The Global Moulded Fibre Packaging Market 2026–2036 - Advanced and Emerging Technology Market Research

cover

Published: April 2026
Pages: 243
Tables: 49
Figures: 68

The global moulded fibre packaging market is entering a decade of sustained expansion, driven by converging regulatory, commercial and consumer pressures on single-use plastics. The EU Packaging and Packaging Waste Regulation (PPWR) is reshaping packaging design across Europe, Extended Producer Responsibility (EPR) schemes are proliferating across Asia, Latin America and North America, and PFAS restrictions are forcing wholesale reformulation of grease- and oil-resistant coatings. Together, these forces are pushing brand owners and converters toward fibre-based alternatives across an expanding range of applications.

Retail food and drink remains the largest end-use segment, anchored by egg cartons, produce trays, wine-bottle protection and the nascent but high-profile category of paper and fibre-based beverage bottles. Foodservice — led by takeaway containers, lids, cup carriers and disposables — is the fastest-growing mainstream segment. Medical and cosmetics applications are expanding as brand owners commit to plastic-free primary and secondary packaging, while consumer electronics and appliance makers increasingly substitute moulded fibre for expanded polystyrene (EPS) in transit and protective packaging — an area given fresh impetus by the continued growth of e-commerce.

Technology innovation is reshaping what moulded fibre can do. Dry-moulded fibre, pioneered by PulPac and its licensees, reduces water use and energy intensity while enabling production on existing paper, board and thermoforming equipment. Wet-end oil-and-grease-resistant chemistries compliant with BfR XXXVI, 100% cellulose barriers based on microfibrillated cellulose (MFC), and PFAS-free bio-polymer dispersions are opening food-contact applications previously closed to fibre. Industrial hemp and other next-generation cellulosic feedstocks are being trialled in hollow-shape production of bottles, tubes and containers, while AI-driven visual inspection and process-heat engineering are lifting yield and lowering unit cost across the wet- and dry-moulded supply base.

Challenges remain. Moulded fibre typically carries a cost premium over comparable plastic packaging, investment decisions are slowed by broader economic uncertainty, and converting barrier performance from pilot to industrial scale demands close collaboration across fibre, chemistry, tooling and filling partners. Regional growth dynamics are also uneven: Asia-Pacific and Africa are catching up rapidly from a lower base, while Western Europe and North America continue to provide the regulatory pull that sets the global direction of travel. Paperisation, circularity and the substitution of fossil-based plastics are set to define competitive strategy across the fibre packaging value chain through 2036.

The Global Moulded Fibre Packaging Market 2026–2036 delivers a comprehensive, data-rich analysis of one of the fastest-growing segments of sustainable packaging. Built on primary research and extensive secondary analysis, the report maps the market across seven end-use segments and seven regions, tracks the regulatory, macroeconomic and technological forces reshaping demand, and profiles more than 150 companies active across the moulded fibre value chain — from fibre producers and moulding machinery suppliers to barrier-coating chemistry specialists, brand owners and technology consortia.

The report provides detailed 10-year forecasts to 2036, with granular breakdowns for retail food and drink, foodservice, FMCG and cosmetics, industrial and engineered packaging, single-use medical, horticulture and consumer durables. Technology coverage spans wet-moulded, dry-moulded and thermoformed fibre, hollow-shape production of bottles and tubes, BfR XXXVI-compliant wet-end OGR chemistries, 100% cellulose MFC barriers, PFAS-free bio-polymer dispersions, process-heat engineering and AI-driven visual inspection. Regulatory analysis covers PPWR, SUPD, EPR, PFAS restrictions and global food-contact frameworks.

Report contents include:

Executive summary and key market indicators
Introduction, scope and methodology
Macroeconomic landscape (GDP, inflation, energy, e-commerce)
Regulatory landscape and market drivers
Technology analysis: feedstocks, processes, barriers, paper bottles
Competitive landscape and case studies
End-use markets and forecasts to 2036
Regional markets and forecasts to 2036
Company profiles
Research methodology and references

