Research Report on the Development Status and Prospects of China's Composites Industry 2024 2030
Chapter 1: Overview of the development background of China's composites industry.
1.1 Composites Industry Definition.
1.2 Composite product characteristics.
1.3 Main types of composite materials.
1.3.1 Classification of composite materials.
1.3.2 Classification of composite materials.
1.4 The composite material industry belongs to the "National Economic Industry Classification and **".
Chapter 2: Analysis of the development environment of China's composite materials industry.
2.1. Analysis of the economic environment of the industry.
2.1.1 Analysis of the domestic macroeconomic environment.
1) GDP scale and growth rate.
2) China's fixed asset investment.
3) Industrial added value.
2.1.2 China's Macroeconomics**.
1) China's GDP growth rate by international institutions**.
2) The growth rate of domestic institutions on China's macroeconomic indicators**.
2.2 Analysis of the industry policy environment.
2.2.1 Introduction to the industry regulatory system and institutions.
2.2.2 Industry-related standards.
2.2.3 Industry-related policies.
2.3. Analysis of the social environment of the industry.
2.4. Analysis of the technical environment of the industry.
2.4.1 Number of patent applications filed by industry.
2.4.2 Analysis of technology leaders.
2.4.3 Popular technical analysis in the industry.
2.5 Analysis of development opportunities and threats in China's composite materials industry.
Chapter 3: Analysis of the development status of the global composites industry.
3.1 Analysis of the development status of the global composite industry
3.1.1 The development history of the global composite industry
3.1.2 Supply and demand in the global composites industry.
1) Global supply of composite materials.
2) Global demand for composite materials.
3.1.3 Global Composites Industry Market Size Analysis.
3.1.4 Competitive landscape of the global composite materials industry.
1) Regional competition pattern of global composite materials.
2) The competitive landscape of global composite material companies.
3.1.5 Representative enterprises in the global composite materials industry.
1) Mitsubishi Chemical Corporation.
2) Cologne Industries.
3) Toray Corporation.
3.2 Analysis of the development of the composite industry in the United States.
3.2.1 The development status of the composite industry in the United States.
3.2.2 Development trend of the U.S. composite industry.
1) Wind turbine blades have become a key development and application.
2) The development prospect of composite materials is good.
3) The competitive position remains strong.
3.2.3 Development prospects for the U.S. composite industry.
3.3 Analysis of the development of composite materials industry in Europe.
3.3.1 The development status of the composite industry in Europe.
1) Overview of the development of composite materials industry in Europe.
2) Supply of composite materials in Europe.
3) Composite materials application market in Europe.
3.3.2 Trends in the composites industry in Europe.
3.3.3 Prospects for the development of composite materials industry in Europe.
3.4 Analysis of the development of the composite industry in Japan.
3.4.1 The development status of the composite industry in Japan.
3.4.2 Development prospects of the Japanese composite industry.
3.4.3 Summary of the development experience of the Japanese composite industry in the composite industry.
1) Pay attention to basic research.
2) Expansion of the Institute.
3) Ensure the human resources needed for the development of the industry.
4) Support in terms of research funding.
5) Industrialization synergy system.
3.5 Development prospects of the global composite industry
Chapter 4: China Composites Industry Market Supply and Demand Status and Development Analysis.
4.1. Analysis of the development process of the composite materials industry.
4.2 Analysis of product development characteristics of China's composite materials industry.
4.3 Supply analysis of composite materials industry.
4.4 Analysis of the development scale of the composite materials industry.
Chapter 5: Analysis of market competition in China's composite industry.
5.1 The market competition layout of China's composite materials industry.
5.1.1 Analysis of regional competition in China's composite industry.
5.1.2 Competitive analysis of enterprises in China's composite materials industry.
1) Industry enterprise competition analysis.
