Aerospace Composites Market is expected to grow at a CAGR of 9.27% during the forecast period and is expected to reach US$ 31.71 Bn by 2029. The report includes the analysis of impact of COVID-19 lock-down on the revenue of market leaders, followers, and disrupters. Since lock down was implemented differently in different regions and countries, impact of same is also different by regions and segments. The report has covered the current short term and long term impact on the market, same will help decision makers to prepare the outline for short term and long term strategies for companies by region.To know about the Research Methodology:-Request Free Sample Report Phenomenal properties such as lightweight materials, high order backlog of aircraft deliveries, high penetration of composite materials in aircraft structures, improving their lift-to-weight ratio, excellent strength, good stiffness-to-density ratios, stability at high temperature, longer durability and superior physical properties, which make them ideal materials for the aerospace hence driving the market. The market for aerospace composites is mainly driven by commercial aircraft s coupled with military and defense activities. In terms of the resin type, thermosetting resins is dominating aerospace composites market constituting more than half market. Epoxy and phenolics in aircraft internal structures provides various benefits such as resistance to corrosives and solvents, fatigue strength, excellent adhesion, resistance to high temperature and heat, and excellent finishing. Thermosetting resins are expected to mark high growth over the forecast period. Superior impact toughen of thermoset resins such as improved mechanical strength, high corrosion-resistance, and low-weight, over other resin types, have contributed to its increasing liability across varied aerospace utilities. Based on fiber, aerospace composite can be segmented into carbon, ceramic, aramid and glass. Carbon fiber composites segment is expected to lead the aerospace composites market during the forecast period. Attributable to its properties such as superior heat-resistance, fire-resistance, high stiffness, and exceptional load carrying properties increasing demand from the military and commercial aerospace segment. Based on aircraft type, the aerospace composites market is divided into commercial aircraft business and general aviation aircraft military aircraft civil helicopter, and others (spacecraft). Commercial Aircraft has been leading the global market contributes almost half of market. Military aircraft will be second leading segment. Region-wise, increasing use of aerospace composites in the commercial and military aircraft is the key reason driving the growth of the North America’s aerospace composites market. Presence of major aerospace manufacturers and mass production of aerospace parts using aerospace composites are driving the growth of the North American aerospace composites market. North America will mark a higher CAGR in a coming forecast period. On account of development led by countries like China India and Japan Asia Pacific will be marking a pace growth to market. Middle East & Africa is also expected to have a growth on account of growing number of maintenance, repair, and operational activities in the region. The report also helps in understanding Global Aerospace Composites market dynamics, structure by analyzing the market segments, and project the Global Aerospace Composites market size. Clear representation of competitive analysis of key players by type, price, financial position, product portfolio, growth strategies, and regional presence in the Global Aerospace Composites market make the report investor’s guide. The objective of the report is to present a comprehensive analysis of the Global Aerospace Composites Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers and new entrants by Region. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors by Region on the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Aerospace Composites Market dynamics, structure by analyzing the market segments and project the Global Aerospace Composites Market size. Clear representation of competitive analysis of key players by Type, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Aerospace Composites Market make the report investor’s guide.
