Advanced Composites Market to Accelerate as Aerospace, EV Lightweighting and Renewable Energy Demand Reshape High-Performance Materials

Austin, Texas, April 28, 2026: DataM Intelligence has released its latest analysis on the Advanced Composites Market, highlighting strong growth as aerospace, defense, electric vehicles, wind energy, transportation, sporting goods and industrial applications increase demand for lightweight and high-strength materials. According to DataM Intelligence, the global advanced composites market reached US$ 35.3 billion in 2022 and is expected to reach US$ 78.8 billion by 2031, growing at a CAGR of 10.6% during 2024 to 2031. The report identifies superior mechanical, thermal and chemical properties as key advantages of advanced composites compared with traditional materials such as metals and plastics.

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Advanced composites are becoming strategically important because industries are under pressure to reduce weight, improve energy efficiency, extend product life and meet stricter sustainability targets. These materials offer a high strength-to-weight ratio, durability, corrosion resistance and design flexibility, making them valuable across aircraft structures, automotive components, wind turbine blades, defense equipment, marine systems and industrial platforms. DataM Intelligence notes that demand from aerospace, automotive and wind energy is being driven by the need for lighter materials that improve fuel efficiency and reduce carbon emissions.

The market is also gaining momentum from the shift toward sustainable composite development. Manufacturers are increasing focus on bio-based materials, recycled fibers and environmentally friendly production processes as customers seek lower lifecycle emissions and improved material efficiency. In high-value applications, advanced composites are no longer viewed only as premium engineering materials. They are becoming performance enablers that influence aircraft efficiency, EV driving range, wind turbine output, equipment durability and structural reliability.

Market Momentum Strengthens as Lightweighting Becomes a Strategic Priority

The advanced composites market is being shaped by the global movement toward lightweight structures. Aerospace platforms require materials that can reduce aircraft weight while maintaining structural integrity and safety performance. Automotive and electric vehicle programs require components that support efficiency, range improvement and design flexibility. Renewable energy systems require strong and fatigue-resistant materials for longer wind turbine blades.

In aerospace and defense, advanced composites are used in fuselages, wings, interiors, unmanned systems, protective structures and mission-critical components. Their combination of low weight and high strength supports fuel savings, payload flexibility and durability. In electric vehicles, composite materials can help reduce vehicle mass, improve range and support complex part integration. In wind energy, composites are essential because turbine blades must be lightweight, long, strong and resistant to repeated mechanical stress.

The market's commercial appeal is also tied to lifecycle value. Advanced composites can reduce maintenance requirements, resist corrosion and improve component longevity. This is important for aircraft, defense vehicles, offshore energy systems, industrial machinery and high-performance transportation platforms where downtime and replacement costs directly influence operating economics.

Carbon Fiber Composites Lead Demand Across High-Performance Applications

Carbon fiber composites represent the strongest segment in the advanced composites market. DataM Intelligence reports that carbon fiber composites hold more than 55.2% of the global advanced composites market and are expected to grow at the fastest CAGR during the forecast period. Their appeal comes from exceptional strength-to-weight performance, making them highly suitable for aerospace, automotive, wind energy and sporting goods applications.

Carbon fiber composites also align with sustainability priorities. Their lightweight nature helps reduce energy consumption and emissions in transportation sectors, while their longer lifespan supports reduced material waste. For organizations evaluating material substitution, carbon fiber composites are especially relevant where weight reduction, high fatigue resistance, durability and structural performance are central to product competitiveness.

Aramid fiber composites also have strong relevance in defense, aerospace, protective equipment and high-impact applications because of their toughness and resistance properties. S-glass fiber composites remain important in structural and industrial uses where strength, durability and cost balance are required. Other fiber composite categories continue to support specialized applications across marine, sports, construction and high-performance industrial equipment.

Market Segmentation Analysis

By type, the market includes carbon fiber composites, aramid fiber composites, S-glass fiber composites and other fiber composites. By resin type, the market includes polyamide, polyurethane, polypropylene, polyethylene, acrylonitrile-butadiene-styrene copolymer, polyvinyl chloride, polycarbonate and others. By process, the market includes injection molding, filament winding, pultrusion and others. Regionally, the market covers North America, Latin America, Europe, Asia-Pacific, Middle East and Africa.

By type, carbon fiber composites dominate due to their use in aircraft structures, automotive lightweighting, wind turbine blades and premium industrial components. Aramid fiber composites are important in defense and safety applications, while S-glass fiber composites support structural performance in applications requiring strength and durability.

By resin type, polyamide, polyurethane, polypropylene, polyethylene, ABS, PVC and polycarbonate support different processing and performance requirements. Thermoplastic composites are gaining attention because they can support faster cycle times, recyclability potential and higher-volume production when compared with traditional thermoset processing in certain applications.

By process, injection molding is important for higher-volume production of composite components, especially in automotive and consumer product applications. Filament winding supports pressure vessels, pipes, tanks and cylindrical structures. Pultrusion is relevant for continuous profiles, infrastructure components and industrial applications where consistent cross-sectional strength is required.

Regional Analysis

Asia-Pacific is identified in the report scope as both the largest region and the fastest-growing region for the advanced composites market. The region benefits from rapid industrialization, electronics production, automotive manufacturing, renewable energy expansion and growing aerospace investment. China, Japan, South Korea and Taiwan are strategically important because of their manufacturing depth, advanced materials ecosystems, EV supply chains and high-performance industrial demand.

