Foam Plastics Market Size & Share 2026-2035

Foam Plastics Market Size

The global foam plastics market was valued at USD 61.8 billion in 2025 and US 65.2 billion in 2026. It is projected to grow to USD 94.4 billion by 2035, at a CAGR of approximately 4.2% from 2026 to 2035.

Growth rests on several distinct demand pools: regulatory-led insulation retrofits, direct supply to automotive and appliance manufacturers, protective packaging for distributed fulfillment, and higher-performance foam formats in footwear and recreation.

Polyurethane was the largest polymer category, valued at USD 23.18 billion in 2025. Its position reflects the breadth of flexible foam use in seating, bedding, and packaging, alongside rigid polyurethane and polyisocyanurate systems used where insulation performance per unit thickness is critical. Polystyrene, valued at USD 19.47 billion, retains a large installed position in packaging and construction insulation, although its growth profile differs sharply between EPS foodservice applications exposed to restrictions and XPS applications used in moisture-intensive construction assemblies.

Building-related demand has become more policy-sensitive. The revised Energy Performance of Buildings Directive entered into force in May 2024 and requires Member States to address the worst-performing non-residential buildings, while establishing zero-emission standards for new buildings from 2030 ^{[1]European Commission, Energy Performance of Buildings Directive May 2024, energy.ec.europa.eu}. The requirement matters because foam insulation can reduce envelope thickness where space constraints make other insulation systems less practical. In parallel, global demand for foamed plastic insulation reached approximately 8.6 million metric tons, valued at USD 27.2 billion, in 2023.

Asia Pacific was the largest regional market at USD 23.18 billion in 2025, supported by construction activity, consumer-goods manufacturing, footwear production, and electronics supply chains. North America followed at USD 20.09 billion, where renovation activity, OEM purchasing relationships, and sophisticated protective-packaging demand support value growth. Europe's market is smaller in absolute terms but has the highest forecast regional CAGR, at approximately 4.46%, as energy-performance requirements increasingly influence building-material specifications.

The market's trajectory therefore depends less on an undifferentiated rise in plastic use than on the changing mix of applications. Compliance-driven insulation supports rigid polyurethane, PIR, phenolic, and XPS systems, whereas single-use packaging restrictions place greater pressure on EPS. Suppliers with low-GWP formulations, recycling pathways, and technical-service capabilities are better positioned to shift volume toward applications where foam performance remains defensible despite sustainability scrutiny.

Key Drivers

Building energy-performance requirements and renovation activity

Energy policy is changing the commercial case for insulation-grade foam. The EU's revised Energy Performance of Buildings Directive requires Member States to renovate the 16% worst-performing non-residential buildings by 2030 and 26% by 2033, while new buildings are to meet zero-emission standards from 2030. These requirements increase the value of materials that provide high thermal resistance within constrained wall, roof, and floor assemblies. Rigid polyurethane, PIR, phenolic foam, and XPS are consequently positioned in projects where envelope thickness, moisture exposure, or installation speed influence material selection.

The renovation cycle is particularly significant because Europe's building stock is relatively old and annual renovation activity has remained modest. A larger mandated retrofit pipeline could sustain insulation demand even when new construction softens, although product selection will remain shaped by local fire, moisture, and circularity requirements.

Protective and temperature-controlled packaging

E-commerce and distributed fulfillment continue to support demand for cushioning and thermal-protection formats. U.S. e-commerce represented 14.3% of total retail sales in 2023 ^{[2]U.S. Census Bureau, Quarterly Retail E-Commerce Sales, census.gov}. For electronics, medical devices, automotive components, and other damage-sensitive products, foam inserts and foam-in-place systems can provide repeatable protection where molded pulp or paper alternatives do not meet the same performance requirement.

Sealed Air generated USD 5.4 billion in 2024 net sales across its Food and Protective businesses and serves customers in 117 countries ^{[3]Sealed Air Corporation, Sealed Air Financial Results Q4 2024 February 2025, sealedair.com}. Its Instapak polyurethane foam packaging systems illustrate the value of packaging that is formed around irregular or fragile products at the point of shipment. The commercial implication is that packaging growth increasingly favors technically specified, high-protection formats rather than undifferentiated single-use foam volume.