5.2 Analysis of Porter's Five Forces Model in China's Composites Industry.
5.2.1 Analysis of existing competitors in the industry.
5.2.2 Potential entrant threats in the industry.
5.2.3 Industry Substitute Threat Analysis.
5.2.4. Analysis of the bargaining power of the industry.
5.2.5 Analysis of the bargaining power of industry buyers.
5.2.6 Summary of industry competition.
5.3 Analysis of mergers and acquisitions in the composite materials industry.
5.3.1 Cases of investment, mergers and acquisitions in the composite materials industry.
5.3.2 Composite materials industry investment, mergers and acquisitions.
5.3.3 Analysis of the characteristics of investment, mergers and acquisitions in the composite materials industry.
5.3.4 Motivation for investment, mergers and acquisitions in the composite materials industry.
5.3.5 Trends in investment, mergers and acquisitions in the composite materials industry.
Chapter 6: Upstream and Midstream Materials Market Analysis of China's Composites Industry.
6.1 Introduction to the composite material industry chain.
6.2 Analysis of the upstream material market of the composite material industry chain.
6.2.1 Metal Matrix Materials Market Analysis.
1) Aluminum market analysis.
2) Copper market analysis.
3) Magnesium market analysis.
4) Titanium market analysis.
6.2.2 Market analysis of non-metallic matrix materials.
1) Synthetic resin market analysis.
2) Rubber market analysis.
3) Graphite market analysis.
6.2.3 Reinforcement materials market analysis.
1) Fiberglass market analysis.
2) Carbon fiber market analysis.
3) Aramid fiber market analysis.
6.3 Market analysis of midstream products in the composite industry.
6.3.1 Analysis of the development of the WPC composite market.
1) Definition and characteristics of wood-plastic composites.
2) Properties of wood-plastic composites.
3) Analysis of China's WPC composite market.
6.3.2 Analysis of the development of the nanocomposite market.
1) Overview of nanocomposites.
2) Analysis of preparation methods for nanocomposites.
3) Analysis of the application field of nanocomposites.
4) Nanocomposites market size analysis.
5) Analysis of nanocomposite product segments.
6) The main manufacturer of nanocomposites.
7) Nanocomposites market prospects**.
6.3.3 Analysis of the development of the functional composite materials market.
Chapter 7: Analysis of Downstream Demand Sectors of China's Composites Industry.
7.1 Analysis of the demand for composite materials in the aerospace field.
7.1.1 Application of composite materials in the aerospace field.
7.1.2 Development status and trends in the aerospace field**.
1) The development status of the aerospace field.
2) Trends in the aerospace sector**.
3) Demand outlook for composite materials in the aerospace sector.
7.2 Analysis of the demand for composite materials in the pharmaceutical industry.
7.2.1 Application of composite materials in the pharmaceutical industry.
1) Introduction to biocomposites.
2) Application analysis of biocomposites.
7.2.2 Development status and trend of the pharmaceutical industry**.
1) The development status of pharmaceutical manufacturing.
2) Supply in the pharmaceutical manufacturing industry.
3) The development trend of the pharmaceutical industry**.
7.2.3 Demand outlook for composite materials in the pharmaceutical industry.
7.3 Analysis of the demand for composite materials in the chemical industry.
7.3.1 Application of composite materials in the chemical industry.
7.3.2 The overall development of the chemical industry.
1) The scale of sales continues to expand.
2) Operating efficiency fluctuates.
3) Development trend of chemical industry**.
4) Demand outlook for composite materials in the chemical industry.
7.4 Analysis of the demand for composites in the automotive industry.
7.4.1 Application of composite materials in the automotive industry.
7.4.2 Development status and trend of the automotive industry**.
1) Analysis of the scale of industry development.
2) Analysis of the balance between supply and demand in the industry.
3) Trends in the automotive industry**.
7.4.3 Demand outlook for composites in the automotive industry.
1) Demand outlook for composite materials in the global automotive industry.
2) Demand outlook for composite materials in China's automotive industry.
7.5 Analysis of the demand for composite materials in the wind power industry.
7.5.1 Application of composite materials in the wind power industry.
7.5.2 Development status of wind power industry.
7.5.3 Demand for composite materials in the wind power industry.
7.5.4 Demand outlook for composite materials in the wind power industry.
Chapter 8: Business Analysis of Leading Companies in China's Composites Industry.
