mussenbrock, Director Sustainability, Kao Salon Division adds: “Sustainable packaging is one of the key elements of our ESG strategy and reducing plastic is our first priority – what hasn’t been produced cannot cause any harm. With its great expertise and professional approach, Mondi has enabled us to deliver a much more progressive pack for our Goldwell LightDimensions SilkLift range, reducing the carbon footprint of the packaging by 65% compared to its former box.”

 

Plastics Industry Association and Vinyl Sustainability Council

Plastics Industry Association and Vinyl Sustainability Council
             Partner on Unique Conference Experience

The Plastics Industry Association (PLASTICS) and the Vinyl Sustainability Council announced their plans to collocate two important industry conferences, eliminating additional travel expense for participating companies and reducing time out of office for attendees who wish to attend both events.

Both the PLASTICS’ Vinyl Compounders Conference, now in its 32nd year, and the Vinyl Sustainability Council’s Vinyl Sustainability Summit offer important content, and organizers of the events say they feel it is important to help professionals in the industry access all of it.

The conferences will take place December 5-7 at the Intercontinental on the Wharf, in Washington, D.C. The events will run consecutively, allowing attendees to attend a single event, or opt to combine the content from both at a discounted registration rate.

“The colocation, and our partnership with our industry colleagues at the Vinyl Sustainability Council, creates an opportunity for attendees to expand their value and get more insight and more information to take back and apply to their companies, said Leslie Jutte, Director of PLASTIC’s Material Suppliers Council and staff lead of the Flexible Vinyl Products Division who has a large part in producing the Vinyl Compounders Conference. “It’s a win-win for all.”

“We are very excited for the opportunity to partner with PLASTICS on this important program offering”, said Jay Thomas, Executive Director of the Vinyl Sustainability Council. “The Vinyl Compounders Conference is well established and a valued source of information and education for the vinyl industry. Adding the focused sustainability content of the Vinyl Sustainability Summit to the meeting will provide added value for attendees and make this the must-attend vinyl conference for 2022.”

PLASTICS and the Vinyl Sustainability Council plan to launch a combined event website, providing details of content for each event and a single registration platform, allowing selection of individual events or a combination registration option in July.

 

“Quality Works”: LANXESS Focuses On Electromobility and Sustainability at K

“Quality Works”: LANXESS Focuses On Electromobility and Sustainability at K

  •  High-quality solutions for the plastics and rubber industry
  •  High-performance materials for lightweight design and
    electromobility
  • Additives for plastics and rubber processing
  •  Sustainable system solutions for the polyurethane industry
  •  Colorants and pigments for plastics coloring

LANXESS will be exhibiting at K 2022 in Duesseldorf, the world’s largest trade fair for plastics and rubber, under the motto “Quality Works”. From October 19 to 26, the specialty chemicals company will present material developments as well as new processes and technologies for the plastics industry at its 700-square-meter booth C76 – C78 in Hall 6. In addition, sustainable products and system solutions for the rubber and polyurethane industries will be on display, as well as colorants and intermediates for the polymer sector.

LANXESS’ focus topics for this year’s trade fair are electromobility and sustainability. “We want to play an active role in the transformation of the economy and global value chains towards a more sustainable world,” says Dr. Hubert Fink, member of the LANXESS Board of Management. “With our materials, we supportour customers in manufacturing more sustainable products that have
a lower carbon footprint and conserve resources and the climate.”

High-performance plastics and system solutions
The High Performance Materials business unit focuses on sustainable material and lightweight solutions. Main areas are materials and component concepts for consistent lightweight construction in the future market of electromobility – for example, lightweight structural components based on the continuous fiber- reinforced composites of the Tepex brand in the field of batteries for passenger cars.

Furthermore, the business unit will present new Tepex composites based on recyclates or bio-based raw materials. One example here is Tepex dynalite Scopeblue 813, which has just been launched on the market and is produced from flax fibers and polylactic acid. Also on show will be a Tepex dynalite with a polyamide 6 matrix that is produced starting from “green” cyclohexane and therefore consists of well over 80 percent sustainable raw materials.

Another focus is on tailored solutions for the increased requirements in electric vehicles, for example in the powertrain or charging infrastructure. Here, plastic components are often exposed to higher temperatures and at the same time very strong electrical currents and voltages. Plastic connectors, for example, must remain electrically insulating under these conditions and must not allow creepage current to occur. LANXESS has developed a new halogen-free flame- retardant and hydrolysis-stabilized PBT (polybutylene terephthalate) compound for these high-voltage connectors.

Sustainable products for the polyurethane industry
The Urethane Systems business unit will present its extensive product range for the polyurethane industry. It is designed to increase sustainability along the entire value chain. The wide range extends from Low Free (LF) monomer technology and innovative Adiprene Green brand prepolymers with a high bio-based content to novel hot- cast and cold-cure systems that can be processed with reduced energy input. The focus is also on water-borne coatings designed to meet the high demands of modern vehicle interiors.

In CASE applications (Coatings, Adhesives, Sealants, Elastomers), thermo plastic polyurethanes can be processed more efficiently by adding the modifier Modulast PUR. The use of polyols and isocyanates can be reduced, while the physical properties are maintained and often even improved. This not only significantly reduces overall raw material costs. The entire production process also becomes more efficient, benefiting from lower temperatures during processing and resulting in shorter cycle times.

LANXESS’ Polymer Additives and Inorganic Pigments business units offer the plastics industry high-performance, sustainable colorants fordirect coloration. The business units will present their product ranges for the energy-efficient production of colored plastic goods, which eliminate the need for subsequent coating and thus avoid reworking. This includes both universal products and specialties for particular requirements.