Aerospace Composites Market Scope: Inquire before buying
Global Aerospace Composites Market Report Coverage Details Base Year: 2022 Forecast Period: 2023-2029 Historical Data: 2018 to 2022 Market Size in 2022: US $ 17.04 Bn. Forecast Period 2023 to 2029 CAGR: 9.27% Market Size in 2029: US $ 31.71 Bn. Segments Covered: by Resin Type Thermosetting Epoxy Phenolics Polyester Polyimides by Fiber Type Glass Carbon Ceramic Aramid by Aircraft Type Commercial Aircraft Business And General Aviation Aircraft Military Aircraft Civil Helicopter Others Aerospace Composites Market, by Region:
North America (United States, Canada and Mexico) Europe (UK, France, Germany, Italy, Spain, Sweden, Austria and Rest of Europe) Asia Pacific (China, South Korea, Japan, India, Australia, Indonesia, Malaysia, Vietnam, Taiwan, Bangladesh, Pakistan and Rest of APAC) Middle East and Africa (South Africa, GCC, Egypt, Nigeria and Rest of ME&A) South America (Brazil, Argentina Rest of South America)Aerospace Composites Market Key Players:
1. Bally Ribbon Mills. 2. DuPont. 3. Cytec C Solvay Group. 4. Hexcel. 5. SGL Carbon. 6. Toray Industries. 7. Toho Tenax. 8. Mitsubishi Chemical Carbon Fiber Composites 9. Koninklijke TenCate 10.BASF 11.Royal Ten Cate 12.Teijin Limited 13.Huntsman International LLC 14.Argosy International LLC 15.E.I. DuPont de Nemours 16.LMI Aerospace 17.Materion Aerospace Metal Composites 18.Renegade Materials Corporation 19.Quantum Composites 20.Solvay 21.VX Aerospace 22.AIM Aerospace 23.CTG 24.Hindustan Aeronautics Limited 25.ATLAS COMPOSITE TECHNOLOGIES Frequently Asked Questions: 1. Which region has the largest share in Global Aerospace Composites Market? Ans: North America region held the highest share in 2022. 2. What is the growth rate of Global Aerospace Composites Market? Ans: The Global Market is growing at a CAGR of 9.27% during forecasting period 2023-2029. 3. What is scope of the Global Aerospace Composites market report? Ans: Global Market report helps with the PESTEL, PORTER, COVID-19 Impact analysis, Recommendations for Investors & Leaders, and market estimation of the forecast period. 4. Who are the key players in Global market? Ans: The important key players in the Global Market are – Bally Ribbon Mills., DuPont., Cytec C Solvay Group., Hexcel., SGL Carbon., Toray Industries., Toho Tenax., Mitsubishi Chemical Carbon Fiber Composites, Koninklijke TenCate, BASF, Royal Ten Cate, Teijin Limited, Huntsman International LLC, Argosy International LLC, E.I. DuPont de Nemours, LMI Aerospace, and Materion Aerospace Metal Composites 5. What is the study period of this market? Ans: The Global Aerospace Composites Market is studied from 2022 to 2029.
Global Aerospace Composites Market
1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 1.4. Key Questions Answered 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations Used 2.3. Research Methodology 3. Executive Summary 3.1. Global Aerospace Composite market Size, by Market Value (US$ Bn) and Market, by Region 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.3. Drivers and Restraints Snapshot Analysis 4.3.1. Drivers 4.3.2. Restraints 4.3.3. Opportunities 4.3.4. Porter’s Analysis 4.3.5. Value Chain Analysis 4.3.6. SWOT Analysis 5. Global Aerospace Composite market Analysis and Forecast 5.1. Global Aerospace Composite market Analysis and Forecast 5.2. Global Aerospace Composite market Size & Y-o-Y Growth Analysis 5.2.1. North America 5.2.2. Europe 5.2.3. Asia Pacific 5.2.4. Middle East & Africa 5.2.5. Latin America 6. Global Aerospace Composite market Analysis and Forecast, by Resin type 6.1. Introduction and Definition 6.2. Key Findings 6.3. Global Aerospace Composite