Recycled Carbon Fiber Market

Overview

The global Recycled Carbon Fiber Market was valued at USD 0.21 billion in 2025 and is projected to reach USD 0.56 billion by 2034, growing at a CAGR of 11.5% during the forecast period (2026–2034). The market growth is driven by growing carbon fiber waste from aerospace, automotive and wind energy manufacturing, pressure on manufacturers to reduce embodied carbon, and the cost advantage of recycled fiber over virgin fiber. The market is shifting from low-value, loose chopped fiber toward engineered, feed-ready and application-specific products. Government initiatives such as the European Union’s provisional agreement of 12 December 2025 on a new End-of-Life Vehicles Regulation, which sets mandatory recycled plastic content targets for new vehicles and stronger producer responsibility, and Japan’s NEDO project launched on 20 May 2026 to build an aircraft-to-aircraft CFRP recycling supply chain by fiscal 2030, are encouraging investment in recovery capacity, qualification of recycled materials and closed-loop supply chains. 6North America held the largest market share in 2025, at about 38%, supported by aerospace scrap supply and an established base of recyclers in the United States. Europe is projected to grow at the fastest CAGR during the forecast period, driven by vehicle circularity rules, new recycling capacity in France, Germany and the United Kingdom, and strong OEM sustainability goals. Asia-Pacific is building capacity, led by Japan and South Korea.

Market Size & Share

Market Dynamics

KEY MARKET TREND:

Shift Toward Aligned, Nonwoven and Pelletized Recycled Carbon Fiber Formats Emerging as a Transformational Trend

• Recyclers are moving beyond loose chopped fiber into engineered, ready-to-use formats such as pelletized fiber, fiber bundles, nonwoven mats and aligned reinforcements, which are easier to handle on existing compounding and molding lines.
• Technology innovation is focused on gentler recovery methods, including low-temperature chemical decomposition and cold plasma processes, that protect fiber length and surface quality so recycled fiber can compete in more demanding applications.
• Industry adoption is being shaped by partnerships and collaboration platforms, such as the European Composites Circular Alliance led by EUCIA, while large materials groups and prepreg makers add recycled fiber grades, increasing competition and pushing recyclers toward vertical integration and long-term supply contracts.
• Carbon Fiber Recycling (US) and James Cropper Advanced Materials (UK) won the CAMX 2026 Unsurpassed Innovation Award for UNIMAT, an aligned material made from recycled carbon fiber, with fiber alignment of more than 95% reported by the companies.

KEY MARKET DRIVER:

Tightening Circular-Economy Rules and OEM Carbon-Reduction Goals are Driving Market Growth

• Carbon fiber production generates a large amount of manufacturing waste, estimated at more than 30% of the fiber produced, so recycling turns a disposal cost into a usable raw material stream for composite makers.
• Recycled carbon fiber can be priced well below virgin fiber, which helps compounders and molders replace glass fiber or virgin short carbon fiber in lightweight parts while lowering the carbon footprint of the finished product.
• Producer responsibility rules, landfill pressure and customer sustainability targets are encouraging aircraft, automotive and sporting goods makers to set up take-back routes, which improves the supply of traceable scrap for recyclers.
• On 12 December 2025, the European Parliament and Council reached a provisional agreement on a new End-of-Life Vehicles Regulation requiring recycled plastic content in new vehicles of 15% within six years and 25% within ten years, with at least 20% of these targets coming from closed-loop recycling.

KEY MARKET OPPORTUNITY:

Closed-Loop Recycling of Retired Aircraft and New Construction and Consumer Uses Creating New Revenue Streams

• Large numbers of composite-rich aircraft are expected to retire in the coming decades, and structural parts such as wing panels and keel beams represent a high-quality feedstock that recyclers are only beginning to tap.
• Untapped segments are opening up, including construction products, medical devices, footwear, and winter sports equipment, where recycled carbon composite is being tested as a lower-carbon replacement for metal and virgin composite.
• New business models are emerging, including closed-loop programs linking waste owners and recyclers, strategic sales partnerships with global fiber distributors, and acquisitions of recycling technology by established materials companies, which improve investment attractiveness.
• Japan’s NEDO launched a five-year project (fiscal 2026–2030) to recover carbon fiber reinforced plastic from retired aircraft and return it to new aircraft, with a fiscal 2026 budget of JPY 540 million and partners including SUBARU, Jamco and JAXA.

Recycled Carbon Fiber Market Size, 2025-2034 (USD Million)

Segmentation Analysis

Analysis by Fiber Form

Chopped fiber held the largest market share in 2025 because most recovery lines naturally produce short fibers that can be fed directly into existing injection molding, compression molding and compounding equipment. Carbon Fiber Conversions has delivered more than 5,000 tons of its CarboFlow recycled fiber into series production applications, while Procotex France produces more than 2,500 metric tons a year of recycled carbon and aramid fiber, largely in milled, cut and granulated forms. Chopped grades replace glass fiber and virgin short carbon fiber in electronics, sporting goods and automotive parts at a lower cost. Demand is also supported by new bundled and pelletized products that improve feeding and handling.