8.1 The main layout of leading enterprises in China's composite materials industry.
8.2 Case study of the layout of key composite materials enterprises in China.
8.2.1. Analysis of the business situation of Qingdao Huasheng high-tech development.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.2 Analysis of the operation of Shanghai Pulit Composite Materials Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.3 Analysis of the operation of Chongqing International Composite Materials Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.4 Analysis of the operation of Shanghai Yueke New Materials Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of enterprise qualification and ability.
3) Analysis of the company's composite material business.
4) Enterprise sales channel and network analysis.
5) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.5. Analysis of the operation of Sinoma Science and Technology Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.6 Analysis of the operation of Hunan Boyun New Materials Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.7. Analysis of the operation of carbon fiber composite materials in Sichuan Province.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.8 Analysis of the operation of Xiamen Zhongchuang Environmental Protection Technology Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.9 Analysis of the operation of Hubei Huitian New Materials Co., Ltd.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
8.2.10 Analysis of the operation of Yangzhou Mainstone Composite Materials.
1) Brief analysis of enterprise development.
2) Analysis of business conditions.
3) Analysis of enterprise qualifications and capabilities.
4) Business analysis of enterprise composite materials.
5) Enterprise sales channel and network analysis.
6) Analysis of the advantages and disadvantages of the company's operating conditions.
Chapter 9: Development Prospects and Investment Recommendations for China's Composites Industry.
9.1 Development prospects of the composite materials industry**.
9.1.1 Industry Life Cycle Analysis.
9.1.2 Factors influencing the development of the industry.
1) Drivers.
2) Hindrances.
9.1.3 Industry development prospects**.
9.2 Analysis of investment characteristics of composite materials industry.
9.2.1 Analysis of industry barriers to entry.
1) Product testing, design and testing barriers.
2) Talent barriers.
3) Technical barriers.
4) Equipment and financial barriers.
5) Certification barriers.
9.2.2. Analysis of industry business model.
9.2.3. Early warning of industry investment risks.
1) Market risk.
2) Macroeconomic risks.
3) Technology R&D risks in the composite materials industry.
4) Other risks.
9.3 Investment strategies and suggestions for the composite materials industry.
9.3.1 Industry investment opportunity analysis.
1) Regional analysis of investment in composite materials industry.
2) The emerging industry supported by composite materials will step into a new stage of development.
9.3.2 Industry investment strategies and suggestions.
1) Rely on technological innovation to promote the development of the industry.
2) Strengthen the strong alliance between enterprises.
3) Improve the risk avoidance system.
4) Build a composite material industry cluster.
Table of Contents of Charts. Figure 1: Characteristics of composites.
Figure 2: Brief analysis of the properties of composite materials.
Figure 3: Classification of composite compositions.
Figure 4: Classification of composite materials.
Figure 5: Composite materials industry attribution in the "National Economic Industry Classification and **".
Figure 6: China's GDP growth trend from 2019 to 2023 (unit: trillion yuan, %)
Figure 7: Growth rate of national fixed asset investment (excluding rural households) from 2019 to 2023 (unit: trillion yuan, %)
Figure 8: China's total industrial added value and growth rate from 2018 to 2023 (unit: trillion yuan, %)
Chart 9: China's GDP growth rate in 2023 by some international institutions (unit: %)
Chart 10: China's core macroeconomic indicators in 2023** (unit: %)
Figure 11: China's composites industry authorities.
Figure 12: Summary of current standards for composite materials in China from 2019 to 2023.
Figure 13: Summary of China's upcoming standards for composite materials from 2021 to 2023.
Figure 14: Summary and interpretation of important relevant policies of China's composite industry as of 2023.
Figure 15: Analysis of the social environment of the composites industry.
Figure 16: Changes in the number of composite-related patent applications in China from 2018 to 2023 (unit: pieces).
Exhibit 17: Top 10 composite material-related patent applicants as of 2023 (unit: pieces, %)
Figure 18: As of 2023, China's composites industry has entered the top 10 patent application types (unit: pieces).
Figure 19: Analysis of opportunities and challenges in the development of China's composite industry.
Exhibit 20: Global Composites Industry Development Stage.
Figure 21: 2019-2023 global composite market supply scale and change trend (unit: million tons).
