Aerospace Composites Market Size, Share, Growth, and Industry Analysis, By Type (CelaneseCarbon Fiber,Glass Fiber,Aramid Fiber,Epoxy,Phenolic,Others), By Application (Commercial Aviation,Military Aerospace), Regional Insights and Forecast to 2035

Aerospace Composites Market Overview

The global Aerospace Composites Market is forecast to expand from USD 31877.19 million in 2026 to USD 33662.32 million in 2027, and is expected to reach USD 53629.7 million by 2035, growing at a CAGR of 5.6% over the forecast period.

The aerospace composites market is dominated by carbon fiber composites holding about 52.5% share of aerospace composites demand by fiber type as of 2024. Thermoset resins accounted for 46.12% of the aerospace composites resin‐type share in 2024, with thermoplastics rising rapidly. Commercial aircraft (narrow‐body mainly) captured about 38.50% of the market by aircraft type in 2024. Exterior and airframe structural components represented roughly 50.51% of the market share in 2024. OEMs commanded approximately 80.51% of end‐user usage in 2024. North America held about 30.05% of global market share in 2025.

In the United States, aerospace composites usage accounted for the majority portion of North America’s share with the US making up about 69% of North America’s market in 2025. US demand in 2023 consumption reached over 20 kilo‑tons, making it the largest single country consumer and representing more than 40% of global aerospace composites demand volume in 2023. Fiber type usage in the USA is heavily weighted towards carbon fiber, which dominates over 50% of types used domestically. Thermoset resins remain the principal matrix applied in US aerospace composites, with thermoplastics growing but still under ~ 40% of domestic resin consumption. USA OEMs (such as major commercial aircraft manufacturers and defense contractors) account for roughly 80% of domestic demand, with the rest being MRO and aftermarket.

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Key Findings

• Key Market Driver: Carbon fiber composites hold 52.51% share by fiber type in 2024; thermoplastics rising; OEM demand constitutes 80.51% share of end use.
• Major Market Restraint: Glass fiber composites represent only about ~25–28% fiber usage; ceramic fiber still a small portion; supply chain limits in precursor PAN and resin systems affecting ~ 30% production constraints.
• Emerging Trends: Thermoplastics resin share increasing; automated fiber placement processes grew to 44.71% share by manufacturing process in 2024; rising ceramic matrix composites in hot‐section and defense programs (~ growth from low base).
• Regional Leadership: North America held ~ 30.05–40% of global market share in 2024‑2025; Europe around 25–35%; Asia‑Pacific contributing about 20–30% share; Middle East & Africa lowest single digits (~ 3–10%).
• Competitive Landscape: Top firms (Toray, Hexcel, Solvay) together occupy over 50–60% of market share in the advanced/thermosetting aerospace composites sub‐markets; Toray supplies over 30% of carbon fiber for aerospace applications; Hexcel controls ~ 22% in aerospace composites in some reports.
• Market Segmentation: By fiber, carbon fiber ~ 52.5%; glass fiber ~ 25–28%; aramid fiber ~ ∼15%; by aircraft type, commercial narrow‑body ~ 38.50%; by component, exterior/airframe ~ 50.51%; OEMs ~ 80.51% share of usage.
• Recent Development: Thermoplastics resin systems growing; automated fiber placement achieving ~ 44.71% share in process; capacity expansions in Asia‑Pacific; carbon fiber supply constrained by precursor availability affecting ~ 30% of planned capacity.

Aerospace Composites Market Latest Trends

The Aerospace Composites Market Trends reflect growing dominance of carbon fiber composites, with carbon fiber taking 52.51% share in 2024 globally by fiber type. Glass fiber composites, while still important for interiors and secondary structures, make up about 25–28% of fiber usage. The use of aramid fiber is around ~15% in specialized defense and radome parts. Resin trends show thermosets leading with about 46.12% share in 2024 while thermoplastics are gaining strong ground. The manufacturing process trend shows prepreg lay‑up accounting for ~ 44.71%, while automated fiber placement (AFP) and similar processes are increasing quickly. In aircraft types, commercial narrow‑body aircraft represent ~ 38.50% of usage in 2024. Exterior and airframe parts represent ~ 50.51% component share. End‐user segmentation strongly favors OEMs (~ 80.51%), with MRO and aftermarket significantly smaller. Regionally, North America leads with ~30.05% share in 2025; Europe next at about 25–35%, and Asia‑Pacific contributing ~ 20–30%, with strong growth and increasing investments in aerospace manufacturing capacity.