Companies profiled include Acorn Pulp Group, Advanced Paper Forming, Ahlstrom, AIM Sweden, Amcor, Apeel Sciences, Aquapak Polymers, Archroma, Arkema, Artemyn, BASF, Be Green Packaging, Bcomp, Billerud, BIO-LUTIONS, Blue Ocean Closures, Borregaard, Brødrene Hartmann, Buhl Paperform, Capsul'in Pro, Cellucomp, CelluForce, Cellutech (Stora Enso), Celwise, Cirkla, CKF, Clariant, CreaFill Fibers, Cruz Foam, Cullen Eco-Friendly Packaging, Dalton Electric Heating, Danish Technological Institute, DIC Corporation, Domtar Paper, Dow, Earthodic, E6PR, Ecologic Brands, Eco-Products, Eco-SQ, EcoSynthetix, Ecovative Design, E-molding International, EMPPA, EnviroPAK, EURIKAS, Fibercel Packaging, Fiberdom, FiberLean Technologies, Fibmold, Follmann, Footprint, Fraunhofer Institutes, Frugalpac, Futamura Chemical, Genera, Genpak, Golden Arrow, Grenoble INP – Cellulose Valley, H.B. Fuller, Henry Molded Products, Heracles Packaging, Holmen Iggesund, Huhtamaki, HZ Green Pulp, Infinited Fiber Company, International Paper, J&J Green Paper, JOS Consulting, Kagzi Bottles, Keiding, Kelpi, Kemira, Kiefel, Koehler Paper, Kotkamills (Metsä Board), KRONES, Kuraray, Lactips, Lean Orb, Lvran Tech, Mantrose-Haeuser, Matrix Pack, MCC Verstraete, Melodea, Metsä Board Corporation, Metsä Spring, Michelman, Michelsen Packaging, Mondi, Moulded Pulp Engineering, The Navigator Company, Nfinite Nanotech, Nippon Paper Industries, Nippon Molding, Nippn Corp, Notpla, Oji Holdings, Omni-Pac Group, Omya, one • five and more.........

1 EXECUTIVE SUMMARY 18

1.1 Plastics packaging issues 18
1.2 Moulded fibre market 19
- 1.2.1 Increased demand in recent years will continue 20
- 1.2.2 Meeting sustainability needs 20
- 1.2.3 New coatings technologies 22
- 1.2.4 In-house tooling 22
- 1.2.5 Paperisation and plastic substitution 22
- 1.2.6 Cost gap between moulded fibre and plastic alternatives 23
1.3 Advantages of moulded fibre packaging 23
1.4 Packaging megatrends 24
1.5 Main market players 25
1.6 Global revenues for moulded fibre packaging, 2026–2036 (millions USD) 26
1.7 Market segmentation for moulded fibre packaging, 2026–2036 (millions USD) 28
1.8 Regional segmentation for moulded fibre packaging, 2026–2036 (revenues, millions USD) 29
1.9 Market and technology challenges 31
1.10 Key questions answered within this report 32

2 INTRODUCTION AND METHODOLOGY 34

2.1 Report scope and objectives 34
2.2 Methodology 34
2.3 Market definitions and segmentation conventions 35
2.4 Currency, exchange rates and constant-dollar treatment 35

3 MACROECONOMIC LANDSCAPE 36

3.1 Key highlights 36
3.2 Real GDP growth by key regions, 2020–2036 36
3.3 US 12-month percentage change, consumer price index 38
3.4 Asia-Pacific: annual percentage change, end-of-period consumer prices 39
3.5 Natural gas prices for EU household consumers, 2015–2025 41
3.6 Natural gas prices for EU non-household consumers, 2015–2025 42
3.7 Economic uncertainty and impact on capital investment decisions 43
3.8 Global retail e-commerce sales outlook to 2036 44

4 REGULATORY LANDSCAPE AND MARKET DRIVERS 46

4.1 EU Packaging and Packaging Waste Regulation (PPWR) 46
4.2 EU Single-Use Plastics Directive (SUPD) 47
4.3 Extended Producer Responsibility (EPR) schemes worldwide 47
4.4 BfR XXXVI compliance for direct food contact 48
4.5 PFAS restrictions and the shift to fluorine-free chemistries 48
4.6 Corporate sustainability disclosure obligations 49
4.7 Cost sensitivity and the price gap with plastic 50
4.8 Urbanisation and consumer concerns 50
4.9 Recyclability and compostability requirements 50