Exhibit 22: Global Composites Market Demand Distribution in 2023 (Unit: %)
Exhibit 23: Global Composites Market Size, 2013-2023 (in USD billion, %)
Figure 24: Percentage of global composite production in 2023 (unit: %)
Exhibit 25: Global Advanced Composites Market Key Entrants.
Exhibit 26: Basic corporate information of Mitsubishi Chemical Corporation.
Figure 27: Mitsubishi Chemical Corporation's main composite products.
Exhibit 28: Mitsubishi Chemical Corporation's global sales network.
Exhibit 29: Analysis of key economic indicators of Cologne Industrial Corporation from 2019 to 2023 (in millions of won)
Exhibit 30: Toray's operations from FY2019 to FY2022 (in millions of yen).
Figure 31: Toray Corporation's carbon fiber composite brands and their types.
Exhibit 32: U.S. Composites Market Size, 2019-2023 (in USD billion).
Figure 33: Representative manufacturers in the U.S. composite industry chain.
Exhibit 34: U.S. Composites Industry Application Scenario Growth Rate (in %)
Exhibit 35: U.S. Composites Market Size** (in USD billion) 2024-2030
Exhibit 36: European Composites Market Size, 2019-2023 (in USD billion, %)
Figure 37: European composites production in kilotons, 2018-2023
Figure 38: European composite production by various molding processes (in 10,000 tons) from 2019 to 2023
Exhibit 39: Europe Composites Market Structure in 2023 (Unit: %)
Exhibit 40: Trends in the composites industry in Europe.
Exhibit 41: European Composites Market Size** 2024-2030 (in USD billion).
Figure 42: Trends in the Japanese composites industry.
Exhibit 43: Global Composites Market Size** 2024-2030 (in USD billion).
Exhibit 44: A summary of the development history of China's composite industry.
Figure 45: Development characteristics of composite products in China.
Figure 46: China's composite material production from 2019 to 2023 (unit: 10,000 tons).
Figure 47: 2023 output of representative composite companies in China.
Figure 48: China's composite market size from 2019 to 2023 (unit: 100 million yuan).
Figure 49: The number of regional enterprises in China's composite industry as of 2023 (unit: households).
Figure 50: As of 2023, the competitive landscape of enterprises in China's composite industry (by registered capital).
Figure 51: Representative enterprises of WPC composites in China.
Figure 52: Representative companies of nanocomposites in China.
Figure 53: Competitive analysis of incumbents in China's composite industry.
Figure 54: Threat analysis of potential entrants in China's composite industry.
Figure 55: Analysis of the bargaining power of China's upstream merchants in the composite industry.
Figure 56: Analysis of the bargaining power of China's downstream customers in the composite industry.
Exhibit 57: Summary of competition in the composites industry.
Exhibit 58: Selected investment and mergers in the composite industry from 2019 to 2023.
Exhibit 59: Analysis of major M&A and restructuring patterns in the composites industry.
Figure 60: Analysis of the drivers of M&A and restructuring of composites companies.
Figure 61: Composites industry chain diagram.
Figure 62: China's aluminum production and growth from 2019 to 2023 (unit: 10,000 tons, %)
Exhibit 63: 2020-2023 China Aluminum** Index (unit: yuan ton).
Exhibit 64: Analysis of the impact of the aluminum market on the composites industry.
Figure 65: China's refined copper production and year-on-year growth from 2019 to 2023 (unit: 10,000 tons, %)
Chart 66: 2020-2023 China Shanghai Copper Spot ** Trend Chart (most**) unit: yuan ton).
Figure 67: China's primary magnesium production from 2019 to 2023 (unit: 10,000 tons, %)
Exhibit 68: 2020-2023 China Yangtze Nonferrous Metals: Spot Average Price: 1 Magnesium (Unit: Yuan Ton).
Exhibit 69: Analysis of the impact of the magnesium market on the composites industry.
Figure 70: China's ilmenite production from 2019 to 2023 (unit: 10,000 tons, %)
Chart 71: 2021-2023 China titanium concentrate ex-factory price trend chart (unit: yuan ton).
Exhibit 72: Analysis of the impact of the titanium market on the composites industry.
Figure 73: Synthetic resin production from 2019 to 2023 (unit: 10,000 tons).