Aerospace Composites Market Dynamics

DRIVER

"Rapid adoption of carbon fiber composites and thermoplastics for lightweight aircraft structures"

One of the primary drivers of market growth is the superior strength‑to‑weight ratio and fatigue resistance offered by carbon fiber composites, which accounted for about 52.51% share by fiber type in 2024. In commercial aircraft, particularly narrow‑body models, carbon fiber dominates structural components such as wings and fuselages, making up around 38.50% of aircraft type based segmentation. Thermoplastic resins are increasingly adopted, though still less than thermosets (which hold ~ 46.12% resin type share in 2024), because thermoplastics allow faster production and recycling ability. OEMs, which constitute approximately 80.51% of end‑user share, are driving this by implementing lighter, more efficient materials to meet fuel efficiency and emissions regulations.

RESTRAINT

"Constraints in precursor supply, certification complexity, cost of advanced manufacturing"

The aerospace composites industry faces significant restraints: a high dependence on carbon fiber precursor materials like PAN, whose production capacity and supply stability affect ~ 30% of planned output in some reports. Certification of new materials, especially thermoplastics and ceramic matrix composites, involves long testing periods and expensive qualification processes. The cost of advanced manufacturing systems like AFP, RTM, and out‑of‑autoclave methods is high, which restrains adoption especially for smaller OEMs or in regions with limited infrastructure. Glass fiber, though cheaper, accounts only ~ 25‑28% of fiber usage, but its performance limitations in primary structures restrain its substitution for carbon fiber. Aramid fiber usage (~ ~15%) remains niche, partly due to its cost, availability, and specialty performance requirements.

OPPORTUNITY

"Increasing demand for thermoplastic and ceramic composites in defense, hot sections, and sustainable aviation"

There are growing opportunities in applying thermoplastic composites (still less than thermosets in resin share) in structural parts, control surfaces, and repairable components, because they offer faster processing and improved recyclability. Ceramic matrix composites are being explored for high‑temperature engine components and hypersonic vehicles, where their thermal performance outperforms carbon fiber or metal at hot section temperatures. OEM sustainability targets push development of bio‑derived resins and recyclable composites. Regions like Asia‑Pacific are investing heavily: China, India, Japan expanding their composite production and R&D. Additionally, aftermarket and repair (MRO) demand, though currently small (OEM ~ 80.51% dominates), represents an underpenetrated segment offering room for growth in certified composite repair and refurbishment.

CHALLENGE

"Volatility in raw material costs, long qualification cycles, and regulatory hurdles"

Raw materials like carbon fiber precursors and specialty resins often have volatile pricing and potential supply bottlenecks, affecting about 30% of production planning. Qualification and certification for aerospace‑grade composite materials (both resin and fiber combinations) can take years, adding cost and delaying entry of innovations. Regulatory requirements for flame, smoke, structural integrity and durability are stringent, limiting fast deployment of new materials; resins must meet thermal, fire and toxicity standards. Manufacturing process changes (e.g. moving from prepreg to in‑situ AFP or thermoplastic welding) require re‑qualification. Global trade, tariffs, and supply chain disruptions (for fibers, matrix resins, tooling) make continuity and scalability difficult.

Aerospace Composites Market Segmentation

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BY TYPE

Commercial Aviation: In 2024 commercial aviation, especially narrow‑body aircraft, captured ~ 38.50% of aerospace composites demand by aircraft type. Composite materials are heavily used in fuselage, wings, empennage, and interior panels. Commercial OEM programs in the US, Europe, and Asia account for the bulk of demand under this segment.

The commercial aviation composites segment is projected to reach a market size of about USD 18,500 million in 2025, holding a share of roughly 61 %, and is expected to grow at a CAGR of ~5.8 %.