In electromobility, for example, the color orange is a mandatory safety feature for high-voltage plastic components. This is where Macrolex Orange HT comes into play. Its comprehensive properties meet the high safety and performance requirements for electric cars. These include excellent heat stability, improved sublimation resistance as well as high migration stability, color strength and light fastness.

Efficient flame retardants for polymers With brominated and phosphorus-based solutions, LANXESS’ Polymer Additives business unit offers one of the most comprehensive ranges of organic flame retardants in the world. The polymeric and reactive flame retardants reduce the release of additives from polymers, thus contributing to environmental and health protection without compromising fire safety. Due to their high efficiency, brominated flame retardants are widely used in the construction and electronics industries. In addition to effective fire protection, phosphorus-based flame retardants offer other advantages such as good processability and high elasticity in PU and PVC systems.

Additives for rubber processing
A wide range of additives for the rubber processing industry will be presented by the Rhein Chemie business unit. These include predispersed chemicals, processing promoters and vulcanization and
filler activators. In the spirit of advancing sustainability, the focus will be on not only rubber production but also the manufacture of high- quality, long-lasting rubber products designed for a whole range of applications such as tires, hoses, seals, profiles, and drive belts. The lifetime is an important indicator for the sustainable performance of rubber products. Additives such as Perkalink and Vulcuren from LANXESS allow tire manufacturers to develop and produce mixtures for tires designed to deliver ultra-high performance over their entire service life.

 

 

 

D.R. Joseph Reveals Auto-Gauge Air Ring with Innovative Approach on Lower Lip Control and Component Modularity

D.R. Joseph Reveals Auto-Gauge Air Ring with Innovative Approach on Lower Lip Control and Component Modularity

The TDK-500 is a new automatic gauge control air ring introduced by D.R. Joseph Inc, world leaders in Internal Bubble Cooling and air flow control systems. The new air ring will be available to blown film producers in Fall 2022 which is designed to be used with the company’s forthcoming InstaGaugeTM auto thickness control system which also will be introduced this fall. The unique design
equips the TDK-500 with a host of innovative features which boost versatility and provide a faster control response with higher resolution than current offerings

The TDK-500 air ring is a result of five years of development which drew from DR Joseph’s 30+ years of internal bubble cooling (IBC) controls design experience, 30+ years of air ring design experience from Techflow Design of Mississauga, Canada, and 30+ years thickness measurement experience from Kündig Control Systems of Ruti, Switzerland. The combined experiences created innovations which focused on making an auto gauge control air ring easier to install, easier to operate efficiently and much easier to modify and maintain. Further, all of these same innovations will be adapted to conventional air rings later next year.

The new dual-lip TDK-500 has four important innovations while retaining the high performance expected from dual lip air rings:

1) Instant setting lower lip adjustment technology (patent pending Techflow) which completely eliminates the traditional threaded mechanism. Operators can find and secure the perfect lower lip adjustment in a matter of seconds. The adjustment includes a scaled indicator for SOP purposes. This intuitive design eliminates the intimidation factor of managing bubble stability because operators can quickly “test” the entire setting range within 10 seconds. Anyone who has struggled with the endless rotating of the lower lip adjustment can appreciate the instant nature of this setting.
2) Affecting change to the film for consistent gauge control is made more difficult when high performance is also a requirement. The TDK-500 isolates the primary lip cooling from the gauge control adjustments made using the secondary lip cooling air streams. This keeps the bubble locked consistently to the forming cone for all conditions. The innovated part of this design is the constrained zone design (patent pending Techflow). The air flow from each control zone constrained in an independent channel that extends to just before the secondary lip exit. This eliminates zone cross mixing and provides a more direct and effective control response to the film.
3) Instant access for cleaning the lower lip exit technology (patent pending DRJ) allows the operator to release the locking feature without tools and safely lift the secondary and
cooling collar assembly to a designed cleaning position within the air ring in less than 60 seconds. IBC hardware need not be removed. Optional weight reduction is available for easier lifting is available from a 3D printed polycarbonate cooling collar (patent pending). Additional 3D printed components are still under development.
4) Instant lip set swapping technology (patent pending DRJ) allows the primary and secondary lips to be removed and replaced without tools and without lifting the entire air
ring off of the die. A time and cost saving measure which expands the versatility of the air ring. For instance, an operator can change the lower lip geometry to provide a custom air flow impingement angle or to handle lower blow-up ratios within 5 minutes (excluding the time required to remove the IBC exhaust stack).

Again, the TDK-500 is a high performance dual-lip design established from years of experience for the widest range of materials including ultra-low melt strength materials.

Repsol choose BUSS LSHC Technology to Produce High-purity XLPE Cable Compounds

Repsol choose BUSS LSHC Technology to Produce High-purity XLPE Cable Compounds

First-of-its-kind plant for the production of EHV AC & DC cable insulation materials to be built in Tarragona,

The new, patented LSHC™ process (“Linear Short Hyper Clean“) has been developed by Buss AG in close cooperation with P&M Cable Consulting LLC, a Swiss based consulting
firm in the field of cable compounds. It offers access to, among others, various High Voltage (HV) and Extra High Voltage (EHV) insulation materials, exhibiting superior product quality and process efficiency compared to the well-known soaking technology. XLPE grades for both, alternating (AC) or direct current (DC) cable applications are readily produced with this innovative and flexible process.

The LSHC technology relies on direct peroxide injection and gentle compounding of a newly developed additive cocktail by using BUSS state-of-the-art COMPEO co-kneader series, allowing at the same time for significantly reduced capital expenses and clean room requirements. Further advantages are the compact plant design without high-rise soaking tower and improved cleanliness and physical-electrical properties of the produced materials.