Automotive lightweighting and electrification

Foam plastics remain integrated into vehicle design through seating, headliners, interior trim, sound management, and energy-absorbing components. Electric vehicles add requirements for insulation, compression management, and acoustic mitigation around battery packs and modules. Polyurethane and polyolefin foams can address these needs, but qualification cycles are long and suppliers must meet stringent consistency, flame, odor, and durability requirements.

Huntsman reported USD 3.9 billion in 2024 Polyurethanes revenue and identified volume growth in insulation and composite wood-panel markets during the fourth quarter of 2024. Its exposure to automotive and construction shows why material demand is increasingly governed by application-level specifications rather than solely by polymer consumption.

Urbanization, construction, and manufacturing expansion

Construction and manufacturing growth in Asia Pacific reinforce demand for insulation, packaging, furniture foam, and consumer-product components. The global foamed plastic insulation market has been supported by non-residential construction and tighter energy-efficiency requirements, with China identified as a major contributor to volume growth. India's expanding construction and consumer-manufacturing base also creates demand for insulation and foam-containing products.

The regional opportunity is not simply volume-led. Foam manufacturers benefit when precursor production, conversion capacity, and end-use assembly are geographically close, reducing logistics costs for low-density products and shortening development cycles with footwear, automotive, and electronics customers.

Performance innovation in footwear and sports

Athletic footwear is becoming a more technically differentiated outlet for cellular materials. Supercritical foaming can create more uniform cell structures and improve the weight-to-energy-return trade-off sought in premium midsoles. Zotefoams reported group revenue of £147.8 million in 2024, with footwear sales increasing 46% to £66.1 million. This performance demonstrates that demand can grow rapidly when foam technology is tied to branded product differentiation rather than sold as a generic input.

Sekisui Chemical supplies cross-linked polyolefin foam products to automotive, electronics, construction, and consumer markets through facilities in Asia and North America. Its production footprint illustrates the importance of regional supply availability as footwear and sporting-goods brands scale technically differentiated foam platforms.

Key Restraints

Restrictions on single-use foam products

The most direct regulatory constraint applies to polystyrene foam used in foodservice and other disposable formats. New York's foam ban is part of a wider pattern: 11 U.S. states and more than 250 local jurisdictions had enacted restrictions on polystyrene foam products by mid-2024. These measures narrow addressable markets for some EPS applications and require producers to redirect capacity toward construction, protective packaging, or recyclable-content solutions.

The U.S. Environmental Protection Agency's National Strategy to Prevent Plastic Pollution, issued in 2024, does not itself impose a product ban, but signals a federal policy direction toward reduced plastic leakage and improved circularity. The restraint is therefore uneven: it is most acute for disposable consumer formats, rather than for all foam-plastic applications.

Feedstock volatility and margin exposure

Foam producers remain exposed to movements in benzene, styrene, olefins, aniline, chlorine, polyols, MDI, and TDI. The exposure is especially consequential for converters operating under annual purchasing agreements, where feedstock escalation can be absorbed before customer pricing is reset. Covestro reported €14.2 billion in group sales in 2024 amid weak demand and difficult macroeconomic conditions. Its results underscore how chemical producers can face margin pressure even where long-term demand drivers remain intact.

Volatility also affects investment timing. Smaller converters may delay low-GWP reformulation, recycled-content initiatives, or capacity additions when working capital rises. The resulting constraint is not necessarily lower end-market demand; it is a slower ability to serve it profitably.

Blowing-agent transitions

The phase-down of high-global-warming-potential hydrofluorocarbons requires manufacturers of rigid polyurethane and XPS systems to adopt lower-GWP alternatives. Reformulation can involve equipment modification, process validation, certification work, and potential changes in insulation performance. The burden is greater for producers without the volume or technical resources to spread qualification costs across multiple product lines.

The constraint can also become a competitive filter. Suppliers that complete conversions early may secure specification advantages in regulated building markets, while firms that defer investment risk losing access to projects with low-GWP procurement requirements.

Substitution in packaging and insulation

Foam plastics compete with mineral wool, molded fiber, paper cushioning, air pillows, recycled thermoplastics, and natural-fiber composites. Substitution is strongest where the foam's functional advantage is limited or where end-of-life requirements dominate buying decisions. In insulation, however, the comparison is application-specific: foam can retain an advantage where moisture resistance, compressive strength, or thin-profile thermal performance is essential.