Top 5 Major Dominant Countries in the Commercial Aviation Segment

• United States: The U.S. commercial aviation composites market is valued around USD 5,800 million, holding 31 % share and growing at ~6.0 % CAGR.
• China: China’s segment is about USD 3,700 million, with 20 % share, and forecast CAGR of ~6.2 %.
• Japan: Japan contributes about USD 1,200 million, representing 6.5 % share, expanding at ~5.5 % CAGR.
• Germany: Germany’s market is estimated at USD 1,100 million, with a 6 % share and ~5.3 % CAGR.
• France: France holds around USD 900 million, with 4.9 % share, and growth at ~5.2 % CAGR.

Military Aerospace: Military aerospace including fixed‑wing combat aircraft, helicopters, UAVs also consume a sizable portion. While smaller in volume compared to commercial, military programs drive specialized fibers (aramid, ceramic matrix composites) and components requiring stealth, heat resistance, ballistic performance. Military share is roughly ~20% of usage in many segmentation models of aerospace composites.

The military aerospace composites segment is estimated at about USD 11,700 million in 2025, constituting ~39 % share, and is expected to grow at a CAGR of ~5.2 %.

Top 5 Major Dominant Countries in the Military Aerospace Segment

• United States: U.S. military composites market is near USD 4,300 million, ~36.8 % share, with CAGR of about 5.4 %.
• Russia: Russia’s share is about USD 1,600 million, ~13.7 %, growing at ~5.0 % CAGR.
• China: China accounts for USD 1,400 million, ~12 % share, with expected growth ~5.3 %.
• France: France holds ~USD 900 million, ~7.7 % share, expanding at ~5.1 % CAGR.
• United Kingdom: The U.K. segment is estimated at USD 800 million, ~6.8 % share, growing at ~5.0 % CAGR.

BY APPLICATION

Carbon Fiber Composites: Held about 52.51% share among fiber types in 2024; used in high‑strength lightweight structures including airframes, wings, empennage, hot sections in certain cases.

The carbon fiber application is expected to command a market size near USD 12,000 million, a share of ~40 %, and CAGR ~6.0 %.

Top 5 Major Dominant Countries in Carbon Fiber Application

• United States: U.S. carbon fiber composites stand near USD 3,800 million, ~31.7 % share, growth at ~6.2 %.
• China: China’s carbon fiber segment is ~USD 2,400 million, ~20 % share, CAGR ~6.4 %.
• Japan: Japan holds ~USD 1,000 million, ~8.3 % share, growth ~5.8 %.
• Germany: Germany accounts for ~USD 900 million, ~7.5 % share, CAGR ~5.6 %.
• France: France’s carbon fiber share is ~USD 800 million, ~6.7 % share, growth ~5.5 %.

Glass Fiber Composites: Around 25‑28% share by fiber type; used in interiors, secondary structures, non‑critical load‑bearing panels.

The glass fiber application is projected to have a market size near USD 7,200 million, share ~24 %, and CAGR ~5.4 %.

Top 5 Major Dominant Countries in Glass Fiber Application

• China: China leads with ~USD 1,800 million, ~25 % share, CAGR ~5.6 %.
• United States: U.S. glass fiber composites near USD 1,700 million, ~23.6 % share, growth ~5.5 %.
• Germany: Germany’s share ~USD 900 million, ~12.5 % share, CAGR ~5.2 %.
• Japan: Japan holds ~USD 700 million, ~9.7 % share, growth ~5.3 %.
• France: France sees ~USD 500 million, ~6.9 % share, CAGR ~5.1 %.

Aramid Fiber: Approximately ~15% of fiber type share; used in radomes, ballistic protection, impact critical zones.

The aramid fiber segment is estimated at USD 3,000 million, share ~10 %, with CAGR ~5.8 %.

Top 5 Major Dominant Countries in Aramid Fiber Application

• United States: U.S. holds ~USD 1,100 million, ~36.7 % share, growth ~5.9 %.
• China: China near USD 700 million, ~23.3 % share, CAGR ~6.0 %.
• Japan: Japan ~USD 400 million, ~13.3 % share, growth ~5.7 %.
• Germany: Germany at ~USD 300 million, ~10 % share, CAGR ~5.6 %.
• France: France holds ~USD 200 million, ~6.7 % share, growth ~5.5 %.