Buss AG is proud to work with Repsol on the realization of this first-of-its-kind industrial production plant and will eagerly continue the excellent collaboration towards the scheduled
start-up in mid-2024. The LSHC technology is available to BUSS customers world-wide on the basis of a competitive licensing model. A corresponding pilot plant for production of HV EHV materials will be available around the end of this year at the BUSS Campus in Pratteln, Switzerland.

 

BOREALIS INTRODUCES BORVIDA, A PORTFOLIO OF CIRCULAR BASE CHEMICALS, TO FEED A FUTURE THAT IS CIRCULAR IN BOTH PLASTIC AND IN CARBON

BOREALIS INTRODUCES BORVIDA, A PORTFOLIO OF CIRCULAR BASE CHEMICALS, TO FEED A FUTURE THAT IS CIRCULAR IN BOTH PLASTIC AND IN CARBON

  • The Borvida portfolio introduces sustainable base chemicals to Borealis’ range of product offering
  • The range will initially be based on non-food waste biomass, and chemically-recycled waste; in the future it will also draw from atmospheric carbon capture
  • The traceability of the content will be based on Mass Balance, which is ISCC PLUS certified
  • This is the next step in an ambitious sustainability journey, which will see Borealis move away from traditional fossil-based feed Borealis is strengthening its EverMinds™ circular product offering with Borvida™, a range of sustainable base chemicals.

The Borvida portfolio will offer base chemicals or cracker products (such as ethylene, propylene, butene and phenol) with ISCC Plus-certified sustainable content from Borealis sites in Finland, Sweden and Belgium. The move is part of Borealis’ broader commitment to a Future-Positive Revolution, in which the unrivalled benefits of base chemicals and polymers can be enjoyed at minimal impact to the planet.

“We are committed to helping to solve the climate crisis through offering credible and sustainable solutions,” explains Thomas Van De Velde, Borealis Senior Vice President Hydrocarbons & Energy. “With the Borvida portfolio, we’re enabling our customers to respond to the growing market demand for sustainably-produced base chemicals without compromising on quality or efficiency. With launching our Borvida portfolio, we are continuously striving towards reinventing essentials for sustainable living.”
The portfolio will initially comprise Borvida B, from non-food waste biomass, and Borvida C, from chemically-recycled waste. In the future, the range will evolve to include Borvida A, sourced from atmospheric carbon capture. Borvida is complementary and is the building block to Bornewables™, a portfolio of polyolefins based on renewably-sourced second generation feedstocks, and Borcycle™, which offers circular polyolefins produced from mechanically- and chemically-recycled plastic waste.

Borealis produces a wide range of base chemicals for use in numerous industries based on various feedstock, such as naphtha, butane, propane and ethane. Through its olefin units (steam cracker and propane dehydrogenation), it converts these into the building blocks of the chemical industry: ethylene, propylene and C4 hydrocarbons (butylenes, ethyl tertiary-butyl ether (ETBE) and butadiene), and C5-6 hydrocarbons (pygas, phenol) among others.

The basis of the Borvida portfolio is Mass Balance, a Chain of Custody model that enables sustainable content to be tracked, traced, and verified through the entire value chain, offering sustainability-assured products from feedstock to end product. Using this model, circular alternatives can be offered in a cost-effective and environmentally-conscious way, which can be scaled up quickly without compromising on quality or efficiency.

Borvida can be used for a wide range of different polymer and chemical applications, also beyond polyolefins (PO). Non-PO polymers, such as polycarbonates, acrylonitrile butadiene styrene (ABS), super absorbant polymer (SAP) and other chemicals, are utilised for various end applications including coatings, plasticizers, adhesives, automotive, electronics, lubricants, detergents, appliances and sports equipment.

Together with key strategic partners, including Neste and Covestro, Borealis strives to provide a long-term solution in order to allow value-chain partners to meet their sustainability goals. Borvida will enable our customers to increase the sustainability of their products, keeping them ahead of forthcoming legislative changes, and meeting their customers’ demands for climate-conscious products.

Introduced on a smaller scale in early 2020, early renewable base chemicals customers include Covestro. “The use of alternative sustainable raw materials is one important pillar of our strategic ambition to become fully circular”, comments Frank Dörner, Managing Director Covestro Procurement Services GmbH & Co. KG. “The new product line is a good example for joint solutions, another strategic pillar, in order to establish new and reliable supply chains creating benefits for our customers.”

“Circularity is the key to more sustainable polymers and chemicals,” says Jeroen Verhoeven, Vice President Value Chain Development at Neste Renewable Polymers and Chemicals. “The strategic cooperation for more circular solutions between Borealis and Neste has been a success story in the past already. Now we are looking forward to adding another chapter to the book and supporting the industry with this new portfolio of more sustainable base chemicals.”

 

New Anti-fouling additive for the PP and PE polymerisation process – Palsgaard introduces Einar 981 to replace existing regulatory compromised chemistry

New Anti-fouling additive for the PP and PE polymerisation process – Palsgaard introduces Einar 981 to replace existing regulatory compromised chemistry

Einar 981 is an unquestionably safe and efficient alternative that has worldwide regulatory approval. With its origin in food-grade renewable raw materials, it is the ideal candidate to maintain the highest possible efficiency and eliminate any regulatory concerns.

Palsgaard has announced the introduction of an efficient new plant-based, food-grade anti-fouling additive for the polypropylene and polyethylene polymerisation process. The new product, Einar® 981, has been developed to remove severe concerns about the ethoxylated amine chemistry currently used. Einar® 981 will officially be introduced to the market at K 2022 in Düsseldorf, Germany.