market Value Share Analysis, by Resin type 6.4. Global Aerospace Composite Market Size (US$ Bn) Forecast, by Resin type 6.5. Global Aerospace Composite market Analysis, by Resin type 6.6. Global Aerospace Composite market Attractiveness Analysis, by Resin type 7. Global Aerospace Composite market Analysis and Forecast, by Fiber type 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global Aerospace Composite market Value Share Analysis, by Fiber type 7.4. Global Aerospace Composite Market Size (US$ Bn) Forecast, by Fiber type 7.5. Global Aerospace Composite market Analysis, by Fiber type 7.6. Global Aerospace Composite market Attractiveness Analysis, by Fiber type 8. Global Aerospace Composite market Analysis and Forecast, by Aircraft type 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global Aerospace Composite market Value Share Analysis, by Aircraft type 8.4. Global Aerospace Composite Market Size (US$ Bn) Forecast, by Aircraft type 8.5. Global Aerospace Composite market Analysis, by Aircraft type 8.6. Global Aerospace Composite market Attractiveness Analysis, by Aircraft type 9. Global Aerospace Composite market Analysis, by Region 9.1. Key Findings 9.2. Global Aerospace Composite market Value Share Analysis, by Region 9.3. Global Aerospace Composite Market Size (US$ Bn) Forecast, by Region 9.4. Global Aerospace Composite market Analysis, by Fiber type 9.5. Global Aerospace Composite market Attractiveness Analysis, by Region 10. North America Aerospace Composite market Analysis 10.1. North America Aerospace Composite market Overview 10.2. North America Aerospace Composite market Value Share Analysis, by Resin type 10.3. North America Aerospace Composite market Forecast, by Resin type 10.3.1. Thermosetting 10.3.2. Epoxy 10.3.3. Poyester 10.3.4. Phenolics 10.3.5. Polyimide 10.4. North America Aerospace Composite market Value Share Analysis, by Aircraft type 10.5. North America Aerospace Composite market Forecast, by Aircraft type 10.5.1. Commercial Aircraft 10.5.2. Business and general aviation aircraft 10.5.3. Military aircraft 10.5.4. Civil helicopter 10.5.5. Others 10.6. North America Aerospace Composite market Value Share Analysis, by Fiber type 10.7. North America Aerospace Composite market Forecast, by Fiber type 10.7.1. Glass 10.7.2. Carbon 10.7.3. Ceramic 10.7.4. Aramid 10.8. North America Aerospace Composite market Value Share Analysis, by Country 10.9. North America Aerospace Composite market Forecast, by Country 10.9.1.1. U.S.. 10.9.1.2. Canada. 10.10. North America Aerospace Composite market Analysis, by Country 10.10.1.1. U.S.. 10.10.1.2. Canada. 10.11. U.S. Aerospace Composite market Forecast, by Resin type 10.11.1. Thermosetting 10.11.2. Epoxy 10.11.3. Poyester 10.11.4. Phenolics 10.11.5. Polyimide 10.12. U.S. Aerospace Composite market Forecast, by Aircraft type 10.12.1. Commercial Aircraft 10.12.2. Business and general aviation aircraft 10.12.3. Military aircraft 10.12.4. Civil helicopter 10.12.5. Others 10.13. U.S. Aerospace Composite market Forecast, by Fiber type 10.13.1. Glass 10.13.2. Carbon 10.13.3. Ceramic 10.13.4. Aramid 10.14. Canada Aerospace Composite market Forecast, by Resin type 1014.1. Thermosetting 1014.2. Epoxy 1014.3. Poyester 1014.4. Phenolics 1014.5. Polyimide 10.15. Canada Aerospace Composite market Forecast, by Aircraft type 10.15.1. Commercial Aircraft 10.15.2. Business and general aviation aircraft 10.15.3. Military aircraft 10.15.4. Civil helicopter 10.15.5. Others 10.16. Canada Aerospace Composite market Forecast, by Fiber type 10.16.1. Glass 10.16.2. Carbon 10.16.3. Ceramic 10.16.4. Aramid 10.17. North America Aerospace Composite market Attractiveness Analysis 