• 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, and 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, Huibo 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 Institute, AVIC Harbin Aircraft Industry, AVIC Chengdu Aircraft Industry, AVIC Xi’an Aircraft Industry
• Wind Power and Industrial Composites: China National Materials Group, 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 more

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, braiding, preform fabrication, robotic systems, and more

Testing and Inspection Technologies for High-Performance Composite Structural Properties: Mechanical, thermal, and physical property testing, non-destructive 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. Reproduction without permission is prohibited)

High-Performance Composite Engineering and Applications: Aerospace, defense, new energy, ships, high-speed trains, automobiles, electronics and electrical appliances, sports and leisure, and more