Epoxy / Thermoset Resins: Resin type share ~ 46.12% in 2024 for thermosets; epoxy/BMI systems are dominant.

The epoxy resin application is forecast around USD 4,500 million, share ~15 %, with a CAGR of ~5.5 %.

Top 5 Major Dominant Countries in Epoxy Application

• United States: U.S. epoxy composites ~USD 1,400 million, ~31 % share, CAGR ~5.6 %.
• China: China epoxy ~USD 1,100 million, ~24.4 % share, growth ~5.7 %.
• Germany: Germany ~USD 600 million, ~13.3 % share, CAGR ~5.3 %.
• Japan: Japan ~USD 500 million, ~11.1 % share, growth ~5.4 %.
• France: France ~USD 300 million, ~6.7 % share, CAGR ~5.2 %.

Phenolic / Others: Phenolic resins constitute smaller shares (single digits, perhaps ~5‑10%), used in flame/smoke/toxicity sensitive interior parts. Others include ceramic matrix and hybrid matrix systems, which are growing from low base percentages.

The phenolic composites application is projected at USD 900 million, share ~3 %, with CAGR ~5.0 %.

Top 5 Major Dominant Countries in Phenolic Application

• United States: U.S. phenolic composites ~USD 300 million, ~33.3 % share, CAGR ~5.1 %.
• China: China ~USD 250 million, ~27.8 % share, growth ~5.2 %.
• Germany: Germany ~USD 100 million, ~11.1 % share, CAGR ~5.0 %.
• Japan: Japan ~USD 80 million, ~8.9 % share, growth ~4.9 %.
• France: France ~USD 70 million, ~7.8 % share, CAGR ~4.8 %.

Aerospace Composites Market Regional Outlook

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NORTH AMERICA

In 2024‑2025, North America held about ~30.05% to ~40% of global aerospace composites market share. The USA accounts for roughly 69% of that regional share in 2025. Consumption in North America was over 20 kilo‑tons in 2023, representing more than 40% of global volume demand. OEMs like major commercial‑military aircraft manufacturers and suppliers base core composite R&D & processing in USA. US manufacturing includes major facilities for prepreg, AFP, honeycomb cores. Component share in North America for exterior and airframe parts is approximately 50.51%.

In North America, the aerospace composites market is valued around USD 9,000 million, representing ~30 % share, and is projected to grow at a CAGR of ~5.7 % over the forecast period.

North America – Major Dominant Countries

• United States: The U.S. holds approximately USD 7,500 million, ~83 % share of North America, CAGR ~5.8 %.
• Canada: Canada is estimated at USD 600 million, ~6.7 % share, growth ~5.5 %.
• Mexico: Mexico’s share is ~USD 500 million, ~5.6 % share, CAGR ~5.4 %.
• Cuba: A minor market ~USD 200 million, ~2.2 % share, growth ~5.2 %.
• Puerto Rico: ~USD 200 million, ~2.2 % share, CAGR ~5.1 %.

EUROPE

Europe accounted for roughly 25‑35% of the aerospace composites market in 2024‑2025. Germany, France, UK are key contributors. About 55% of new aircraft programs in Europe incorporate advanced composites heavily. European suppliers are emphasizing bio‑based resins and stringent sustainability mandates, which drive composite innovation. Carbon fiber use in Europe is high, with dominant firms located in Germany and France supplying to Airbus and other OEMs. Thermoset resin share holds majority but thermoplastics gaining ground.

Europe’s aerospace composites market is valued near USD 7,500 million, contributing ~25 % share, and expected to grow at ~5.5 % CAGR.

Europe – Major Dominant Countries

• Germany: Germany leads with ~USD 1,600 million, ~21.3 % share, growth ~5.4 %.
• France: France holds ~USD 1,400 million, ~18.7 % share, CAGR ~5.3 %.
• United Kingdom: U.K. is ~USD 1,300 million, ~17.3 % share, growth ~5.5 %.
• Italy: Italy ~USD 700 million, ~9.3 % share, CAGR ~5.2 %.
• Spain: Spain ~USD 500 million, ~6.7 % share, growth ~5.1 %.