10.17.1. By Resin type 10.17.2. By Fiber type 10.17.3. By Aircraft Type 10.18. PEST Analysis 11. Europe Aerospace Composite market Analysis 11.15. Key Findings 11.16. Europe Aerospace Composite market Overview 11.17. Europe Aerospace Composite market Value Share Analysis, by Resin type 11.18. Europe Aerospace Composite market Forecast, by Resin type 11.18.1. Thermosetting 11.18.2. Epoxy 11.18.3. Poyester 11.18.4. Phenolics 11.18.5. Polyimide 11.19. Europe Aerospace Composite market Value Share Analysis, by Aircraft type 11.19.1. Europe Aerospace Composite market Forecast, by Aircraft type 11.19.2. Commercial Aircraft 11.19.3. Business and general aviation aircraft 11.19.4. Military aircraft 11.19.5. Civil helicopter 11.19.6. Others 11.20. Europe Aerospace Composite market Value Share Analysis, by Fiber type 11.20.1. Europe Aerospace Composite market Forecast, by Fiber Type 11.20.2. Glass 11.20.3. Carbon 11.20.4. Ceramic 11.20.5. Aramid 11.21. Europe Aerospace Composite market Forecast, by Country 11.21.1.1. Germany 11.21.1.2. U.K. 11.21.1.3. France 11.21.1.4. Italy 11.21.1.5. Spain 11.21.1.6. Rest of Europe 11.22. Europe Aerospace Composite market Analysis, by Country/ Sub-region 11.23. Germany Aerospace Composite market Forecast, by Resin type 11.23.1. Thermosetting 11.23.2. Epoxy 11.23.3. Poyester 11.23.4. Phenolics 11.23.5. Polyimide 11.24. Germany Aerospace Composite market Forecast, by Aircraft type 11.24.1. Commercial Aircraft 11.24.2. Business and general aviation aircraft 11.24.3. Military aircraft 11.24.4. Civil helicopter 11.24.5. Others 11.25. Germany Aerospace Composite market Forecast, by Fiber type 11.25.1. Glass 11.25.2. Carbon 11.25.3. Ceramic 11.25.4. Aramid 11.26. U.K. Aerospace Composite market Forecast, by Resin type 11.26.1. Thermosetting 11.26.2. Epoxy 11.26.3. Poyester 11.26.4. Phenolics 11.26.5. Polyimide 11.27. U.K. Aerospace Composite market Forecast, by Aircraft type 11.27.1. Commercial Aircraft 11.27.2. Business and general aviation aircraft 11.27.3. Military aircraft 11.27.4. Civil helicopter 11.27.5. Others 11.28. U.K. Aerospace Composite market Forecast, by Fiber type 11.28.1. Glass 11.28.2. Carbon 11.28.3. Ceramic 11.28.4. Aramid 11.29. France Aerospace Composite market Forecast, by Resin type 11.29.1. Thermosetting 11.29.2. Epoxy 11.29.3. Poyester 11.29.4. Phenolics 11.29.5. Polyimide 11.30. France Aerospace Composite market Forecast, by Aircraft type 11.30.1. Commercial Aircraft 11.30.2. Business and general aviation aircraft 11.30.3. Military aircraft 11.30.4. Civil helicopter 11.30.5. Others 11.31. France Aerospace Composite market Forecast, by Fiber type 11.31.1. Glass 11.31.2. Carbon 11.31.3. Ceramic 11.31.4. Aramid 11.32. Italy Aerospace Composite market Forecast, by Resin type 11.32.1. Thermosetting 11.32.2. Epoxy 11.32.3. Poyester 11.32.4. Phenolics 11.32.5. Polyimide 11.33. Italy Aerospace Composite market Forecast, by Aircraft type 11.33.1. Commercial Aircraft 11.33.2. Business and general aviation aircraft 11.33.3. Military aircraft 11.33.4. Civil helicopter 11.33.5. Others 11.34. Italy Aerospace Composite market Forecast, by Fiber type 11.34.1. Glass 11.34.2. Carbon 11.34.3. Ceramic 11.34.4. Aramid 11.35. Spain Aerospace Composite market Forecast, by Resin type 11.35.1. Thermosetting 11.35.2. Epoxy 11.35.3. Poyester 11.35.4. Phenolics 11.35.5. Polyimide 11.36. Spain Aerospace Composite market Forecast, by Aircraft type 11.36.1. Commercial Aircraft 11.36.2. Business and general aviation aircraft 11.36.3. Military aircraft 11.36.4. Civil helicopter 11.36.5. Others 11.37. Spain Aerospace Composite market Forecast, by Fiber type 11.37.1. Glass 11.37.2. Carbon 11.37.3. Ceramic 