Einar® 981 is supplied as a clear and easily pumpable liquid for use in existing dosing systems. It eliminates static build-up during polymerisation and prevents fouling of the reactor wall, thus helping PP and PE producers maintain the cooling efficiency of the reactor. Building on Palsgaard’s proven chemistry of renewable anti-static polymer additives, it provides high anti-fouling efficiency at low concentration (100-300 ppm) without any negative effects on catalyst mileage, productivity or final polymer performance.

The active compound of Einar 981 is a polyglycerol ester (PGE) blend of fatty acids derived from RSPO[1] certified sustainable palm oil. As a non-toxic and food-contact approved anti-fouling additive, the product offers a drop-in regulatory compliant solution to replace incumbent ethoxylated amines and can also be used as a more efficient alternative to sorbitan monooleates. This makes it an ideal process additive in the polymerisation of PP and PE materials for sensitive applications, including e.g. medical devices and baby food containers.

“Polyolefin producers are under growing pressure from converters and brand owners to abandon the use of ethoxylated amines in their polymerisation processes and switch to safer products without any regulatory concerns,” says Ulrik Aunskjær, Global Business Director, Bio Specialty Additives at Palsgaard. “Einar® 981 is our answer to meet this challenge with a highly sustainable, renewable and food-grade anti-fouling process aid that demonstrates our expertise in customer and market focused renewable polymer additives.”

Einar 981 is produced in CO2-neutral facilities and will be commercially available worldwide.

Visit Palsgaard at K 2022 in Düsseldorf from October 19 through 26 in Hall 7, Level 1, Booth D20 to meet the company’s product and market specialists and discuss the sustainable benefits and superior performance of Einar® plant-based polymer additives.

SABIC to highlight BLUEHERO electrification initiative and advanced material solutions for batteries and energy storage at The Battery Show Europe 2022

SABIC to highlight BLUEHERO electrification initiative and advanced material solutions for batteries and energy storage at The Battery Show Europe 2022

 SABIC, a global leader in the chemical industry, will showcase, for the first time, its strategic BLUEHERO™ electrification initiative at The Battery Show Europe 2022 (Booth 8-F10) from June 28 to 30 in Stuttgart, Germany, while also highlighting its comprehensive materials offering and expertise for next-generation batteries and energy storage applications. The recently announced BLUEHERO initiative underscores SABIC’s commitment to help support the shift to electric power, with the delivery of automotive polymer materials, solutions and capabilities for the enhancement of EV battery systems as its first area of focus.

“The global transition toward clean energy and decarbonization is driving innovation in batteries at an ever faster pace and the battery industry needs new materials with the right property profiles to implement more sustainable, safer and efficient energy storage concepts,” said Bob Maughon, Executive Vice President, Sustainability, Technology & Innovation and Chief Technology and Sustainability Officer at SABIC. “We are firmly committed to support manufacturers with dedicated R&D, focused application engineering, regulatory expertise, and one of the most comprehensive portfolios of high-performance thermoplastics available today so they can make the advances needed to help the world accelerate the shift to clean electricity.”

SABIC’s exhibit at The Battery Show Europe 2022 addresses the need for new battery designs with enhanced features across all levels, from structural integrity to operating safety. Applications, test samples and key visuals on display have been prepared to illustrate and demonstrate the potential overall cost and performance benefits of plastic-intensive solutions in terms of energy density, flame retardancy, electrical safety, thermal insulation, chemical resistance, lightweighting, functional integration, impact resistance and dimensional stability. The company’s offering is targeted at all types of battery components for electric vehicles (EV), E-bikes, marine and industrial vehicles (forklifts, caterpillars) as well as EV charging infrastructure and energy storage systems (ESS).

Close-up on fire safety
SABIC has done extensive research on the performance of EV batteries exposed to external fires and internal runaway situations, a critical focus area of automakers today. At this year’s Battery Show Europe, SABIC’s team will feature its work in this space and share test results that demonstrate the potential of thermoplastic to meet high temperature and pressure loads.

As an example, SABIC will highlight results from a stringent test based on the new UL standard 2596, which is even more demanding and difficult for plastic battery pack materials to pass. It combines pressure, ablative force, heat, and fire into one repeated test, in which 25 battery cells (type 18650) are packed into a steel box and then two cells are heated to the point of thermal runaway. The pressure from the explosion can be higher than the requirements of several OEMs. A 4 mm sheet of STAMAX  flame retardant resin, a long glass fiber polypropylene material, passed this test six times without any perforation.

One of the highlights at SABIC’s booth is an installation that brings fire testing to the trade show floor using high-tech visual special effects. The Virtual Flame Test Lab allows visitors to execute a simulated flame test on material samples of aluminum and structural thermoplastics. Each step of the test is analyzed and explained while the fire virtually burns the samples.

Highest CTI Performance Level Category for Higher-voltage Batteries
To help meet the EV manufacturers’ stringent demands of higher-voltage batteries, SABIC’s Specialties business will introduce its new NORYL™ NHP8000VT3 resin at the show. This high-performance, polyphenylene ether (PPO)-based resin achieves the highest comparative tracking index performance level category (CTI PLC0), provides ultra-thin-wall extrusion and thermoforming capability, and meets the UL94 V0 standard at 0.25 mm with non-brominated, non-chlorinated flame retardance. NORYL NHP8000VT3 resin is well suited for insulation film used in EV battery modules to help improve protection against short circuits and fire propagation.

The insulation film and thermoformed part made of NORYL NHP8000VT3 will be displayed at SABIC’s booth.

