‌1. Industry Scale and Production Capacity‌

‌Capacity Expansion and Regional Clusters‌

China’s total carbon fiber production capacity reached ‌135,500 metric tons‌ in 2024, with a year-on-year growth rate of 12.73%, marking a slowdown compared to previous years.

Production clusters are concentrated in three regions: ‌Eastern China (37.53%)‌, ‌Northeastern China (30.89%)‌, and ‌Northwestern China (24.35%)‌, collectively accounting for over 90% of national capacity.

New capacity additions focus on ‌T700/T800-grade fibers‌, representing 31.85% of total output, while ultra-high-performance fibers account for 3.24%.

‌Output and Inventory Pressures‌

Annual production in 2024 reached ‌59,000 metric tons‌, with growth slowing to 8.16%—a significant drop from the 50%+ growth rates seen in prior years.

Rising inventory levels have forced over 70% of manufacturers to adopt “low-capacity operations + order-driven production,” delaying 40% of planned projects.

‌2. Market Demand and Global Positioning‌

‌Demand Drivers and Growth Momentum‌

China accounts for ‌55.11% of global carbon fiber demand‌ (2022 data), with a five-year compound annual growth rate (CAGR) of 23.7%.

Primary applications include ‌wind turbine blades (23.5%)‌, ‌sports/leisure goods (30.9%)‌, and ‌aerospace (10.5%)‌.

‌Emerging Applications‌

‌Low-altitude economy‌ (e.g., drones, eVTOL aircraft) and ‌new energy vehicle lightweighting‌ are driving demand for high-performance fibers.

Hydrogen storage tanks and semiconductor materials are unlocking new market opportunities.

‌3. Technological Breakthroughs and Localization‌

‌Core Innovations‌

Advances in ‌PAN-based precursor fiber technology‌ have reduced production costs and improved stability, boosting the domestication rate of general-purpose fibers to over 70%.

Domestic ultra-high-strength (≥3500 MPa) and high-modulus (≥230 GPa) fibers now match international performance benchmarks.

‌Application Advancements‌

Carbon fiber composites constitute over ‌50% of airframe structures‌ in domestically developed aircraft, with critical components achieving self-sufficiency.

Mass-produced carbon fiber automotive wheels reduce weight by ‌30-40%‌ compared to traditional materials, enhancing EV range by ‌5-8%‌.

‌4. Challenges and Competitive Landscape‌

‌Critical Gaps‌

High-end applications (e.g., aerospace-grade fibers) remain import-dependent, with a domestication rate below 30%.

International competitors maintain dominance in process stability and application-specific engineering expertise.

‌Domestic Competition‌

Leading manufacturers prioritize high-performance fiber expansion, with 2024 capacity growth exceeding industry averages.

Regional disparities persist: Eastern, Northeastern, and Northwestern China dominate production, while Northern and Central regions contribute less than 5%.

‌5. Policy Support and Future Outlook‌

‌Government Initiatives‌

Carbon fiber is classified as a ‌strategic material‌ under China’s 14th Five-Year Plan, supported by regional subsidies and industry-academia R&D partnerships.

‌Growth Projections‌

Global carbon fiber demand is forecast to grow at a ‌15%+ CAGR‌ from 2024 to 2030, with China driving incremental demand.

Recovery in wind energy demand and high-value applications will accelerate the industry’s shift from ‌volume-driven expansion‌ to ‌premiumization‌.

‌Conclusion‌

China’s carbon fiber industry is navigating a dual transition: ‌accelerating domestic substitution‌ while pursuing ‌high-end innovation‌. Strengthening core technologies, optimizing supply chains, and addressing regional imbalances will be critical to solidify its position in global markets.