11.37.4. Aramid 11.38. Rest of Europe Aerospace Composite market Forecast, by Resin type 11.38.1. Thermosetting 11.38.2. Epoxy 11.38.3. Poyester 11.38.4. Phenolics 11.38.5. Polyimide 11.39. Rest of Europe Aerospace Composite market Forecast, by Aircraft type 11.40. Rest of Europe Aerospace Composite market Forecast, by Material 11.40.1. Commercial Aircraft 11.40.2. Business and general aviation aircraft 11.40.3. Military aircraft 11.40.4. Civil helicopter 11.40.5. Others 11.41. Rest of Europe Aerospace Composite market Forecast, by Fiber type 11.41.1. Glass 11.41.2. Carbon 11.41.3. Ceramic 11.41.4. Aramid 11.42. Europe Aerospace Composite market Attractiveness Analysis 11.42.1. By Resin type 11.42.2. By Aircraft type 11.42.3. By Aircraft type 11.42.4. By Region 11.43. PEST Analysis 12. Asia Pacific Aerospace Composite market Analysis 12.15. Key Findings 12.16. Asia Pacific Aerospace Composite market Overview 12.17. Asia Pacific Aerospace Composite market Value Share Analysis, by Resin type 12.18. Asia Pacific Aerospace Composite market Forecast, by Resin type 12.18.1. Thermosetting 12.18.2. Epoxy 12.18.3. Poyester 12.18.4. Phenolics 12.18.5. Polyimide 12.19. Asia Pacific Aerospace Composite market Value Share Analysis, by Fiber type 12.20. Asia Pacific Aerospace Composite market Forecast, by Aircraft type 12.20.1. Commercial Aircraft 12.20.2. Business and general aviation aircraft 12.20.3. Military aircraft 12.20.4. Civil helicopter 12.20.5. Others 12.21. Asia Pacific Aerospace Composite market Value Share Analysis, by Aircraft type 12.22. Asia Pacific Aerospace Composite market Forecast, by Aircraft type 12.22.1. Glass 12.22.2. Carbon 12.22.3. Ceramic 12.22.4. Aramid 12.23. Asia Pacific Aerospace Composite market Value Share Analysis, by Country 12.24. Asia Pacific Aerospace Composite market Forecast, by Country 12.24.1. China. 12.24.2. India. 12.24.3. Japan. 12.24.4. ASEAN. 12.24.5. Rest of Asia Pacific. 12.25. Asia Pacific Aerospace Composite market Analysis, by Country/ Sub-region 12.26. China Aerospace Composite market Forecast, by Resin type 12.26.1. Thermosetting 12.26.2. Epoxy 12.26.3. Poyester 12.26.4. Phenolics 12.26.5. Polyimide 12.27. China Aerospace Composite market Forecast, by Fiber type 12.27.1. Commercial Aircraft 12.27.2. Business and general aviation aircraft 12.27.3. Military aircraft 12.27.4. Civil helicopter 12.27.5. Others 12.28. China Aerospace Composite market Forecast, by Aircraft type 12.29. India Aerospace Composite market Forecast, by Aircraft type 12.29.1. Glass 12.29.2. Carbon 12.29.3. Ceramic 12.29.4. Aramid 12.30. India Aerospace Composite market Forecast, by Aircraft type 12.30.1. Commercial Aircraft 12.30.2. Business and general aviation aircraft 12.30.3. Military aircraft 12.30.4. Civil helicopter 12.30.5. Others 12.31. Japan Aerospace Composite market Forecast, by Resin type 12.31.1. Thermosetting 12.31.2. Epoxy 12.31.3. Poyester 12.31.4. Phenolics 12.31.5. Polyimide 12.32. Japan Aerospace Composite market Forecast, by Fiber type 12.32.1. Glass 12.32.2. Carbon 12.32.3. Ceramic 12.32.4. Aramid 12.33. ASEAN Aerospace Composite market Forecast, by Resin type 12.33.1. Thermosetting 12.33.2. Epoxy 12.34. ASEAN Aerospace Composite market Forecast, by Aircraft type 12.34.1. Commercial Aircraft 12.34.2. Business and general aviation aircraft 12.34.3. Military aircraft 12.34.4. Civil helicopter 12.34.5. Others 12.35. ASEAN Aerospace Composite market Forecast, by Fiber type 12.35.1. Glass 12.35.2. Carbon 12.35.3. Ceramic 12.35.4. Aramid 12.36. Rest of Asia Pacific Aerospace Composite market Forecast, by Resin type 12.36.1. Thermosetting 12.36.2. Epoxy 12.36.3. Poyester 12.36.4. Phenolics 