Delivering additional value
Beyond fire safety, SABIC’s non-halogenated FR resins provide greater design flexibility, significant weight savings – an important feature for supporting the improved driving ranges of EVs – and recyclability to help support the circularity of battery materials.

In addition, the company offers special materials with low temperature ductility to deliver enhanced performance of batteries operated in extremely cold climate, and is also developing hybrid solutions to address additional stringent requirements, such as impact strength and stiffness, over a broad range of temperatures from -30°C to +80°C.

See, experience and discuss
Once again, SABIC’s Petrochemicals and Specialties businesses will exhibit side-by-side at The Battery Show Europe, demonstrating how their complementing material portfolios and application development support can help manufacturers reduce system cost and speed the time-to-market of safer and more energy-efficient batteries.

Featured exhibits and solutions from the Petrochemicals portfolio at the show will include, in addition to the Virtual Flame Test Lab simulator:

  • A SABIC Battery Explorer installation, providing a virtual dive into a battery pack design using the latest thermoplastic technologies. Visitors will be able to take the battery pack model apart, reassemble it and zoom in to see its specific design features
  • Honda’s Silver Edison Award winning EV battery pack cover that meets stringent fire safety requirements while eliminating thermal blankets and reducing weight by 40% vs a similar design in metal
  • An all-plastic prototype EV battery tray structure with integrated cooling channels and crash protection elements, for up to 12% weight savings compared to one in an existing aluminum EV battery pack
  • SABIC’s Everflow joint venture for next-generation vanadium redox flow (VRF) long-duration batteries using SABIC’s polymer grades for key components such as the battery stack, tank and piping, developed and tested with SABIC’s expert team
  • An innovative energy storage system concept based on second-life EV batteries
  • An EV charging connector made from VALOX™ FR resin
  • Laser marked VALOX resin CTI600V, demo plaques in orange color, for High Voltage connectors
    Featured exhibits and solutions from SABIC’s Specialties business will include:
  • NORYL NHP8000VT3 resin for ultra-thin battery insulation films with CTI PLC0 and UL94 V0 rating at 0,25 mm
  • ELCRES™ HTV150A dielectric film for traction inverters, onboard chargers and electrical compressors of hybrid, plug-in hybrid and full battery-electric vehicles, offering stable electric properties throughout a wide temperature range (-40°C to +150°C) and frequencies (up to 100 kHz) at only 3 µm film thickness
  • Lightweight laminated sandwich panel with honeycomb structures for exceptional acoustic, vibration and thermal insulation as well as superior dimensional stability at reduced weight vs. metals or thermosets
  • Next generation battery pack prototype well-suited for module enclosures and covers, energy absorbers, cell spacers and cell frames, etc.
  • Battery side protection molded in NORYL GTX9600 resin for e-coating temperature resistance and robust energy absorption at service temperatures
  • Lightweight battery pack applications in NORYL product for marine battery pack, with excellent dimensional stability, flame retardancy, chemical and hydrolytic resistance
  • Lightweight and crash resistant battery pack housing molded in LNP™ copolymers for E-bicycles
    Visitors are encouraged to explore these exhibits at Booth 8-F10 and discuss the potential of SABIC’s portfolio of materials and services for their next-generation battery products with the company’s on-site team.

Visitors are encouraged to explore these exhibits at Booth 8-F10 and discuss the potential of SABIC’s portfolio of materials and services for their next-generation battery products with the company’s on-site team.

Solvay wins Boeing Supplier of the Year Award

Solvay wins Boeing Supplier of the Year Award

Solvay has received a “Supplier of the Year” award from The Boeing Company. Solvay was selected alongside nine other companies for distinguished performance in working with Boeing. The supply chain visibility category recognized Solvay’s support of Boeing’s digital thread strategy by enabling real-time visibility across the supply chain.

This year’s award recipients represent an elite group among more than 13,000 active Boeing suppliers in 48 countries around the world. The selection was based on stringent performance criteria for quality performance, delivery performance, cost, environmental initiatives, customer service and technical expertise.

“For more than 50 years, Solvay and Boeing have been collaborating to solve complex problems through technical innovation, unconventional supply chain solutions, and commitment to shared core values,” said Carmelo Lo Faro, President, Solvay Materials Segment. “This award is testament to both our longstanding partnership built on delivery, innovation and collaboration and to the value we create together as we navigate the challenging times faced by the industry. Solvay is honored to have been selected for this prestigious award and we look forward to continuing to do our best to serve Boeing.”

Solvay’s composite materials business is a global provider of advanced lightweighting material solutions that enable our customers to design, develop and efficiently manufacture high-quality, high-performance composite structures for aerospace, automotive and other demanding industries. In the aero industry, these materials contribute to lowering CO2 emissions by lightweighting the aircraft to reduce their fuel consumption. In addition, Solvay’s materials offer greater design freedom, thereby improving aerodynamics.

European Plastics Industry Braces For Increased Instability, Higher Prices, And Lower Growth

K 2022 – Trend Report North America

European Plastics Industry Braces For Increased Instability, Higher Prices, And Lower Growth

The pandemic. Supply chain ruptures. The Great Resignation. China trade tensions. Climate change and extreme weather events. Soaring inflation. Stock market volatility. The war in Ukraine.

Seldom in our lifetimes have we experienced such an extended period of disruption and uncertainty. The most recent may have been the financial crisis of 2008-09, but that was purely economic and not further complicated by the lockdown and supply-chain issues wrought by COVID-19. Today at least household and business sector balance sheets largely remain healthy, as opposed to how they fared during the financial meltdown 14 years ago.