5 TECHNOLOGY ANALYSIS 51

5.1 Cellulose fibre sources 51
- 5.1.1 Virgin fibres 51
  - 5.1.1.1 Bagasse 52
  - 5.1.1.2 Shredded bamboo 52
  - 5.1.1.3 Wheat straw 52
  - 5.1.1.4 Industrial hemp 52
  - 5.1.1.5 Next-generation cellulosic feedstocks 52
- 5.1.2 Recycled fibres 53
  - 5.1.2.1 Fibre recycling processes 53
  - 5.1.2.2 Contaminants and food-contact risk for recycled pulp 53
5.2 Manufacturing processes 53
- 5.2.1 Mechanical pulping and chemical pulping 55
- 5.2.2 Forming process 55
- 5.2.3 Drying process 55
- 5.2.4 3D printing 56
- 5.2.5 Process heat as a design variable 56
- 5.2.6 AI-driven visual inspection and in-line quality control 56
5.3 Types of moulded pulp 57
- 5.3.1 Wet moulding 59
  - 5.3.1.1 Thick-wall (Type 1) 59
  - 5.3.1.2 Transfer moulded (Type 2) 59
  - 5.3.1.3 Thermoformed fibre (Type 3) 59
  - 5.3.1.4 Processed pulp (Type 4) 59
- 5.3.2 Dry-moulded / thermoformed fibre 60
  - 5.3.2.1 Dry-moulded fibre on existing paper/board/thermoforming lines 60
  - 5.3.2.2 Fibre functionalisation — plastic-free natural fibre materials 60
- 5.3.3 Hollow shapes — scaling bottles, containers and tubes 60
  - 5.3.3.1 Closing the gap between prototype and industrial-scale production 60
  - 5.3.3.2 Automated production systems and cycle-time stability 61
5.4 Properties of moulded products 61
- 5.4.1 Grades and prices 61
- 5.4.2 Additives 62
- 5.4.3 Strength and lightweighting 63
- 5.4.4 Formability, humidity resistance and end-of-life trade-offs 63
5.5 Barrier coatings and functional layers 64
- 5.5.1 Bio-based wet-end oil and grease resistant (OGR) solutions 65
- 5.5.2 BfR XXXVI-compliant wet-end chemistries 65
- 5.5.3 100% cellulose barriers — microfibrillated cellulose (MFC) and double-dipping 65
- 5.5.4 PFAS-free bio-polymer dispersions and bio-based wax emulsions 65
- 5.5.5 Nanocellulose and plasma coatings 66
- 5.5.6 Multi-layer barrier architectures and lamination 66
5.6 Paper and fibre-based bottles 67
- 5.6.1 Wet-moulded fibre bottles 68
- 5.6.2 Dry-moulded paper bottles — state of development 68
- 5.6.3 Paper-based caps and closures 68
- 5.6.4 Downstream: cleaning, filling and secondary packaging 68
5.7 E-commerce and transit packaging: moulded fibre vs EPS 69

6 COMPETITIVE LANDSCAPE AND CASE STUDIES 72

6.1 Key highlights 72
6.2 Industry associations and consortia 73
6.3 Case study: PulPac and Diageo — Johnnie Walker paper bottle 75
6.4 Case study: Tony's Chocolonely moulded fibre advent calendar (SFA Packaging) 76
6.5 Case study: Metsä Spring — moulded fibre food trays with barrier film 77
6.6 Case study: Stora Enso and Matrix Pack innovation partnership 78
6.7 Case study: Flora 78
6.8 Case study: Yangi — pilot-to-production collaboration model 79
6.9 Case study: Fiberdom Duranova® — plastic-free fibre on existing lines 79
6.10 Case study: Grenoble INP / Cellulose Valley LCA — wet, dry and plastic thermoformed trays 80

7 END-USE MARKETS AND FORECASTS 82

7.1 Foodservice 83
- 7.1.1 Products (takeaway, disposables) 83
- 7.1.2 Global market 2026–2036 (revenues and tonnes) 84
7.2 Retail food and drink 86
- 7.2.1 Products 86
- 7.2.2 Global market 2026–2036 (revenues and tonnes) 87
7.3 Fast-moving consumer goods (FMCG) including cosmetics 89
- 7.3.1 Products 89
- 7.3.2 Global market 2026–2036 (revenues and tonnes) 90
7.4 Industrial and engineered packaging 92
- 7.4.1 Electronics packaging 92
- 7.4.2 Vehicle / automotive parts packaging 93
- 7.4.3 E-commerce transit and protective packaging (moulded fibre vs EPS) 93
- 7.4.4 Global market 2026–2036 (revenues and tonnes) 93
7.5 Single-use medical 96
- 7.5.1 Products 96
- 7.5.2 Global market 2026–2036 (revenues and tonnes) 96
7.6 Horticultural 98
- 7.6.1 Products 98
- 7.6.2 Global market 2026–2036 (revenues and tonnes) 99
7.7 Consumer durables 101
- 7.7.1 Consumer electronics 101
- 7.7.2 Electrical appliances 101
- 7.7.3 Other durables 102
- 7.7.4 Global market 2026–2036 (revenues and tonnes) 102
7.8 End-use market CAGR comparison 104

