Zhongfu Shenying Breaks Through T1200 Grade Carbon Fiber Technology, Hundred-Ton Scale Production Line Completed

China National Building Material Group’s subsidiary, Central Composite Eagle (688295.SH), has achieved another breakthrough in the high-end materials field. On March 12, this leading domestic carbon fiber enterprise announced the successful large-scale production of SYT80 (T1200 grade) carbon fiber at the hundred-ton level.

According to Central Composite Eagle, the scaled-up SYT80 carbon fiber has core properties reaching top global levels, with a tensile strength of 8,000 MPa, a 14% improvement over the previous generation SYT70 product. It also features an elastic modulus of 324 GPa, a fracture elongation of 2.5%, and a density of 1.79 g/cm³. Behind this breakthrough is the company’s R&D team overcoming sub-nanometer molecular structural defect regulation technology. Through cross-scale process coupling, they successfully achieved engineering-stable production of this grade of carbon fiber, breaking through technical barriers in the high-end carbon fiber field.

Recently, Peng Shou, a National People’s Congress delegate, Chinese Academy of Engineering academician, and Chief Scientist of China National Building Material Group, introduced that T1200 ultra-high-strength carbon fiber has a tensile strength greater than 8,000 MPa, with engineered samples exceeding 7,700 MPa. Its diameter is less than one-tenth of a hair strand, yet its tensile strength is ten times that of ordinary steel, and its density is only a quarter of steel, demonstrating lightweight high strength. Chen Qiufei, Director and General Manager of Central Composite Eagle and head of SYT80 carbon fiber R&D, stated that the hundred-ton scale mass production of this product means this top-tier new material will no longer be an “luxury” in laboratories but will become a “common item” serving global economic development.

As a key breakthrough in high-performance carbon fiber, the emergence of SYT80 further enhances Central Composite Eagle’s ultra-high-strength carbon fiber product matrix. The company said that this product will lay a solid technological foundation for expanding into downstream applications such as aerospace, high-end equipment, and sports goods, especially in strategic emerging industries like commercial spaceflight, low-altitude economy, and humanoid robots, which have broad application prospects.

It is worth noting that the company’s performance has also seen a breakthrough. The recent performance forecast for 2025 shows that Central Composite Eagle achieved an operating revenue of 2.195 billion yuan, a year-on-year increase of 40.97%; net profit attributable to the parent company was 96.6582 million yuan, reversing previous losses. Non-recurring net profit also turned profitable, reaching 69.13 million yuan. As of the end of 2025, the company’s total assets reached 10.485 billion yuan, a 12.05% increase from the beginning of the year, with steady asset expansion.

Regarding the core drivers of the turnaround, Central Composite Eagle clearly attributes it to three aspects. On the market side, the company optimized product structure, focusing on high-value-added fields such as aerospace, wind power, high-end sports, and pressure vessels, significantly boosting sales revenue and profitability; on the production side, cost reduction and efficiency improvements driven by technology, along with scaled production and process optimization, effectively lowered unit production costs; on the management side, refined management practices and efficiency improvements helped control expenses and strengthen profitability. Looking at the performance trend, the company’s profitability has gradually improved, with a loss in the first quarter of 2025, but turning profitable from the second quarter onward and continuing to improve.

However, Central Composite Eagle also highlights related risks. The company states that although SYT80 carbon fiber has begun market promotion and application evaluation, as a core raw material, its large-scale sales will require a lengthy market promotion and application evaluation cycle. During this period, there are uncertainties such as customer certification delays and future sales price fluctuations. Additionally, the new product release will not have a significant short-term impact on the company’s performance; growth still depends on expanding existing product markets and gradually implementing new products.

Public information shows that the global high-end carbon fiber market has long been monopolized by companies like Toray of Japan, and products above T800 grade are included in international export control lists. The hundred-ton scale production of T1200 grade carbon fiber by Central Composite Eagle not only fills the gap in large-scale production of this level of carbon fiber worldwide but also marks China’s achievement in full-chain independent control—from technology and equipment to laboratory and mass production—driving the upgrade of the domestic high-end manufacturing supply chain security.