These various factors have upended end markets and made even the staffing of companies and the securing of necessary parts and materials a challenge, to say the least.

North America’s plastics industry has not been spared from these issues, but it has held up reasonably well, given the crucial role that plastic products play in our everyday lives, and especially in vital healthcare applications. If anything, the pandemic only helped to reinforce the value of plastics –– yes, even largely vilified, disposable, single-use plastics –– in helping to keep us all safe and healthy.

“During the 2020 COVID-19 recession, stimulated by federal relief dollars, U.S. plastics consumption held up at a time when employment was down and capacity was constrained,” noted the Washington, D.C.-based Plastics Industry Association (which calls itself PLASTICS) in its “2021 Global Trends” report. “The result was higher imports and a trade deficit.”

Industry exports in 2020 fell 8.2%, and imports rose 1.8%, the group reported, with Mexico and Canada remaining the U.S. plastics industry’s largest export markets.

The recent COVID-related lockdowns in China have further slowed global trade and impacted the United States and its plastics industry. One need look no further than the number of out-of-stock items at major retailers such as Walmart and Home Depot.

McKinsey on U.S. manufacturing

In an April podcast, Eric Chewning, a partner in the Washington, DC, office of consulting firm

McKinsey & Co., offered the following summary of U.S. manufacturing and its overall importance to the nation’s economy:

“U.S. manufacturing accounts for about $2.3 trillion of gross domestic product (GDP). It employs about 12 million people and supports hundreds of local economies across the country. Now, those headline numbers don’t really capture the outsize impact of manufacturing.

“Although it only accounts for about 11% of our GDP and 8% of direct employment, it drives 20% of our nation’s capital investment, 30% of our productivity growth, 60% of our exports, and over 70% of business R&D. And it also generates important spillover effects that help impact the broader economic activity in related sectors.”

For its part, the plastics industry plays a key role. The Plastics Industry Association’s “2021 Size & Impact Report,” published last year, estimated the total value of U.S. plastics industry shipments in 2020 to be $394.7 billion. The industry directly employed 945,300 workers, which was down almost 6% from pre-pandemic 2019.

Taking suppliers to the industry (and their upstream shipments) into account, the total value of shipments in 2021 grew to $541.6 billion and employment –– direct and indirect –– rose to 1.55 million.

Showing improvement

Despite all these challenges, U.S. plastic products manufacturing rose 4.9% in 2021 from the prior year, according to U.S. Federal Reserve data, which was in line with the association’s late-year projection.

That number could have been higher, but resin production continued to lag, said Perc Pineda, noting that materials shortages weighed down plastic products output. Pineda, the group’s former chief economist who stepped down in February after five years in that role, cited Federal Reserve data showing 2021 plastic materials and resin production down by 0.4% –– even more than the 0.2% than the association forecast late last year.

Plastics machinery production last year rose by a robust 16.8% compared with the pandemic-ravaged 2020, and plastics mold manufacturing grew by a solid 9.7% in 2021.

“While the outlook for 2022 remains positive, unresolved challenges in 2021 spilling over into 2022 will cause plastics industry growth to slow,” PLASTICS projected in its latest quarterly outlook, published in December.

Even so, the latest federal data for March 2022 indicate that U.S. plastics product manufacturing and resin production were up 7.6% and 14.1%, respectively, from March last year, according to Pineda, who has a master’s degree in economics from American University and a Ph.D. in economics from The New School (in addition to master’s degrees in both philosophy and international management). He served as a staff analyst at the International Monetary Fund and as a senior economist at the Credit Union National Association.

“These are uncertain times indeed,” he said in a mid-May interview, “and markets hate uncertainty.”

The Russia-Ukraine war, and specifically the U.S. sanctions on Russia, has impacted the plastics industry in different ways. As one example, Pineda noted that Russia is the seventh-largest supplier of fluoropolymers to the U.S. But, while concerning, imports of PTFE and other fluoropolymers from Russia amounted to just over 1,666 metric tons, or 5.4% of U.S. total imports of such materials. Nearly half of U.S. fluoropolymer imports come from Japan, India and China, so the impact has been muted.

The Ukraine conflict also has contributed to soaring oil and energy prices, which affects virtually all manufacturing, including plastics equipment manufacturing. With U.S. trade sanctions stifling iron and steel imports from Russia, the prices of those metals have increased, creating cost challenges for machine builders.

Demand for plastics equipment

Overall, the U.S. plastics machinery market continues to see healthy demand while continuing to experience supply-chain bottlenecks. Business investment spending on industrial machinery in the U.S. increased by 19% in the first quarter of 2022, compared with the same year-ago period. That represents an increase of $46 billion, adjusted for inflation, according to Pineda. However, low parts inventories are extending production times and slowing deliveries.

For the past couple of years, the U.S. plastics machinery market has benefited from low interest rates and robust demand. Pineda previously projected plastics machinery production growth in the U.S. would be 4.8% this year. But with interest rates now rising and supply-chain issues continuing, he says he would not be surprised to see that sector’s 2022 production growth closer to 3.5%.

The fourth quarter of the calendar year typically sees the biggest shipments of U.S. plastics machinery, and last year’s final three months was no exception. Its 24.1% quarterly increase in value of shipments was the largest uptick since the COVID-19 lockdown. Pineda says that –– barring another huge, unexpected shock –– he is expecting a single-digit increase in U.S. machinery shipments this year.

Tooling sector rebounds

Harbour Results Inc. (HRI), meanwhile, reported in April that the U.S. tooling industry rebounded in 2021, with companies seeing year-over-year revenue growth. HRI, a Southfield, Mich.-based manufacturing industry consulting and benchmarking company, published the insights in its “Q1 2022 Harbour IQ Manufacturing Pulse Study.”