8 REGIONAL MARKETS AND FORECASTS 106

8.1 North America 108
- 8.1.1 United States 108
- 8.1.2 Canada 108
- 8.1.3 Mexico 108
8.2 South & Central America 110
- 8.2.1 Brazil 110
- 8.2.2 Other South and Central America 110
8.3 Western Europe 111
- 8.3.1 France 111
- 8.3.2 Germany 112
- 8.3.3 Italy 112
- 8.3.4 Spain 112
- 8.3.5 United Kingdom 112
- 8.3.6 Other Western Europe 112
8.4 Eastern Europe 113
- 8.4.1 Poland 114
- 8.4.2 Russia 114
- 8.4.3 Other Eastern Europe 114
8.5 Middle East and Africa 115
- 8.5.1 Turkey 115
- 8.5.2 Other Middle East 115
- 8.5.3 Africa 116
8.6 Asia-Pacific 117
- 8.6.1 China 117
- 8.6.2 India 117
- 8.6.3 Japan 117
- 8.6.4 Other Asia-Pacific 117
8.7 Australasia 119
8.8 Country-level CAGR comparison 120

9 COMPANY PROFILES 121 (107 company profiles)

10 RESEARCH SCOPE AND METHODOLOGY 237

10.1 Report scope 237
10.2 Research methodology 237

11 REFERENCES 239

List of Tables

Table 1. Commonly used plastics in packaging 19
Table 2. Advantages of moulded fibre packaging 23
Table 3. Megatrends for moulded fibre packaging 24
Table 4. Global revenues for moulded fibre packaging, 2026–2036 (millions USD) 26
Table 5. Market segmentation for moulded fibre packaging, 2026–2036 (millions USD) 28
Table 6. Regional segmentation for moulded fibre packaging, 2026–2036 (revenues, millions USD) 30
Table 7. Market and technology challenges for moulded fibre packaging 31
Table 8. Real GDP growth rate by key region, 2020–2036 (% change, annual) 36
Table 9. US consumer price index, 12-month percentage change (annual average) 38
Table 10. Asia-Pacific end-of-period consumer prices, inflation (% change) 39
Table 11. Natural gas prices for household consumers in the EU, 2015–2025 (EUR per 100 kWh) 41
Table 12. Natural gas prices for non-household consumers in the EU, 2015–2025 (EUR per 100 kWh) 42
Table 13. Global retail e-commerce sales, 2020–2036 (USD trillion) 44
Table 14. Comparison of manufacturing processes for moulded fibre products 54
Table 15. Properties of forming-drying processes 56
Table 16. Properties of types of moulded pulp products 58
Table 17. Types of procedure for moulding pulp materials 59
Table 18. Grades and prices for moulded fibre products (indicative ranges, 2026) 61
Table 19. Additives used in moulded fibre products 62
Table 20. Comparison of moulded fibre and expanded polystyrene (EPS) in transit packaging 70
Table 21. Markets and applications for moulded fibre packaging products 83
Table 22. Examples of moulded fibre products in foodservice 84
Table 23. Global market revenues for moulded fibre products in foodservice, 2026–2036 (millions USD) 84
Table 24. Global market volume for moulded fibre products in foodservice, 2026–2036 (thousand tonnes) 85
Table 25. Examples of moulded fibre products in retail food and drink 86
Table 26. Global market revenues for moulded fibre products in retail food and drink, 2026–2036 (millions USD) 87
Table 27. Global market volume for moulded fibre products in retail food and drink, 2026–2036 (thousand tonnes) 88
Table 28. Example moulded fibre products in FMCG 90
Table 29. Global market revenues for moulded fibre products in FMCG (including cosmetics), 2026–2036 (millions USD) 90
Table 30. Global market volume for moulded fibre products in FMCG (including cosmetics), 2026–2036 (thousand tonnes) 91
Table 31. Applications of moulded fibre packaging in industrial and engineered packaging 93
Table 32. Global market revenues for moulded fibre products in industrial and engineered packaging, 2026–2036 (millions USD) 93
Table 33. Global market volume for moulded fibre products in industrial and engineered packaging, 2026–2036 (thousand tonnes) 94
Table 34. Applications of moulded fibre packaging in single-use medical applications 96
Table 35. Global market revenues for moulded fibre products in single-use medical, 2026–2036 (millions USD) 96
Table 36. Global market volume for moulded fibre products in single-use medical, 2026–2036 (thousand tonnes) 97
Table 37. Applications of moulded fibre packaging in horticulture 99
Table 38. Global market revenues for moulded fibre products in horticulture, 2026–2036 (millions USD) 99
Table 39. Global market volume for moulded fibre products in horticulture, 2026–2036 (thousand tonnes) 100
Table 40. Global market revenues for moulded fibre products in consumer durables, 2026–2036 (millions USD) 102
Table 41. Global market volume for moulded fibre products in consumer durables, 2026–2036 (thousand tonnes) 103
Table 42. Regional segmentation for moulded fibre packaging — revenues and CAGR, 2026–2036 (USD million) 107
Table 43. North America moulded fibre packaging revenues by country, 2026–2036 (USD million) 109
Table 44. South & Central America moulded fibre packaging revenues, 2026–2036 (USD million) 110
Table 45. Western Europe moulded fibre packaging revenues by country, 2026–2036 (USD million) 112
Table 46. Eastern Europe moulded fibre packaging revenues by country, 2026–2036 (USD million) 114
Table 47. Middle East & Africa moulded fibre packaging revenues by country, 2026–2036 (USD million) 116
Table 48. Asia-Pacific moulded fibre packaging revenues by country, 2026–2036 (USD million) 118
Table 49. Australasia moulded fibre packaging revenues, 2026–2036 (USD million) 119