Figure 74: 2019-2023 Sinopec synthetic resin average realization** (unit: yuan ton).
Exhibit 75: Analysis of the impact of the synthetic resins market on the composites industry.
Figure 76: China's synthetic rubber output from 2019 to 2023 (unit: 10,000 tons, %)
Exhibit 77: 2019-2023 China Synthetic Rubber: Butadiene Rubber (BR9000)** Trend Chart (Unit: Yuan Ton).
Exhibit 78: Analysis of the impact of the rubber industry on the composites industry.
Figure 79: China's graphite production from 2018 to 2023 (unit: 1,000 tons).
Chart 80: 2019-2023 mid-range natural graphite** trend chart (unit: yuan ton).
Exhibit 81: Analysis of the impact of the graphite market on the composites industry.
Figure 82: List of main economic indicators of glass fiber and products manufacturing from 2020 to 2023 (unit: 100 million yuan, %)
Figure 83: China's glass fiber production and year-on-year growth rate from 2018 to 2023 (unit: 10,000 tons, %)
Figure 84: Production structure of glass fiber products in China in 2023 (unit: %)
Figure 85: Competitive landscape of China's fiberglass industry in 2023.
Figure 86: China's carbon fiber operating capacity from 2019 to 2023 (unit: thousand tons).
Figure 87: 2019-2023 China's carbon fiber demand trend chart (unit: tons, %)
Exhibit 88: Structure of China's carbon fiber demand areas in 2023 (unit: %)
Figure 89: Regional distribution of China's carbon fiber demand in 2023 (unit: %)
Exhibit 90: 2023 China Carbon Fiber Precursor and Carbon Fiber Operating Capacity - Manufacturers (Tons).
Figure 91: Downstream applications of aramid fibers in China.
Figure 92: Types and introduction of WPC composites.
Figure 93: Laminated timber vs. cocoa greenwood.
Figure 94: Summary of the characteristics of WPC composites.
Figure 95: Introduction to the general properties of WPC composites (unit: cm3 g,%, mpa,n).
Figure 96: Introduction to the anti-aging properties of WPC composites.
Figure 97: Introduction to the decorative properties of WPC composites.
Figure 98: Performance comparison of WPC composites with solid wood and other wood-based panels.
Figure 99: Comparison of pineapple lattice, wood-plastic composites, eucalyptus and carbonized wood.
Figure 100: Summary of performance advantages of WPC composites.
Exhibit 101: Major manufacturers and industry status of WPC composites in China.
Figure 102: Major manufacturers of four categories of WPC composites in the field of building materials.
Figure 103: Analysis of major manufacturers of nanocomposites in China.
Figure 104: Development status and application of composite materials in China's aerospace industry.
Figure 105: Number of civil airports in China from 2019 to 2023 (unit: units).
Exhibit 106: China's civil aircraft size in 2023 (unit: %)
Figure 107: Number of civil aircraft in China** (unit: aircraft) from 2024 to 2030
Figure 108: Classification of biocomposites.
Figure 109: Clinical application of biocomposites.
Figure 110: 2019-2023 pharmaceutical manufacturing industry operating income trend chart (unit: 100 million yuan, %)
Figure 111: 2019-2023 total profit trend chart of pharmaceutical manufacturing industry (unit: 100 million yuan, %)
Figure 112: 2019-2023 chemical drug production trend (unit: 10,000 tons, %)
Figure 113: 2018-2023 China's petroleum and chemical industry revenue and growth rate (unit: trillion yuan, %)
Figure 114: Total profit and growth rate of China's petroleum and chemical industry from 2018 to 2023 (unit: 100 million yuan, %)
Figure 115: Three stages of composites for automotive applications.
Figure 116: Thermoplastic fiber-reinforced composites (GMTs) outperform thermoset fiber-reinforced composites and metal materials.
Figure 117: Comparison of GMT templates with conventional templates (unit: kg m2).
Exhibit 118: Summary of the benefits of modularity (in %)
Figure 119: Analysis of the operating efficiency of China's automobile manufacturing industry from 2019 to 2023 (unit: households, 100 million yuan, %)
Figure 120: China's automobile production trend from 2018 to 2023 (unit: 10,000 units, %)