Utilization ranged between 81-89% throughout 2021 for mold and die shops alike. And although 2022’s first quarter has started out slightly slower, HRI reports that shops are predicting utilization will reach 90% for molds and 82% for dies by this year’s fourth quarter.

The report –– based on a survey of industry companies –– also noted the manufacturing industry’s continuing challenges, in the form of supply-chain disruptions, raw material availability and costs, worker shortages and global economic uncertainty. Respondents said the higher cost of business and access to labor remain the top concerns for U.S. manufacturers.

“Despite all the chaos in the manufacturing marketplace, we are feeling positive about the opportunities for the tool and die industry in 2022,” stated HRI President and CEO Laurie Harbour. “According to our automotive tooling launch analysis, HRI predicts the North American automotive tooling spend to be $7 billion in 2022, up from $5.4 billion in 2021. This increase in vehicle launches will positively impact the industry.”

Uptick in resin production

Capacity utilization in U.S. resin manufacturing in March 2022 was 85.5%, said Pineda, marking a significant improvement from the 74.7% reported in March 2021. Still, it continues to trend down from April last year.

In an expansionary economic cycle, U.S. resin manufacturing usually averages between 85% and 95% capacity utilization. “Of course,” he added, “we have seen weather-related factors causing production to slow, but by and large, resin production is still not at pre-COVID-19 levels.”

Worried consumers

Soaring energy prices and overall inflation are dampening U.S. consumer sentiment. The University of Michigan’s Survey of Consumers reported in preliminary results that consumer sentiment in May declined by 9.4% from the previous month, reversing April’s gains. Consumers’ assessment of their current financial situation relative to a year ago is at its lowest reading since 2013, with 36% of consumers attributing their negative assessment to inflation.

Buying conditions for durables hit its lowest point since the question began appearing on the monthly surveys in 1978, again primarily due to high prices, U of M reported. The median expected year-ahead inflation rate was 5.4%, little changed over the last three months, and up from 4.6% in May 2021.

End market impacts

Plastics find use in virtually every end market, with packaging and building and construction among the biggest volume consumers of resins. Automotive, while less in volume, has an outsize impact on the plastics sector, given that it is often a proving ground for innovative and demanding applications. Plastics are critical to the medical and healthcare industries and offer value-added opportunities for suppliers who can meet the stringent regulations. The same holds true for the electrical and electronics markets, which also are constantly dealing with miniaturization and high-heat management, in addition to aesthetics and durability.

Packaging trends

The pandemic spurred a notable boost in home shopping and e-commerce, to include food and grocery delivery services. This helped to accelerate interest in safe, durable, clear, lightweight and thin-wall plastic packaging options. Plastics fare well when compared with heavier or more fragile solutions, such as glass.

A new Coresight Research survey, published in mid-May, reveals that 54.3% of U.S. consumers bought groceries online in the past 12 months. While a hefty number, it did represent a decline of 4.7% compared to last year. The report –– “US Online Grocery Survey 2022: Assessing Trends in Shopper Behavior, Quick Commerce and Meal Kits” –– also notes a slight dip of 2.6 percentage points in consumers who say they are planning to buy groceries online.

The survey noted that the percentage of online grocery shoppers who collect their own order rather than wait for delivery (42.8%) rose 5.2 percentage points, as consumers try to dodge higher delivery fees and surcharges.

Sustainability continues to command the attention of brands and packaging companies. Packaging World reported in mid-May that, according to recent research by the Packaging Machinery Manufacturers Institute (PMMI), innovation in that sector is not keeping pace with sustainability demands.

Companies remain under massive pressure to improve sustainability by reducing packaging waste, but the study ­­–– PMMI’s “2022 Shaping the Future of Packaging Operations” –– says that packaging operators recognize they are somewhat behind the curve in this regard and are aware of the need to catch up. “However,” the article notes, “a true industry shift will require technology breakthroughs and significant capital investment. One of the major barriers is that sustainable packaging materials often have narrower tolerances than virgin or highly engineered standard materials.”

As a result, the study concludes, “the desire from brands and consumers doesn’t quite align with what’s currently feasible.” While reducing the size of packaging remains an easily achievable objective, instituting industrywide change has always proven more challenging to achieve.

Meanwhile, R&D efforts continue apace to boost the use of recycled content, incorporate more biopolymers, develop reusable packaging models, and create more highly functional monomaterial package structures that help to facilitate recycling.

Building boom continues

The construction sector is an entirely different beast and faces different challenges. Supply-chain disruptions have played havoc with builders. For the past couple of years, the U.S. housing demand has been red-hot, and prices sky-high, with homebuilders struggling to keep pace.

“Despite all of the turbulence reflected in some other sectors, total U.S. construction spending increased by a robust 12% in the first quarter when compared with the same period in 2021,” according to Plastics News economics editor Bill Wood. “Total spending for residential projects jumped almost 19%, while spending in the nonresidential segment increased a very respectable 6%.”

Wood suggests that higher interest rates are needed to put the brakes on the demand pressure in this market segment and overall inflation in the economy. There are some modest signs of cooling now that U.S. mortgage interest rates, which had been well below 3%, have now risen above 5%.

Speaking more generally, Wood –– a Harvard-educated economist who has tracked plastics for more than 30 years –– said in a May 24 webinar that we’re going to be “inundated with bad news at a rapid rate” as the Fed tries to tame inflation without sending the economy into a recession. But he adds there’s no reason to panic, and his outlook for the rest of the year is “balanced.” Going forward, he suggests, plastics company managers should keep an eye on real estate and construction data, consumer spending and employment data.