List of Figures

Figure 1. Example moulded fibre packaging products. 20
Figure 2. Dry-moulded fibre Baileys bottle. 21
Figure 3. Paper Water Bottle. 21
Figure 4. Global revenues for moulded fibre packaging, 2026–2036 (USD billion) 27
Figure 5. Market segmentation for moulded fibre packaging, 2026–2036 (USD million) 29
Figure 6. Regional segmentation for moulded fibre packaging, 2026–2036 (USD billion) 30
Figure 7. Real GDP growth, annual, by key regions, 2020–2036 (% change) 37
Figure 8. US 12-month percentage change, consumer price index, 2020–2030 (annual average) 39
Figure 9. Asia-Pacific inflation by key country, 2020–2030 (end-of-period consumer prices, % change) 40
Figure 10. Natural gas prices for EU household consumers, 2015–2025 (EUR per 100 kWh) 42
Figure 11. Natural gas prices for EU non-household consumers, 2015–2025 (EUR per 100 kWh 43
Figure 12. Global retail e-commerce sales, 2020–2036 (USD trillion) 44
Figure 13. Regulatory timeline affecting moulded fibre packaging, 2024–2036 46
Figure 14. Global PFAS regulatory restrictions on packaging, 2026 49
Figure 15. Cellulose fibre sources for moulded fibre packaging — typical composition comparison (% dry weight) 51
Figure 16. Manufacturing process flow for moulded fibre packaging 54
Figure 17. Wet-moulded fibre vs dry-moulded fibre — relative performance comparison 57
Figure 18. ISO 10638 moulded pulp types — quality-price positioning 58
Figure 19. Barrier coating technologies for moulded fibre — performance comparison across seven criteria (relative scores, 0 = weak, 10 = strong) 64
Figure 20. Barrier coating market share by technology, 2026 vs 2036 (% of applied barrier volume on moulded fibre) 67
Figure 21. Paper and fibre-based bottle platforms — development stage, 2026 (0 = concept; 6 = mature commercial scale-up) 67
Figure 22. Moulded fibre vs expanded polystyrene (EPS) — performance comparison across eight criteria (relative scores, 0 = poor, 10 = excellent) 69
Figure 23. Global e-commerce transit packaging demand and moulded fibre substitution share, 2026–2036 71
Figure 24. Top 10 global moulded fibre packaging converters — estimated market share, 2026 (% by revenue) 72
Figure 25. Johnnie Walker paper bottle 75
Figure 26. Tony's Chocolonely moulded fibre advent calendar (SFA Packaging) 76
Figure 27. Grenoble INP – Cellulose Valley prospective LCA — wet-moulded, dry-moulded and plastic thermoformed food trays across six environmental indicators (per kg of packaging) 81
Figure 28. Moulded fibre packaging market — share by end-use segment, 2026 (% of global revenues) 82
Figure 29. Global market revenues for moulded fibre products in retail food and drink, 2026–2036 (USD million) 88
Figure 30. Global market volume for moulded fibre products in retail food and drink, 2026–2036 (thousand tonnes) 89
Figure 31. Global market revenues for moulded fibre products in FMCG (including cosmetics), 2026–2036 (USD million) 91
Figure 32. Global market volume for moulded fibre products in FMCG (including cosmetics), 2026–2036 (thousand tonnes) 92
