Carbon Fiber Precursor Pre-crosslinking Technology: The "Golden Key" to Unlocking Large-Scale Carbon Fiber Applications!

Pre-oxidation: The Pivotal Stage Governing Carbon Fiber Performance and Production Economics.

Oriental Energy and Shandong University Achieve Breakthrough in Carbon Fiber Precursor Technology: The Carbon Fiber Technical Division of Oriental Energy, in collaboration with Shandong University's Carbon Fiber Research Center, has successfully developed groundbreaking precursor pre-crosslinking technology through precise molecular structure engineering. This innovation delivers transformative solutions for the pre-oxidation process, with successful verification on Shandong University's pilot production line.

Key Challenges in Traditional Carbon Fiber Pre-oxidation

1、Low Efficiency;

2、Excessive Energy Consumption;

3. Inconsistent Quality;

Technical Principle of Pre-Crosslinking Technology

During precursor fiber production, controlled physical crosslinking reactions establish a stable 3D network structure between molecular chains, significantly enhancing thermal stability and oxidation resistance—creating an "express lane" for pre-oxidation.

Core advantages

✧ 30%+ Efficiency Boost ;

✧ 25% Energy Reduction；

✧  Superior Quality；

✧ Eco-Friendly;

Commercial Value: Technology-Driven Industrial Transformation

✧Cost Reduction for Enterprises: Significant Drop in Large-Scale Per-Ton Production Costs, Laying the Foundation for Expanded Applications;

✧Process Innovation: Accelerated Production Cycles for Agile Market Response；

✧Technology Moats: Dominating High-Value Market Segments to Forge Industry Leadership。