Nonwoven mats and fabrics are projected to grow at the fastest CAGR during the forecast period as recyclers move into higher-value, structural-grade products. Gen 2 Carbon supplies nonwoven mats from 50 to 500 gsm, Teijin added a thermoformable recycled-fiber nonwoven to its Tenax Next range in March 2026, and Toray reported in October 2025 a recycling method that keeps over 95% of single-fiber strength and was used to make nonwoven fabric. Catack-H is working with POSCO International to export its nonwoven fabric. Aligned materials such as UNIMAT, which won the CAMX 2026 Unsurpassed Innovation Award, show how recycled fiber can compete in demanding molded parts.

Fiber Form categories include

                    ·           Chopped Fiber (Dominating Segment)

                    ·           Nonwoven Mats & Fabrics (Highest CAGR Segment)

                    ·           Milled Fiber

                    ·           Others

Analysis by Source

Aerospace scrap held the largest market share in 2025 because aircraft programs generate large volumes of clean, high-grade carbon fiber waste, including prepreg trimmings and cured off-cuts, which gives recyclers a consistent and traceable feedstock. Carbon composites make up about 53% by weight of the Airbus A350 structure, and aerospace parts account for roughly half of the composite weight processed by Fairmat. Aerospace-grade fiber recovers with higher quality, which supports use in more demanding applications. Collaborations among aircraft makers, recyclers and material suppliers, such as the Airbus–Fairmat agreement announced in March 2026, are securing this supply for the long term.

Automotive scrap is projected to grow at the fastest CAGR during the forecast period as carbon fiber use in vehicles expands and carmakers look for ways to recycle production waste and end-of-life parts. The European Union’s provisional End-of-Life Vehicles Regulation of December 2025 sets mandatory recycled plastic content for new vehicles and stronger producer responsibility, which pushes manufacturers to build take-back and recycling routes. Recyclers such as PhlexTek, through its Carbon Conversions plant, and R&M International, through the Vartega EasyFeed technology, are targeting compounders and automakers with recycled fiber. Supplier partnerships and qualification of recycled grades are expected to raise collection volumes and scrap quality over time.

Source categories include

                    ·           Aerospace Scrap (Dominating Segment)

                    ·           Automotive Scrap (Highest CAGR Segment)

                    ·           Wind Energy Scrap

                    ·           Sporting Goods

Analysis by Recycling Process

Pyrolysis held the largest market share in 2025 because it is the most mature and scalable method for removing cured resin from thermoset composite waste. Gen 2 Carbon operates a furnace with capacity to process about 2,000 tonnes of carbon fiber waste each year under full UK Environment Agency approval, and Mitsubishi Chemical’s carboNXT range is produced through mechanical and pyrolysis processes. The method works with many waste types, from aircraft parts to sporting goods, and the output fits the chopped and nonwoven product forms already used by compounders. Established furnaces, existing permits and proven customer approvals keep pyrolysis ahead of newer methods.

Chemical recycling are projected to grow at the fastest CAGR during the forecast period because they aim to recover longer, cleaner fibers at lower temperatures than pyrolysis. Toray reported in October 2025 a low-temperature recycling method that keeps over 95% of single-fiber tensile strength, and Catack-H, which uses chemical decomposition, reports 95.7% strength retention. Teijin said in July 2026 that its new circular thermosetting CFRP allows fiber to be retrieved through resin decomposition with lower environmental impact than thermal decomposition. Investment is also arriving, with POSCO International backing Catack-H. As yields and solvent recovery improve, chemical routes are expected to win more aerospace and automotive uses.

Recycling Process categories include

                    ·           Pyrolysis (Dominating Segment)

                    ·           Chemical Recycling (Highest CAGR Segment)

                    ·           Mechanical Recycling

Analysis by Matrix System

Thermoset composites held the largest market share in 2025 because most carbon fiber waste comes from epoxy-based aerospace and industrial parts, and recovered fiber is readily returned to similar resin systems. Hexcel offers recycled carbon fiber prepreg for thermoset molding, and James Cropper and Hexcel worked together under the European Composites Circular Alliance on UNIMAT, which supports aerospace and mobility composites. Westlake Epoxy’s June 2025 collaboration with Alpha Recyclage Composites links an epoxy supplier directly to recycled fiber capacity. Thermoset systems remain the standard in qualified aerospace parts, which keeps them in front.

Thermoplastic composites are projected to grow at the fastest CAGR during the forecast period because recycled short fiber is easy to compound into polyamide, polypropylene and other engineering plastics, and thermoplastic parts can be re-melted and recycled again. Carbon Fiber Conversions designed CarboFlow for reinforcing thermoplastic compounds, Vartega’s EasyFeed bundles, now produced by R&M International, were built for thermoplastic compounding lines, and Teijin’s pelletized Tenax Next grades are intended for polyamide 6 and 66. Gen 2 Carbon also blends recycled fiber with PP, PA, PEI and PPS in its G-TEX TM mats.

