• International Giants in Carbon Fiber and Reinforcement Materials: Toray, Teijin, Mitsubishi Chemical, Toho, Hexcel, Solvay, SGL, Owens Corning, Japan’s Toray, Hexcel, Germany’s SGL, Belgium’s Solvay, Japan’s Teijin, Japan’s Mitsubishi, Owens Corning
• Leading Chinese Enterprises in Carbon Fiber and Composite Materials: Guangwei Composites, Zhongfu Shenying, Hengshen Co., Ltd., Jilin Chemical Fiber, AVIC Composites, Zhongfu Lianzhong, Weihai Expansion, Jiangsu Hengshen, Jilin Carbon Valley, Shanghai Petrochemical, Zhejiang Baoding, Zhongjian Technology, Taigang Steel Science & Technology, Shanxi Steel Science & Technology
• Resins and Matrix Materials: Huntsman, Dow, BASF, Evonik, Henkel, Shangwei New Materials, Huibai New Materials, Daosheng Tianhe, Kangda New Materials, Guangzhou Polymer, Shenzhen Langbowan
• Aerospace Composite Applications: AVIC Composites, COMAC Northern Research Center, Institute of Aerospace Materials and Processes, Aviation Industry Manufacturing Academy, AVIC Harbin Aircraft Industry, AVIC Chengdu Aircraft Industry, AVIC Xi’an Aircraft Industry
• Wind Power and Industrial Composites: China National Materials Technology, Times New Materials, Zhongfu Lianzhong, Airong Technology, Chongtong Group, Luoyang Shuangrui, Zhongke Yuneng
• Equipment and Tooling: Schötz (Germany), Dillenbach (Germany), CMS (Italy), ASC (, FANUC (Canada), Shandong AVIC, Zhejiang Jinggong, Weihai Guangwei Equipment, Beijing Bairete, Nanjing Nuolite
• Testing and Simulation: Zwick (Germany), MTS (, Instron (, Beijing Zhongke, Shenzhen Wance, Shanghai Huace, Anshi Asia-Pacific, Dassault Systèmes

Advanced Materials: High-temperature materials, nanomaterials, graphene, advanced composite structural components, resin-based, metal-based, carbon–carbon, ceramic matrix composites, nanocomposites, natural fiber composites, bio‑composites, smart composites, and structure‑function integration, among others

Advanced Composite Structural Design: Digital technologies and CAE tools, structural design, simulation and modeling techniques, modeling and analysis software, digital equipment, databases, and related technologies

High‑Performance Composite Raw Materials, Auxiliary Materials, and Intermediate Products: Reinforcing fibers, matrix materials, core materials, foams, honeycombs, etc.; fabrics, prepregs, forming auxiliaries, curing agents, release agents, adhesives, coating materials, and more

Advanced Manufacturing Technologies, Additive Manufacturing, and High‑Performance Composite Preparation Techniques and Process Equipment: Process‑forming technologies and equipment, tooling design and molds, low‑cost technologies, automated cutting, tape laying, fiber placement, winding, stitching, preform fabrication, robotic systems, and other related technologies

Testing and Inspection Technologies for High‑Performance Composite Structural Properties: Mechanical, thermal, and physical property testing, nondestructive testing, characterization techniques, and associated instruments and equipment

Composite Processing and Assembly: Machine tools, cutting tools, joining materials, and related equipment

Advanced Composite Repair Technologies: Material repair services and specialized equipment

Composite Recycling Technologies and Equipment (Copyright of this content belongs to Juzhan; unauthorized reproduction is prohibited)

High‑Performance Composite Engineering and Applications: Aerospace, defense, new energy, marine vessels, high-speed trains, automobiles, electronics and electrical appliances, sports and leisure, and other fields