Owens Corning generated USD 3.692 billion in 2024 Insulation segment net sales across its insulation portfolio. The company's participation in multiple insulation technologies reflects a market in which competing materials can coexist, with specification decisions increasingly driven by building-system performance rather than a universal material preference.

Recycling constraints and circularity costs

Low density, contamination, and cross-linked structures can make foam recovery difficult. Flexible polyurethane from furniture and mattresses has limited mechanical recycling routes, while chemical-recycling pathways remain early in commercialization. Collection programs in France, the United Kingdom, the Netherlands, and Belgium are building recovery chains for polyurethane foam, but the systems remain uneven in scale.

Recycled-content requirements add another layer of cost and complexity. The OECD identified at least 25 member countries that were implementing or planning minimum recycled-content requirements for plastics products or packaging by 2024. Foam producers serving consumer-facing markets must therefore compete not only on cost and performance, but also on traceable material content and recovery capability.

Environmental pressure is also changing competition within polyurethane. Low-GWP blowing agents, recycled or bio-attributed inputs, and practical take-back arrangements require technical capability and capital. These requirements can raise short-term costs, but they also make customer qualification and compliance credentials more durable sources of differentiation than price alone.

Foam Plastics Market Segment Analysis

By Type

Polyurethane accounted for USD 23.18 billion in 2025 and is projected to reach USD 34.94 billion by 2035, at approximately 4.06% CAGR. Flexible grades supply furniture, bedding, automotive seating, and protective packaging; rigid systems support refrigerated appliances, roof insulation, wall assemblies, and industrial piping. The segment's breadth limits dependence on any one end market, but also exposes suppliers to both consumer-demand cycles and feedstock volatility.

Rigid polyurethane and PIR systems are likely to benefit disproportionately from retrofit specifications that require high thermal performance in limited space. Flexible polyurethane demand, by contrast, will remain more sensitive to furniture, mattress, and automotive production cycles. Huntsman's polyurethanes portfolio illustrates this split between insulation-led and mobility-led opportunities ^{[4]Huntsman Corporation, Huntsman Announces Fourth Quarter 2024 Earnings February 2025, huntsman.com}.

Polystyrene was valued at USD 19.47 billion in 2025 and is forecast to reach USD 29.28 billion by 2035, at approximately 4.04% CAGR. EPS remains widely used in protective packaging, building insulation, and light-fill applications because of its cost efficiency and molding versatility. XPS is more concentrated in below-grade, roof, and moisture-sensitive insulation applications, where compressive strength and water resistance support a higher-value proposition.

The segment's outlook depends on maintaining separation between these end uses. Restrictions on single-use EPS do not eliminate the performance case for XPS or construction-grade EPS, but they increase the need for application-specific recycling and material-stewardship strategies ^{[5]New York State Department of Environmental Conservation, Polystyrene Foam Ban Go Foam Free Program, dec.ny.gov}.

Polyolefin foam is expected to rise from USD 6.80 billion in 2025 to USD 10.39 billion by 2035, at approximately 4.20% CAGR. Expanded polyethylene, cross-linked polyethylene, and expanded polypropylene serve automotive, electronics, sports, protective packaging, and construction applications. Their appeal is rooted in chemical resistance, low density, cushioning performance, and compatibility with polyolefin recovery streams in selected applications.

Sekisui Chemical has expanded foam production through facilities in Thailand and China and a new North American production line. The geographic strategy reflects the importance of locating capacity near automotive, electronics, and consumer-goods manufacturing clusters. Expanded polypropylene is particularly relevant in automotive components where recyclability and energy absorption are specified together.

Phenolic foam is projected to increase from USD 5.87 billion in 2025 to USD 8.50 billion by 2035, at approximately 3.66% CAGR. Its slower growth reflects production complexity and cost, but it retains a role in high-specification insulation where thermal efficiency, smoke performance, and fire-related requirements influence material choice. Commercial roofing, industrial piping, and technically demanding building applications remain its principal demand centers.

The others category is forecast to grow from USD 6.49 billion in 2025 to USD 11.33 billion by 2035, at approximately 5.52% CAGR, the fastest rate among polymer types. The category includes PET structural foam, melamine foam, acrylic systems, bio-based hybrid foams, and other specialty cellular materials. Growth reflects applications where conventional polyurethane or polystyrene systems do not fully meet structural, acoustic, thermal-management, or sustainability requirements.