Matrix System categories include

                    ·           Thermoset Composites (Dominating Segment)

                    ·           Thermoplastic Composites (Highest CAGR Segment)

By Region

Recycled Carbon Fiber Market Regional Analysis

Recycled Carbon Fiber Market Share 2025, (CAGR)

North America

38%

South America

XX%

Europe

32%

Middle East Africa

XX%

Asia Pacific

XX%

Regional Analysis

North America held the largest market share in 2025, at about 38% of global market share, supported by a deep base of aerospace and composite manufacturers that generate high-grade scrap. The United States hosts leading recyclers such as Carbon Fiber Recycling in Tennessee, PhlexTek’s Carbon Conversions plant in South Carolina, R&M International in Pennsylvania, Carbon Fiber Remanufacturing in Kansas and Shocker Composites in Wichita. The CAMX 2026 Unsurpassed Innovation Award for UNIMAT, made with recycled fiber recovered in Tazewell, Tennessee, shows rising industry acceptance. Demand is driven more by OEM sustainability targets and customer qualification than by a federal recycled-content mandate, while the Department of Energy-backed IACMI institute connects recyclers with manufacturers. Consolidation of smaller recyclers by larger materials groups is increasing.

Europe is projected to grow at the fastest CAGR during the forecast period, supported by strong circularity policy and dense industrial clusters. The European Parliament and Council reached a provisional agreement on 12 December 2025 on a new End-of-Life Vehicles Regulation with recycled plastic targets of 15% within six years and 25% within ten years. The European Composites Circular Alliance, led by EUCIA, brings together producers, recyclers and users. Germany hosts Carbon Fiber Conversions and Mitsubishi Chemical’s recycling operations, France is home to Procotex France, Fairmat and Alpha Recyclage Composites, and the United Kingdom hosts Gen 2 Carbon and James Cropper. Competition is intensifying as chemical groups and fiber suppliers form partnerships to secure recycled supply.

Countries and Regions Covered

North America (Dominating Region)

o    United States (Largest Country Market)

o    Canada

o    Mexico

Europe (Fastest Growing Region)

o    Germany (Largest Country Market)

o    France (Fastest-Growing Country Market)

o    United Kingdom

o    Italy

o    Rest of Europe

Asia-Pacific

o    Japan (Largest Country Market)

o    South Korea (Fastest-Growing Country Market)

o    China

o    India

o    Rest of Asia-Pacific

Latin America

o    Brazil

o    Chile

o    Rest of Latin America

Middle East & Africa

o    Saudi Arabia

o    United Arab Emirates

o    Rest of Middle East & Africa

Market Share

The market is fragmented, with a small group of established recyclers and material groups such as Procotex, Mitsubishi Chemical Group, Gen 2 Carbon, Toray and Teijin, alongside a long tail of regional start-ups and university spin-offs. Competition centers on feedstock access, fiber quality, process yield, and the ability to deliver ready-to-use forms that compounders can run without changing equipment. Key success factors include secure long-term scrap contracts with aircraft and automotive producers, certification and customer qualification, consistent fiber length and surface quality, and a price below virgin fiber. Leading companies are prioritizing capacity expansion, lower-temperature recovery methods, and aligned or nonwoven products. Partnerships such as Barnet with Carbon Fiber Conversions, and ownership changes such as PhlexTek’s takeover of Carbon Conversions and R&M International’s purchase of Vartega’s technology, show a trend toward consolidation and closer links with global sales networks.

Key Players

                    ·           Procotex Corporation SA (Belgium)

                    ·           Mitsubishi Chemical Group Corporation (Japan)

                    ·           Gen 2 Carbon Limited (UK)

                    ·           Toray Industries, Inc. (Japan)

                    ·           Teijin Limited (Japan)

                    ·           PhlexTek – incl. Carbon Conversions Inc. (US)

                    ·           Carbon Fiber Conversions GmbH (Germany)

                    ·           James Cropper PLC (UK)

                    ·           Carbon Fiber Recycling, LLC (US)

                    ·           Fairmat (France)

                    ·           Hexcel Corporation (US)

                    ·           Alpha Recyclage Composites (France)

                    ·           R&M International Sales Corp. – incl. Vartega EasyFeed technology (US)

                    ·           Catack-H (South Korea)

                    ·           Carbon Fiber Remanufacturing LLC (US)

Recent Market Developments

• June 2025: Westlake Epoxy announced a collaboration with Alpha Recyclage Composites (France) to support the scale-up of its steam pyrolysis recycling of carbon fiber composites, with a target of recycling 1,000 metric tons of waste carbon fiber composites per year by 2027.
• January 2026: Catack-H (South Korea) signed a memorandum of understanding with POSCO International on 13 January 2026 to jointly secure post-production and end-of-life scrap and to export Catack-H’s milled carbon fiber and nonwoven fabric.
• February 2026: PhlexTek (US) assumed operations of Carbon Conversions Inc. in Lake City, South Carolina, adding chopped carbon fiber and other carbon fiber derivatives to its composites and coatings materials platform.
• March 2026: Barnet and Carbon Fiber Conversions (Germany) launched a strategic partnership to grow the global market for recycled carbon fiber in plastics, with Barnet promoting CarboFlow, a 100% recycled carbon fiber for thermoplastic compounds. 

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