12.36.5. Polyimide 12.37. Rest of Asia Pacific Aerospace Composite market Forecast, by Aircraft type 12.37.1. Commercial Aircraft 12.37.2. Business and general aviation aircraft 12.37.3. Military aircraft 12.37.4. Civil helicopter 12.37.5. Others 12.38. Rest of Asia Pacific Aerospace Composite market Forecast, by Fiber type 12.38.1. Glass 12.38.2. Carbon 12.38.3. Ceramic 12.38.4. Aramid 12.39. Asia Pacific Aerospace Composite market Attractiveness Analysis 12.39.1. By Resin type 12.39.2. By Aircraft 12.39.3. By Fiber type 12.40. PEST Analysis 13. Middle East & Africa Aerospace Composite market Analysis 13.15. Key Findings 13.16. Middle East & Africa Aerospace Composite market Overview 13.17. Middle East & Africa Aerospace Composite market Value Share Analysis, by Resin type 13.18. Middle East & Africa Aerospace Composite market Forecast, by Resin type 13.18.1. Thermosetting 13.18.2. Epoxy 13.18.3. Poyester 13.18.4. Phenolics 13.18.5. Polyimide 13.19. Middle East & Africa Aerospace Composite market Value Share Analysis, by Aircraft type 13.20. Middle East & Africa Aerospace Composite market Forecast, by Aircraft type 13.20.1. Commercial Aircraft 13.20.2. Business and general aviation aircraft 13.20.3. Military aircraft 13.20.4. Civil helicopter 13.20.5. Others 13.21. Middle East & Africa Aerospace Composite market Value Share Analysis, by Fiber type 13.21.1. Glass 13.21.2. Carbon 13.21.3. Ceramic 13.21.4. Aramid 13.22. Middle East & Africa Aerospace Composite market Value Share Analysis, by Country 13.23. Middle East & Africa Aerospace Composite market Forecast, by Country 13.23.1. GCC. 13.23.2. South Africa. 13.23.3. Rest of Middle East & Africa. 13.24. Middle East & Africa Aerospace Composite market Analysis, by Country/ Sub-region 13.25. GCC Aerospace Composite market Forecast, by Resin type 13.25.1. Thermosetting 13.25.2. Epoxy 13.25.3. Poyester 13.25.4. Phenolics 13.25.5. Polyimide 13.26. GCC Aerospace Composite market Forecast, by Aircraft type 13.26.1. Commercial Aircraft 13.26.2. Business and general aviation aircraft 13.26.3. Military aircraft 13.26.4. Civil helicopter 13.26.5. Others 13.27. GCC Aerospace Composite market Forecast, by Application type 13.27.1. Glass 13.27.2. Carbon 13.27.3. Ceramic 13.27.4. Aramid 13.28. South Africa Aerospace Composite market Forecast, by Resin type 13.28.1. Thermosetting 13.28.2. Epoxy 13.28.3. Poyester 13.28.4. Phenolics 13.28.5. Polyimide 13.29. South Africa Aerospace Composite market Forecast, by Aircraft type 13.29.1. Commercial Aircraft 13.29.2. Business and general aviation aircraft 13.29.3. Military aircraft 13.29.4. Civil helicopter 13.29.5. Others 13.30. South Africa Aerospace Composite market Forecast, by Fiber type 13.30.1. Glass 13.30.2. Carbon 13.30.3. Ceramic 13.30.4. Aramid 13.31. Rest of Middle East & Africa Aerospace Composite market Forecast, by Resin type 13.31.1. Thermosetting 13.31.2. Epoxy 13.31.3. Poyester 13.31.4. Phenolics 13.31.5. Polyimide 13.32. Rest of Middle East & Africa Aerospace Composite market Forecast, by Aircraft type 13.32.1. Commercial Aircraft 13.32.2. Business and general aviation aircraft 13.32.3. Military aircraft 13.32.4. Civil helicopter 13.32.5. Others 13.33. Rest of Middle East & Africa Marine Lubricants market Forecast, by Fiber type 13.33.1. Glass 13.33.2. Carbon 13.33.3. Ceramic 13.33.4. Aramid 13.34. Middle East & Africa Aerospace Composite market Attractiveness Analysis 13.34.1. By Resin type 13.34.2. By Aircraft type 13.34.3. By Fiber Type 13.35. PEST Analysis 14. Latin America Aerospace Composite market Analysis 14.15. Key Findings 14.16. Latin America Aerospace Composite market Overview 14.17. Latin America Aerospace