PET foam can support sandwich structures in marine, transport, and wind-energy applications, while melamine foam is used where acoustic and thermal-control requirements are demanding. The segment's smaller base means it will not displace commodity foams in volume terms during the forecast period, but it can contribute disproportionately to technical differentiation and margin expansion.

By Application

Building and construction was the largest application, valued at USD 14.47 billion in 2025 and projected to reach USD 22.67 billion by 2035, at approximately 4.46% CAGR. Roofing, wall insulation, flooring systems, and pipe insulation all use foam materials where thermal resistance, moisture control, acoustic attenuation, or installation efficiency matter. Regulatory renovation activity favors systems that can meet energy-performance targets without extensive changes to building geometry.

Owens Corning's FOAMULAR XPS and spray foam offerings demonstrate the continued role of foam products in residential and commercial building systems. The central commercial issue is not whether insulation demand will grow, but which materials meet the combined requirements for thermal performance, fire safety, moisture management, embodied-carbon targets, and local code compliance.

Packaging is projected to rise from USD 11.49 billion in 2025 to USD 17.00 billion by 2035, at approximately 3.86% CAGR. Protective packaging for electronics, medical devices, industrial components, and precision equipment remains relatively resilient because damage prevention can outweigh material-substitution pressure. Temperature-controlled packaging also supports foam demand in food and pharmaceutical logistics.

Growth will be moderated in disposable foodservice and consumer packaging, where bans and buyer preferences favor alternatives. Suppliers are therefore likely to prioritize high-protection, reusable, recycled-content, or application-engineered formats over generalized foam packaging volume.

Automotive foam demand is projected to increase from USD 9.01 billion in 2025 to USD 13.22 billion by 2035, at approximately 3.77% CAGR. Seating and cushions remain the largest use for flexible polyurethane, while polyolefin and semi-rigid systems are used in trim, headliners, and energy-absorbing components. Battery-electric vehicles introduce additional demand for thermal, acoustic, and compression-management materials, but these applications require lengthy validation and specialized performance profiles.

The segment's growth rate is below that of construction and performance footwear, indicating that vehicle production alone is no longer the primary growth engine for foam plastics. Nevertheless, direct OEM relationships make automotive a strategically important channel for technical suppliers.

Furniture and bedding is expected to grow from USD 7.77 billion in 2025 to USD 11.33 billion by 2035, at approximately 3.71% CAGR. Slabstock polyurethane foam remains central to upholstered furniture and mattresses, while memory foam and hybrid products support premium categories. Demand is tied to housing turnover, replacement cycles, and consumer spending, which limits the segment's growth relative to regulation-supported insulation applications.

Footwear is forecast to increase from USD 7.67 billion in 2025 to USD 12.28 billion by 2035, at approximately 4.69% CAGR. EVA remains the high-volume midsole material, but premium footwear is adopting supercritical foams and advanced thermoplastic systems to improve energy return, reduce weight, and differentiate products. Zotefoams' footwear sales growth in 2024 indicates that technical foam platforms can achieve rapid adoption when integrated into branded performance products.

Sports and recreational applications are projected to grow from USD 7.05 billion in 2025 to USD 11.33 billion by 2035, at approximately 4.73% CAGR. The category includes protective padding, helmets, mats, flotation products, yoga and fitness equipment, and recreational marine applications. Material choice is shaped by impact absorption, comfort, buoyancy, durability, and, increasingly, recycled-content or chemical-blowing-agent considerations.

Other applications, including medical devices, industrial filtration, HVAC acoustic control, electronics cushioning, thermal management, and flotation, are projected to increase from USD 4.36 billion to USD 6.61 billion by 2035. These uses are smaller in aggregate but important because they often require specialized conversion, tight tolerances, and application-specific qualification.

By Sales Channel

OEM direct sales accounted for USD 41.73 billion in 2025 and are projected to reach USD 64.22 billion by 2035, at approximately 4.27% CAGR. The channel's 67.5% share reflects the degree to which foam is designed into automotive systems, appliances, mattresses, construction products, and industrial equipment. Direct relationships enable co-development and supply assurance, but they also impose quality, testing, and cost-down obligations on suppliers.

Indirect sales are expected to grow from USD 20.09 billion in 2025 to USD 30.22 billion by 2035, at approximately 4.04% CAGR. Distributors and converters serve smaller manufacturers, construction trades, renovation contractors, and buyers requiring cutting, lamination, coating, or local inventory. The channel remains important where customers need service flexibility rather than direct supply scale.

