Jiangsu Province's carbon fiber industry is undergoing a pivotal shift: from 'being able to produce' to 'being affordable and widely applicable.' The province ranks among the top nationally in carbon fiber tow production capacity, consuming over one-third of the national total. However, applications have been heavily concentrated in aerospace and new energy, with market ceilings becoming apparent. A recent application matchmaking conference in Nanjing sent a clear signal—government and leading enterprises are jointly pushing carbon fiber into ToC scenarios such as commercial aerospace, low-altitude economy, and humanoid robots, attempting to open a second growth curve.
Capacity Heights and Scenario Bottlenecks
Jiangsu has established a complete industrial chain from acrylonitrile to carbon fiber composite products. Lianyungang, Changzhou, and Zhenjiang form the core clusters. Lianyungang, anchored by Zhongfu Shenying, ranks second nationally in operating capacity; Changzhou and Zhenjiang have advantages in downstream sectors like prepreg and composite products. Data from the Jiangsu Provincial Department of Industry and Information Technology shows that carbon fiber applications cover aerospace, new energy, rail transit, and sports leisure, but volumes remain dominated by heavy-asset industries like aerospace and wind power, with civilian penetration insufficient.
The problem is that traditional high-end market growth is slowing. Aerospace orders have long cycles and high certification barriers, making it difficult for small and medium enterprises to enter. The new energy sector faces continuous cost sensitivity due to wind turbine price pressures. Industry data indicates that carbon fiber prices have dropped sharply over the past two years, with industrial-grade T300 products nearing cost lines, squeezing profit margins. Relying solely on 'volume for price' is unsustainable; new application growth must be found.
Logic Behind the Matchmaking Conference
The core action of the conference was 'precise matchmaking'—8 carbon fiber suppliers met face-to-face with 15 application enterprises, including representatives from commercial aerospace and low-altitude economy sectors like White Whale Airlines, AutoFlight, and Tianbing Aerospace. This differs from previous general matchmaking events; participants had clear procurement or cooperation intentions. Six leading enterprises, including Zhongfu Shenying and Jiangsu Hengshen, showcased carbon tow, prepreg, composite products, and aerospace application scenarios, aiming to lower the cognitive barrier for end-users.
The involvement of third-party institutions like the Jiangsu Composite Materials Society and the Jiangsu UAV Industry Innovation Alliance indicates the government's intent to build a closed-loop ecosystem of 'technology supply—scenario demand—standards testing.' The conference specifically mentioned 'breaking cost and application bottlenecks,' suggesting potential subsidies or tax incentives for civilian carbon fiber applications. For the textile and chemical fiber industry, the civilianization of carbon fiber will directly drive demand for upstream precursor and carbonization equipment, as well as midstream prepreg and weaving processes. The demand for lightweight structural components in the low-altitude economy alone could become the next multi-billion-dollar market after wind power.
Differentiated Paths for the Three Clusters
Lianyungang, Changzhou, and Zhenjiang play different roles in this shift. Lianyungang, leveraging Zhongfu Shenying's scale, focuses on commercial aerospace and humanoid robot structural applications; its second-ranked national operating capacity gives it cost-control leverage. Changzhou has deep experience in composite products and UAV component integration, with AutoFlight's presence making it a key demand source for low-altitude economy carbon fiber. Zhenjiang, represented by companies like Hengrui Carbon Fiber, has mature applications in high-end sports and medical sectors, making it a suitable testbed for ToC scenarios.
The four-character guideline of 'increase, strengthen, supplement, and cultivate' proposed by the provincial department translates to: increase capacity to spread fixed costs, strengthen specialty products to avoid homogeneous competition, supplement technical shortcomings to reduce import dependence, and cultivate future application scenarios to create new increments. This strategy sets an example for the national carbon fiber industry: when overcapacity risks emerge, proactively seeking increments from civilian markets is more sustainable than passively waiting for orders.