North America remains a major advanced composites market, supported by aerospace, defense, wind energy and industrial manufacturing. DataM Intelligence notes that North America accounted for around one-fourth of the global market share in 2022, while the U.S. held more than 75.2% of the North American advanced composites market. The U.S. advantage is tied to strong aerospace and defense equipment manufacturing bases, along with demand from aircraft components such as fuselages, wings and interiors.

Europe remains strategically important because of aerospace manufacturing, automotive lightweighting, renewable energy and industrial engineering strength. Germany is a key market due to its automotive, industrial and materials engineering base. France and the UK contribute through aerospace and defense programs, while Spain plays an important role in aircraft structures, renewable energy and advanced manufacturing. Across developed markets, advanced composites are increasingly linked to emissions reduction, fuel efficiency, equipment durability and material innovation.

Recent Developments in the Global Advanced Composites Market

1. Syensqo and Toray Group announced a five-year carbon fiber supply agreement in April 2026. The agreement took effect in January 2026 and is designed to strengthen supply security for aerospace applications, including aircraft, space and defense programs. Toray will provide high-strength and intermediate-modulus carbon fibers to support Syensqo's composite materials portfolio.

2. Syensqo secured a new multi-year agreement with Boeing in March 2026. The renewed contract covers advanced composite and adhesive solutions for Boeing commercial and defense programs, including primary and secondary structures, interiors and surfacing. The company noted that aerospace represents about 20% of Syensqo's net sales.

3. SABIC introduced specialty materials for automotive design, function and circularity at PIAE 2026 in March 2026. The company launched LNP ELCRIN SLX compounds with 30% and 45% post-consumer recycled content, along with LNP KONDUIT WTF2C compound for thermal management in ADAS radar and electronic control unit housings.

4. Syensqo and Bell Textron partnered in November 2025 to industrialize composite part manufacturing. Bell became an early adopter of Syensqo's patented DDF manufacturing process with CYCOM EP 2750 fast-cure aerospace prepreg, supporting high-rate production of aerospace composite parts while reducing waste, energy consumption and greenhouse gas emissions.

5. Syensqo partnered with Vertical Aerospace in December 2025 to support industrialization of the VX4 aircraft. Syensqo's advanced composite and adhesive materials were selected for the VX4 aircraft structure, supporting lightweight strength, durability and repeated high-cycle electric vertical flight operations.

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Competitive Landscape

The advanced composites market is highly competitive, with companies competing on fiber performance, resin technology, processing efficiency, certification support, sustainability, supply reliability and application-specific engineering. DataM Intelligence identifies key players including Covestro AG, DuPont, BASF SE, DSM, Rhodia, SABIC, LANXESS, Teijin Ltd, Celanese Corporation, Toray Industries and Meyer Corporation. The report overview also references leading companies such as Toray Industries, Teijin Limited, Hexcel Corporation, Solvay SA, Mitsubishi Chemical Holdings Corporation and SGL Carbon SE.

Competition is expected to intensify as aerospace recovery, defense modernization, EV lightweighting and wind energy expansion increase demand for certified and scalable composite materials. Companies with strong carbon fiber supply, resin formulation expertise, automated production technologies and sustainable material portfolios are likely to gain stronger commercial positioning.

Company Profiles

Toray Industries
Toray Industries is strongly positioned in carbon fiber and advanced composite materials, especially for aerospace, defense, industrial and mobility applications. Its 2026 supply agreement with Syensqo reinforces its role in high-strength and intermediate-modulus carbon fiber supply for aerospace programs. Toray's ability to support long-term supply security is strategically important as aircraft production, space programs and defense applications require certified, reliable and high-performance composite materials.

Teijin Ltd
Teijin is a major advanced materials company with capabilities across aramid, carbon fibers, composites, resins and plastic processing. Its carbon fiber and composite expertise aligns with demand from aerospace, automotive, industrial and sustainability-focused applications. Teijin's materials portfolio is relevant for lightweighting, durability and high-performance engineering, particularly where reduced weight, impact resistance and lifecycle efficiency are important purchasing factors.

SABIC
SABIC is positioned in advanced materials and specialty compounds that support automotive, electronics and mobility applications. Its 2026 material launches for automotive design, ADAS thermal management and circularity show how the company is targeting high-value applications where lightweighting, durability, recycled content and functional integration are becoming more important. SABIC's materials are relevant for EV systems, sensor housings, lighting, structural components and high-performance polymer substitution.

Covestro AG
Covestro is a major polymer materials supplier serving mobility, building, electrical, electronics, telecommunications, healthcare and industrial sectors. The company is focused on high-performance polymers, circularity and sustainable material innovation. Covestro's January 2026 technology showcase highlighted lightweight alternatives for electric vehicles, heat-resistant polymers for smaller and more powerful electronics, signal-transparent materials for 5G and sensor integration, and circular-economy material solutions.

Strategic Outlook

The Advanced Composites Market is positioned for strong long-term growth as industries accelerate the shift toward lightweight, high-strength, durable and lower-emission material systems. With the market projected to grow from US$ 35.3 billion in 2022 to US$ 78.8 billion by 2031, advanced composites are expected to remain critical across aerospace, defense, EVs, wind energy, industrial equipment and next-generation mobility platforms.

The strongest opportunities will come from applications where weight reduction, performance, durability, fuel efficiency, emissions reduction and lifecycle value influence buying decisions. Businesses evaluating material substitution, aerospace supply chains, EV component design, wind blade manufacturing, defense applications or sustainable composite portfolios will require deeper intelligence on segment growth, regional demand, cost pressures, process technologies and competitive positioning.

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This release was published on openPR.