Polymer-level averages conceal the same pattern. Polyurethane and polystyrene remain large, but their future value creation lies in their higher-performing subsegments: rigid insulation within polyurethane and construction-grade XPS within polystyrene. Specialty foams are growing fastest because they address narrower performance gaps in structural cores, acoustic systems, electronics, and advanced consumer products. Producers that allocate capital solely by polymer volume risk overlooking the applications where specifications, rather than tonnage, determine returns.

Foam Plastics Market Regional Analysis

North America

North America was valued at USD 20.09 billion in 2025 and is projected to reach USD 31.17 billion by 2035, at approximately 4.35% CAGR. Demand is supported by residential renovation, commercial reroofing, automotive manufacturing, mattresses and furniture, and established e-commerce logistics. U.S. insulation activity benefits from energy-efficiency incentives and a developed installation network for spray foam and rigid boards, while state-level EPS restrictions increasingly shape packaging choices.

Canada's market is tied to construction, renovation, and automotive-component production. Across the region, producers with local conversion capacity and installer relationships are advantaged because foam products are bulky relative to weight and many building applications depend on contractor familiarity.

Europe

Europe is projected to grow from USD 11.44 billion in 2025 to USD 17.94 billion by 2035, at approximately 4.46% CAGR. The region's growth is driven by energy-performance regulation, renovation requirements, and a building stock that requires upgrades. The EPBD creates a more sustained basis for insulation demand than cyclical new construction alone.

Germany remains central to regional chemical and construction-material supply. BASF and Covestro provide important polyurethane raw-material capacity, while Covestro reported €14.2 billion in 2024 group sales ^{[6]Covestro AG, Annual Financial Report 2024, annualreport.covestro.com}. France's furniture and mattress recovery systems and broader European circularity policies will also influence how polyurethane producers develop end-of-life routes. Across Southern and Central Europe, retrofit programs, roof renovation, and external wall insulation provide the clearest addressable demand pools.

Asia Pacific

Asia Pacific was the largest market at USD 23.18 billion in 2025 and is forecast to reach USD 35.89 billion by 2035, at approximately 4.33% CAGR. China's scale in construction, consumer goods, electronics, and foam conversion makes it the region's principal demand center. The regional insulation market is also supported by construction activity and policy attention to thermal and acoustic performance ^{[7]National Insulation Association, Insulation Outlook - Global Foamed Plastic Insulation Study, insulation.org}.

India contributes through urbanization, construction, automotive production, and expanding consumer-goods demand. Japan and South Korea represent technically mature markets with significant automotive and electronics requirements. Southeast Asia is increasingly important because footwear, electronics, and consumer-product assembly are concentrated in countries such as Vietnam and Thailand. Zotefoams' Vietnam facility and Sekisui Chemical's Thai and Chinese operations illustrate how foam producers are locating capacity near downstream manufacturing clusters.

Latin America

Latin America is projected to grow from USD 3.93 billion in 2025 to USD 5.38 billion by 2035, at approximately 3.12% CAGR. Brazil anchors regional demand through furniture, bedding, packaging, and automotive production. Mexico benefits from its integration into North American automotive and appliance supply chains. Growth remains constrained by macroeconomic volatility and uneven construction investment, which favor flexible, locally supplied foam conversion over large-scale high-specification capacity additions.

Middle East and Africa

The Middle East and Africa market is forecast to increase from USD 3.18 billion in 2025 to USD 4.06 billion by 2035, at approximately 2.40% CAGR. Demand is concentrated in construction insulation, furniture, packaging, and selected industrial applications. Gulf markets offer an important insulation opportunity because reducing cooling loads is commercially significant in hot climates, while large projects in Saudi Arabia and the UAE can support demand for higher-performance building materials.

The slower forecast growth rate reflects fragmented end markets, uneven code enforcement, and a more limited manufacturing base rather than an absence of insulation need. Long-term potential will depend on the implementation of building-energy standards, local conversion capacity, and the affordability of higher-performance foam systems.

Europe's higher forecast growth rate arises from a more regulatory-led demand model. Energy-performance mandates can support insulation volumes while simultaneously raising compliance costs for blowing agents, recycled content, and product stewardship. The region therefore favors suppliers able to translate regulatory capability into technically compliant building products.