Consumer technology in demand

The Consumer Technology Association (CTA), which organizes the huge CES consumer electronics show in Las Vegas each year, projected in January that U.S. consumer technology revenue would increase by 2.8% in 2022. It predicted that the industry’s retail sales revenue this year would exceed $505 billion, marking the first time ever it will top the half-trillion-dollar mark. This increase is over and above the 2021’s year-on-year growth of 9.6% and reflects a 38% leap from the $365 billion in sales registered in 2017.

CTA reported that some of the fastest-growing products include many “smart” products –– smart appliances, smart light bulbs, smart doorbells, smart speakers and smart TVs, as well as connected products such as sports and fitness equipment. Nearly all of these incorporate plastics in some form or another.

Digital health devices also continue to grow in popularity, to include connected devices that monitor mental and physical health and manage chronic disease, as well as telemedicine and all types of wearables. CTA said its research indicates that 52% of U.S. adults say they are likely or very likely to use health tech in the future to improve their overall well-being.

With more individuals home-bound, perhaps it’s not surprising that use of connected exercise equipment grew significantly through the pandemic. The sector generated nearly $3.8 billion in shipment revenues in the U.S. in 2021. And CTA predicts that these types of products will grow by a further 17% this year, reaching nearly $4.5 billion in shipment revenue.

Plastics benefit, as well, of course. Different types of engineering polymers –– from polycarbonate and silicone to ABS, nylon, thermoplastic elastomers and copolyesters –– are important when it comes to enabling most wearables, medical equipment, exercise gear and automotive tech, among other products.

Automotive industry woes

The U.S. vehicle industry has taken a beating, for all the above-noted reasons, compounded by a critical shortage of the semiconductor chips needed in every vehicle. Automakers canceled semiconductor orders in the early stages of the coronavirus pandemic. Then, once the economy began to improve, they struggled to get access to those materials because overseas chip suppliers had already allocated them to consumer electronics manufacturers.

Analysts predict semiconductor inventories may not return to pre-pandemic levels until at least 2023, according to CarsDirect, an American online automotive research portal and car buying service. Many chip suppliers are located abroad, and it hasn’t been easy for the U.S. to build more semiconductors domestically. While there are efforts by the government to get this to happen, it will take time.

April’s U.S. car sales data provided a modest ray of sunshine, with a 6.6% uptick from the previous month, but April’s sales still represented a 17% drop from the strong showing in April 2021, which was one of the last sales months before inventory began to decline significantly and limit the sales pace.

The National Automobile Dealers Association reported that new light-vehicle sales in the United States increased to 14.3 million units on a seasonally adjusted annual rate (SAAR) in April 2022 from March’s sales rate of 13.3 million units. Other reports pegged this year’s SAAR at closer to 14.7 million units -–– still a far cry from the April 2021’s annual rate of 18.6 million units.

“We don’t expect that April’s month-end inventory level will change much from March’s level of 1.23 million units as the industry is still unable to produce enough vehicles to meet current demand, let alone restock dealer lots,” NADA said in its recent monthly report. “For the rest of the year, vehicle availability will continue to be the principal limiting factor for new light-vehicle sales. Our forecast for sales in all of 2022 remains unchanged at 15.4 million units,” it added. This compares to sales of 17.6 million units in March 2021.

There’s no question that electric vehicles (EVs) are growing in popularity and commanding a huge share of automakers’ attention and R&D spending. But opinions diverge on how quickly they will be adopted. At the big CES 2022 show in Las Vegas in January, two of the largest automotive suppliers offered their opinions.

ZF Group and Magna International Inc. are the world’s third- and fourth-largest auto suppliers, respectively. ZF told Automotive News that it expects EV production by 2030 to account for just under half of all vehicles assembled in North America, with EVs representing 45 percent of global vehicle output by then.

Magna, on the other hand, is less bullish, saying it sees EV sales accounting for only about 20 percent of the global market by 2030, with the U.S. coming in below the global average. Magna Chief Technology Officer Anton Mayer noted that consumer acceptance of EVs might be hindered by each country’s charging infrastructure. EVs also require even more computer chips than internal combustion engine (ICE) cars, further exacerbating that shortage.

A people problem

Technology, inflation and supply-chain challenges aside, the U.S. plastics industry (and broader manufacturing sector) has a potentially more intractable problem –– a shortage of skilled workers to keep its plants humming. The pandemic caused many to re-evaluate their lives and careers, leading some to quit their jobs and others to pursue different paths.

In addition to the U.S. having an aging population, it has proven difficult to attract, train and retain talent. Many of the new entrants to the labor market lack skills for, and/or are averse to pursuing a career in manufacturing, notes Pineda.

“In a tight labor market, even economic incentives such as higher wages and benefits are not guarantees of attracting and retaining skilled workers. Increasing skilled labor supply would require serious commitment from the industry to implement an apprenticeship program that’s consistent throughout the country and accredited by the U.S. Bureau of Labor. … Any policy proposals to revive American manufacturing,” he asserts, “must include a workforce supply and development component.”

K 2022 – the world’s most important trade fair for the industry

In 2022, as every three years, K in Düsseldorf will once again be the most important information and business platform for the global plastics and rubber industry. Nowhere is the internationality as high as in Düsseldorf. Exhibitors and visitors from all over the world will come together and take advantage of the opportunities from 19 to 26 October this year not only to demonstrate the industry’s capabilities and present innovations, but also to exchange views on the situation of the plastics and rubber industry in the various regions of the world, discuss current trends and jointly set the course for the future.