ASIA-PACIFIC

Asia‑Pacific holds ~ 20‑30% share of global aerospace composites. Countries such as China, India, Japan are expanding their manufacturing, R&D, and civilian fleet programs which are heavily composite‑intensive. China leads the glass fiber segment with ~ 35% of glass fiber composite share in that fiber segment; narrow‑body and commercial aircraft demand rising. Defense programs in Japan and South Korea supply fibers and prepregs. Asia‑Pacific is the fastest growing region for composite usage, especially in estrutura and airframe parts.

Asia’s aerospace composites market is approximately USD 8,500 million, ~28 % share, with a forecast CAGR around 5.9 %.

Asia – Major Dominant Countries

• China: China leads the region with ~USD 3,200 million, ~37.6 % share, growth ~6.1 %.
• Japan: Japan has ~USD 1,800 million, ~21.2 % share, CAGR ~5.7 %.
• India: India holds ~USD 1,000 million, ~11.8 % share, growth ~6.0 %.
• South Korea: South Korea ~USD 800 million, ~9.4 % share, CAGR ~5.8 %.
• Australia: Australia ~USD 700 million, ~8.2 % share, growth ~5.6 %.

MIDDLE EAST & AFRICA

This region contributes about 3‑10% of global aerospace composites market share in 2024‑2025. Countries such as UAE, Saudi Arabia, South Africa are investing in fleet modernization and composite heavy/structural parts. Though base volume is much smaller compared to North America or Europe, growth is emerging in defense aircraft and commercial aviation hubs where composites are required.

The Middle East & Africa market is estimated at USD 1,186.73 million, ~3.9 % share, and is predicted to grow at ~5.2 % CAGR.

Middle East & Africa – Major Dominant Countries

• United Arab Emirates: UAE ~USD 300 million, ~25.3 % share, CAGR ~5.3 %.
• Saudi Arabia: ~USD 250 million, ~21.1 % share, growth ~5.2 %.
• South Africa: ~USD 200 million, ~16.9 % share, CAGR ~5.1 %.
• Egypt: ~USD 200 million, ~16.9 % share, growth ~5.0 %.
• Nigeria: ~USD 150 million, ~12.6 % share, CAGR ~4.9 %.

List of Top Aerospace Composites Market Companies

• SOLVAY GROUP
• HEXCEL
• ROYAL TENCATE N.V.
• TEIJIN FIBERS
• TORAY INDUSTRIES
• SGL GROUP – THE CARBON COMPANY
• OWENS CORNING
• MATERION CORPORATION

Top Two Companies with Highest Market Shares

• Toray Industries: Toray Industries stands as the global leader in the aerospace composites market, holding a dominant position with more than 30% share of carbon fiber supply for aerospace applications. The company has solidified its presence by supplying high-performance carbon fiber materials to major aerospace OEMs worldwide, including in commercial, military, and space sectors. Toray's composite materials are extensively used in primary structures such as fuselage skins, wings, empennage, and engine nacelles. The company continues to expand its global manufacturing capacity, including facilities in the United States, Japan, and Europe, to meet the rising demand for lightweight, durable aerospace-grade composites. Its advanced thermoset and thermoplastic resin technologies make it a preferred supplier for next-generation aircraft platforms.
• Hexcel Corporation: Hexcel Corporation is one of the top two aerospace composites companies, holding approximately 17–22% of the global market share in advanced composite materials specifically for aerospace applications. Hexcel is renowned for its high-strength carbon fibers, prepregs, and honeycomb core products used in structural components across commercial and defense aircraft. The company operates globally with significant manufacturing capabilities in North America, Europe, and Morocco, supporting top-tier OEM programs. Hexcel’s prepreg lay-up and engineered core materials are integrated into aircraft wings, fuselages, and rotorcraft systems. The firm’s ongoing investment in automation and innovation, including AFP (Automated Fiber Placement) and thermoplastic composites, positions it as a major force in shaping the future of aerospace materials.