Composite market Value Share Analysis, by Resin type 14.18. Latin America Aerospace Composite market Forecast, by Resin type 14.18.1. Thermosetting 14.18.2. Epoxy 14.18.3. Poyester 14.18.4. Phenolics 14.18.5. Polyimide 14.19. Latin America Aerospace Composite market Value Share Analysis, by Aircraft type 14.20. Latin America Aerospace Composite market Forecast, by Aircraft type 14.20.1. Commercial Aircraft 14.20.2. Business and general aviation aircraft 14.20.3. Military aircraft 14.20.4. Civil helicopter 14.20.5. Others 14.21. Latin America Aerospace Composite market Value Share Analysis, by Aircraft type 14.22. Latin America Aerospace Composite market Forecast, by Aircraft type 14.22.1. Glass 14.22.2. Carbon 14.22.3. Ceramic 14.22.4. Aramid 14.23. Latin America Aerospace Composite market Value Share Analysis, by Country 14.24. Latin America Aerospace Composite market Forecast, by Country 14.24.1. Brazil 14.24.2. Mexico 14.24.3. Rest of Latin America 14.25. Latin America Aerospace Composite market Analysis, by Country/ Sub-region 14.26. Brazil Aerospace Composite market Forecast, by Resin type 14.26.1. Thermosetting 14.26.2. Epoxy 14.26.3. Poyester 14.26.4. Phenolics 14.26.5. Polyimide 14.27. Brazil Aerospace Composite market Forecast, by Aircraft type 14.27.1. Commercial Aircraft 14.27.2. Business and general aviation aircraft 14.27.3. Military aircraft 14.27.4. Civil helicopter 14.27.5. Others 14.28. Brazil Aerospace Composite market Forecast, by Fiber type 14.28.1. Glass 14.28.2. Carbon 14.28.3. Ceramic 14.28.4. Aramid 14.29. Mexico Aerospace Composite market Forecast, by Resin type 14.29.1. Thermosetting 14.29.2. Epoxy 14.29.3. Poyester 14.29.4. Phenolics 14.29.5. Polyimide 14.30. Mexico Aerospace Composite market Forecast, by Fiber type 14.30.1. Glass 14.30.2. Carbon 14.30.3. Ceramic 14.30.4. Aramid 14.31. Mexico Aerospace Composite market Forecast, by Aircraft type 14.31.1. Commercial Aircraft 14.31.2. Business and general aviation aircraft 14.31.3. Military aircraft 14.31.4. Civil helicopter 14.31.5. Others 14.32. Rest of Latin America Aerospace Composite market Forecast, by Resin type 14.32.1. Thermosetting 14.32.2. Epoxy 14.32.3. Poyester 14.32.4. Phenolics 14.32.5. Polyimide 14.33. Rest of Latin America Aerospace Composite market Forecast, by Aircraft type 14.33.1. Commercial Aircraft 14.33.2. Business and general aviation aircraft 14.33.3. Military aircraft 14.33.4. Civil helicopter 14.33.5. Others 14.34. Rest of Latin America Aerospace Composite market Forecast, by Fiber type 14.34.1. Glass 14.34.2. Carbon 14.34.3. Ceramic 14.34.4. Aramid 14.35. Latin America Aerospace Composite market Attractiveness Analysis 14.35.1. By Resin type 14.35.2. By Aircraft type 14.35.3. By Fiber Type 14.36. PEST Analysis 15. Company Profiles 15.1. Market Share Analysis, by Company 15.2. Competition Matrix 15.3. Company Profiles: Key Player 15.4. Bally Ribbon Mills 15.4.1. Company Overview 15.4.2. Financial Overview 15.4.3. Business Strategy 15.4.4. Recent Developments 15.4.5. Manufacturing Footprint 15.5. DuPont. 15.6. Cytec C Solvay Group. 15.7. Hexcel. 15.8. SGL Carbon. 15.9. Toray Industries. 15.10. Toho Tenax. 15.11. Mitsubishi Chemical Carbon Fiber Composites 15.12. Koninklijke TenCate 15.13. BASF 15.14. Royal Ten Cate 15.15. Teijin Limited 15.16. Huntsman International LLC 15.17. Argosy International LLC 15.18. E.I. DuPont de Nemours 15.19. LMI Aerospace 15.20. Materion Aerospace Metal Composites 15.21. Renegade Materials Corporation 15.22. Quantum Composites 15.23. Solvay 15.24. VX Aerospace 15.25. AIM Aerospace 15.26. CTG 15.27. Hindustan Aeronautics Limited 15.28. ATLAS COMPOSITE TECHNOLOGIES 16. Primary Key Insights