Figure 33. Global market revenues for moulded fibre products in industrial and engineered packaging, 2026–2036 (USD million) 94
Figure 34. Global market volume for moulded fibre products in industrial and engineered packaging, 2026–2036 (thousand tonnes) 95
Figure 35. Global market revenues for moulded fibre products in single-use medical, 2026–2036 (USD million) 97
Figure 36. Global market volume for moulded fibre products in single-use medical, 2026–2036 (thousand tonnes) 98
Figure 37. Global market revenues for moulded fibre products in horticulture, 2026–2036 (USD million) 100
Figure 38. Global market volume for moulded fibre products in horticulture, 2026–2036 (thousand tonnes) 101
Figure 39. Global market revenues for moulded fibre products in consumer durables, 2026–2036 (USD million) 103
Figure 40. Global market volume for moulded fibre products in consumer durables, 2026–2036 (thousand tonnes) 104
Figure 41. Moulded fibre packaging — CAGR comparison by end-use segment, 2026–2036 105
Figure 42. Regional segmentation for moulded fibre packaging, 2026 vs 2036 (% of global revenues) 106
Figure 43. Regional CAGR comparison for moulded fibre packaging, 2026–2036 107
Figure 44. North America moulded fibre packaging revenues by country, 2026–2036 (USD million) 109
Figure 45. South & Central America moulded fibre packaging revenues by country, 2026–2036 (USD million) 111
Figure 46. Western Europe moulded fibre packaging revenues by country, 2026–2036 (USD million) 113
Figure 47. Eastern Europe moulded fibre packaging revenues by country, 2026–2036 (USD million) 115
Figure 48. Middle East & Africa moulded fibre packaging revenues by country, 2026–2036 (USD million) 116
Figure 49. Asia-Pacific moulded fibre packaging revenues by country, 2026–2036 (USD million) 118
Figure 50. Australasia moulded fibre packaging revenues, 2026–2036 (USD million) 119
Figure 51. Country-level CAGR comparison for moulded fibre packaging — top 15 national markets, 2026–2036 120
Figure 52. Be Green Packaging moulded fibre products. 126
Figure 53. Beyond Meat Molded Fiber Sausage Tray. 127
Figure 54. Moulded fibre trays for contact lenses. 132
Figure 55. Cullen Eco-Friendly Packaging beerGUARD moulded fibre trays. 141
Figure 56. Moulded fibre plastic rings. 144
Figure 57. Genera moulded fibre meat trays. 159
Figure 58. Unilever Carte D’Or ice cream packaging. 164
Figure 59. Matrix Pack moulded-fibre beverage cup lid. 177
Figure 60. Moulded fibre Labeling applied to products. 178
Figure 61. Coca-cola paper bottle prototype. 190
Figure 62. PulPac dry moulded fibre packaging for cosmetics. 200
Figure 63. Moulded fibre tray. 205
Figure 64. Moulded pulp bottles. 215
Figure 65. Moulded fibre laundry detergent bottle. 220
Figure 66. Tanbark’s clamshell product. 222
Figure 67. Varden coffee pod. 231
Figure 68. npulp packaging. 235

Purchasers will receive the following:

PDF report download/by email.
Comprehensive Excel spreadsheet of all data.
Mid-year Update

The Global Moulded Fibre Packaging Market 2026–2036

PDF download/by email.