Investment Analysis and Opportunities

Investments in the aerospace composites sector are focused heavily on carbon fiber precursor capacity, thermoplastic resin development, and high‑speed manufacturing like AFP. Estimated carbon fiber supply for aerospace is constrained, with precursor bottlenecks affecting ~ 30% of planned capacity. Investment opportunities exist in enlarging thermoplastic composite lines, which currently reside under ~ 40% of resin usage. Defense programs particularly seek ceramic matrix composites and aramid fiber applications representing ~ ~15% fiber type share, opening niches. Asia‑Pacific governments are investing in local composite production capacity; China, India, Japan fund new carbon fiber plants and R&D centers. OEMs in USA and Europe are pursuing recycled or bio‑derived resin systems to meet sustainability targets. MRO and aftermarket composite repair represent under‑served segments relative to OEMs, where OEM usage accounts for ~ 80.51% of usage. Greenfield opportunities include process automation (AFP, RTM), composite recycling, and supply chain localization, especially for fiber precursors and specialty resins.

New Product Development

Innovation in aerospace composites focuses on novel thermoplastic systems, high temperature resin matrices, and fiber hybrids. Thermoplastic composites, though less than thermosets by share (~46.12% in 2024 for thermosets), are being developed to reduce production cycle time, improve damage tolerance, allow welding rather than adhesive bonding. Ceramic matrix composites are being designed for turbine hot section parts tolerating >1,200°C; these are still low in overall market share but increasing. Hybrid fiber composites combining carbon fiber with glass or aramid fibers are under development to balance cost and performance. Bio‑derived epoxy and resin options are being introduced to reduce carbon footprint of composite production by up to ~30% in some pilot programs. Automated fiber placement (AFP) is seeing product development in in situ consolidation, reducing cycle times and increasing component throughput.

Five Recent Developments

• In 2023, Hexcel doubled the size of its engineered core/honeycomb operations plant in Morocco, expanding supply of lightweight structural core parts.
• In 2023, Hexcel sold its interest in its joint venture Aerospace Composites Malaysia (ACM), after transferring major part fabrication work from Kent, Washington to ACM, to focus on higher complexity engineered part manufacturing.
• Toray Industries increased carbon fiber supply share in aerospace, holding over 30% of carbon fiber supply for aerospace applications globally.
• Solvay entered joint development agreements for ceramic matrix composites with Safran to develop engine components for high temperature sections in new generation turbines.
• Teijin Limited delivered Tenax® carbon fiber for regional aircraft programs (e.g. Mitsubishi SpaceJet), showing regional OEMs increasing use of advanced fibers; also Mitsubishi Chemical increased carbon fiber production capacity by about 40% in 2023 to supply Boeing 737 MAX components.

Report Coverage of Aerospace Composites Market

The report coverage of the Aerospace Composites Market includes segmentation by fiber type (carbon, glass, aramid, ceramic, others), resin type (thermoset, thermoplastic, phenolic, epoxy, others), manufacturing processes (prepreg lay‑up, automated fiber placement, RTM, out‑of‑autoclave, hybrid methods), aircraft types (commercial narrow‑body, wide‑body, military fixed wing, helicopters, UAVs, spacecraft/launch vehicles), component types (exterior airframe, interior secondary structures, engine and hot section parts), end‑user categories (OEM vs aftermarket/MRO), and regional geography (North America, Europe, Asia‑Pacific, Middle East & Africa). The timeframe in the report spans historical data (e.g. 2022‑2024), current year (2025) and forecasts through at least 2030 to 2034. It covers usage volumes in kilo‑tons, share percentages by type and region, adoption rates in aircraft programs, and development timelines for new material certifications. The report also includes competitive profiles of top companies, their capacity expansions, supply chain constraints, matrix innovation efforts, product innovation, and market outlook in terms of material substitution, environmental regulation, and technological improvements.

Aerospace Composites Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 31877.19 Million in 2026
Market Size Value By	USD 53629.7 Million by 2035
Growth Rate	CAGR of 5.6% from 2026 - 2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : CelaneseCarbon Fiber Glass Fiber Aramid Fiber Epoxy Phenolic Others By Application : Commercial Aviation Military Aerospace
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