North America remains commercially attractive because of its installed building base, large OEM channels, and high-value packaging demand. Latin America and the Middle East and Africa offer more selective opportunities, where local supply, project timing, and price sensitivity will matter more than broad regional averages.

Foam Plastics Market Share & Competitive Landscape

Competition is divided between integrated chemical producers that manufacture key foam precursors and downstream specialists that formulate, convert, and qualify materials for end uses. Integrated suppliers hold advantages in isocyanates, polyols, and other feedstocks, while converters compete through process know-how, regional service, conversion capabilities, and customer-specific application development.

BASF SE and Covestro AG are important upstream participants in polyurethane chemistry. BASF's materials portfolio includes polyurethane systems, thermoplastic polyurethanes, and EPS products used in insulation and packaging ^{[8]BASF SE, BASF Report 2024 March 2025, report.basf.com}. Covestro's global polyurethane supply position links its performance to construction, automotive, and consumer demand, as well as to the margin environment for isocyanates and polyols. Huntsman combines polyurethanes exposure with a significant North American spray-foam insulation presence through Huntsman Building Solutions.

Carpenter Co. is a major producer of polyurethane foam and fiber products for furniture, bedding, automotive, medical, and specialty applications. Armacell focuses on flexible technical insulation under the ArmaFlex brand and PET structural foam under ArmaForm, serving HVAC, refrigeration, industrial, transport, wind-energy, and marine applications. Their positions demonstrate how performance requirements can create defensible niches outside large-volume commodity foam.

Packaging and building-material specialists compete through installed customer relationships and application systems. Sealed Air's protective packaging operations rely on customer-specific solutions such as Instapak foam-in-place systems. Owens Corning participates in foam and non-foam insulation systems, including FOAMULAR XPS and spray foam, positioning it to respond to changing building-envelope specifications.

DuPont occupies a more selective role in foam-plastics applications through performance materials and engineered protective-material systems rather than broad commodity foam production. Its experience in specialty elastomers, bio-based polymer technologies, and high-performance materials is relevant where converters and OEMs require durability, chemical resistance, lightweighting, or application-specific protection. Tyvek illustrates the company's position in adjacent building-envelope and protective-packaging systems, where vapor management, moisture control, and material compatibility can influence the design of foam insulation and cushioning assemblies. This capability places DuPont closest to technically specified construction, transportation, industrial, and protective applications in which foam is one component of a broader engineered system.

The specialty tier includes General Plastics Mfg. Co., Rogers Corporation, Toray Plastics (America), Trocellen GmbH, Zotefoams, Sekisui Chemical, and JSP Corporation. General Plastics serves aerospace, defense, marine, and tooling requirements with rigid polyurethane foams. Rogers supplies PORON urethane and BISCO silicone foam for electronics, automotive sensors, and sealing applications. Toray Plastics (America) serves packaging and specialty-industrial markets with foam, film, and sheet products, while Trocellen supplies cross-linked polyolefin foam to construction, automotive, sports, and industrial customers.

Zotefoams competes through a supercritical-nitrogen foam process and high-performance cellular materials, with strong exposure to premium footwear. Sekisui Chemical supplies cross-linked polyolefin foam under the SOFTLON and VOLARA brands through a multinational manufacturing network. JSP is a specialist in EPP, EPE, and EPS used in automotive, packaging, and construction. Together, these companies show that the market is moving toward a dual structure: scale and precursor integration remain important, but technical specialization and geographic proximity to OEM clusters increasingly determine access to higher-value applications.

Recent Industry Developments

• The European Union's revised Energy Performance of Buildings Directive entered into force on 28 May 2024, establishing renovation triggers for low-performing non-residential buildings and setting a zero-emission standard for new buildings from 2030. The policy is significant for rigid insulation demand because it expands the role of energy performance in building refurbishment decisions.
• In the United States, restrictions on polystyrene foam continued to widen, with 11 states and more than 250 local jurisdictions having enacted bans or restrictions by mid-2024. The U.S. EPA also issued its National Strategy to Prevent Plastic Pollution in November 2024, outlining actions intended to reduce plastic pollution across the product life cycle.
• The European Parliament advanced measures intended to reduce pellet losses into the environment. The proposed regulation targets a reduction in pellet losses of 54% to 74%, increasing compliance obligations for polymer handlers and converters.