The fluorine chemicals industry refers to a branch industry of the chemical industry where fluorine is the main component of products. There are a wide variety of products in the industry as well as a large variety of applications. Its technology-intensive nature and high added value have caused the fluorine industry to be considered an extremely valuable industry. Fluorine products are generally categorized into non-organic and organic products. The former refers to non-carbon-based objects with fluorine as a component and is the basis of the entire industry. The latter refers to carbon-based objects with fluorine as a component and includes fluoropolymers, fluorine compound chemicals and fluorocarbons.
The Chinese fluorine chemicals industry began during the 1950s, and has developed into a complete industry with a more complete supply chain. The industry has become much more technologically advanced since its early beginnings by absorbing foreign technology, knowledge and products into the Chinese industry.
China has gradually become one of the largest producers and consumers of fluorine-based products. Stronger supervision, disciplinary actions and regulation has led to a decline in fluorite production and as a result, fluorite-based products have been facing a sharp uptick in prices. Increased demand for air-conditioning units and vehicle-based fluorine gasses, particularly in the southern regions of China however have allowed the industry to make a strong comeback.
The Chinese fluorine chemicals industry is gathered around the locations with the highest concentration of fluorite resources such as Zhejiang, Fujian, Jiangxi and Henan.
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Chapter 1 Chinese fluorite industry developments
1.1 Fluorite types and applications
1.1.1 Fluorite types and uses
1.1.1.1 Types
1.1.1.2 Uses
1.1.2 Applications in the chemical industry
1.1.3 Applications in the smelting industry
1.1.4 Applications in construction
1.1.5 Other industry application
1.2 Supply and demand
1.2.1 Distribution
1.2.1.1 Global
1.2.1.2 China
1.2.1.3 Chinese fluorite production
1.2.1.4 Chinese fluorite producers
1.3 Demand analysis
1.3.1 Consumption scale
1.3.1.1 Global
1.3.1.2 China
1.3.2 Consumption scale analysis
1.3.2.1 Global
1.3.2.2 China
1.4 Fluorite industry development trends
1.4.1 Prices
1.4.2 Development trends
Chapter 2 Fluorine industry market operations
2.1 Chinese fluorine industry developments
2.1.1 Development overview
2.1.2 Development characteristics
2.1.2.1 Resource advantages
2.1.2.2 R&D capabilities
2.1.2.3 Open operations and low concentration
2.2 Chinese fluorine industry market analysis
2.2.1 Fluorine market analysis
2.2.2 Inorganic fluorine
2.2.3 Organic fluorine
2.3 Fluorine industry development strategies
2.3.1 Fluorine-based compounds
2.3.2 ODS substitutes
2.3.3 Inorganic fluorine products
2.3.4 Higher added value
Chapter 3 Fluorine industry market competition analysis
3.1 Chinese fluorine industry competitiveness analysis
3.1.1 Regional distribution
3.1.2 Competitiveness analysis
3.2 Key fluorine companies in China
3.2.1 The Chemours Company
3.2.1.1 Development overview
3.2.1.2 Main products
3.2.1.3 Operational analysis
3.2.1.4 Operations in China
3.2.2 Solvay Corporation
3.2.2.1 Development overview
3.2.2.2 Main products
3.2.2.3 Operational analysis
3.2.2.4 Operations in China
3.2.3 Daikin
3.2.3.1 Development overview
3.2.3.2 Main products
3.2.3.3 Operational analysis
3.2.3.4 Operations in China
3.2.4 3M
3.2.4.1 Development overview
3.2.4.2 Main products
3.2.4.3 Operational analysis
3.2.4.4 Operations in China
3.2.5 AGC
3.2.5.1 Development overview
3.2.5.2 Main products
3.2.5.3 Operational analysis
3.2.5.4 Operations in China
3.2.6 Arkema
3.2.6.1 Development overview
3.2.6.2 Main products
3.2.6.3 Operational analysis
3.2.6.4 Operations in China
3.2.7 Honeywell
3.2.7.1 Development overview
3.2.7.2 Main products
3.2.7.3 Operational analysis
3.2.7.4 Operations in China
3.3 Chinese fluorine industry international competitiveness
3.3.1 International competitiveness analysis
3.3.2 An analysis on the gap
3.3.3 Development strategies
Chapter 4 Fluorine industry products market
4.1 Hydrofluoric acid
4.1.1 Overview
4.1.2 Production analysis
4.1.3 Main manufacturers
4.1.4 Competitiveness
4.1.5 Demands
4.1.6 Prices
4.1.7 Prospects analysis
4.2 Inorganic fluorides
4.2.1 Overview
4.2.2 Market analysis
4.2.3 Lithium hexafluorophosphate (LiPF)
4.2.3.1 Market analysis
4.2.3.2 Supply
4.2.3.3 Demand
4.2.3.4 Prices
4.2.3.5 Technological progress
4.2.4 Other inorganic fluorides
4.2.4.1 Lithium tetrafluoroborate (LiBF)
4.2.4.2 High purity fluorine
4.2.4.3 Sulfur hexafluoride
4.2.4.4 Nitrogen trifluoride
4.2.4.5 Carbon tetrafluoride
4.2.4.6 Tungsten hexafluoride
4.2.4.7 Iodine pentafluoride
4.2.4.8 Phosphorous pentafluoride
4.2.4.9 Boron trifluoride
4.2.4.10 Sulfur tetrafluoride
4.3 Fluorocarbons market
4.3.1 Market overview
4.3.2 R22 supply and demand
4.3.2.1 Supply
4.3.2.2 Distribution
4.3.2.3 Demand
4.3.2.4 Prices
4.3.3 R134a supply and demand
4.3.3.1 Supply
4.3.3.2 Demand
4.3.3.3 Prices
4.3.4 R125 supply and demand
4.3.4.1 Supply
4.3.4.2 Demand
4.3.4.3 Prices
4.4 Fluorine resin
4.4.1 Types and functions
4.4.2 PTFE
4.4.2.1 Functions
4.4.2.2 Applications
4.4.2.3 Production
4.4.2.4 Competitive analysis
4.4.3 PFA
4.4.3.1 Functions
4.4.3.2 Applications
4.4.3.3 Market
4.4.4 FEP
4.4.4.1 Functions
4.4.4.2 Applications
4.4.4.3 Market
4.4.5 ETFE
4.4.5.1 Functions
4.4.5.2 Applications
4.4.5.3 Market
4.4.6 PCTFE
4.4.6.1 Functions
4.4.6.2 Applications
4.4.6.3 Market
4.4.7 PVDF
4.4.7.1 Functions
4.4.7.2 Applications
4.4.7.3 Market
4.4.8 PVF
4.4.8.1 Functions
4.4.8.2 Applications
4.4.8.3 Market
Chapter 5 Fluorine industry downstream demands analysis
5.1 Aluminum oxide industry developments
5.1.1 Development overview
5.1.2 Supply and demand
5.1.2.1 Supply analysis
5.1.2.2 Production capacity trends
5.1.3 Electrolytic aluminum industry demand
5.1.4 Price trends
5.1.5 Costs
5.1.6 Aluminum fluoride applications in the electrolytic aluminum industry
5.2 Lithium battery industry demand analysis
5.2.1 Development overview
5.2.2 Market scale analysis
5.2.3 Cost structure analysis
5.2.4 Lithium battery electrolyte market analysis
5.2.4.1 Overview
5.2.4.2 Size
5.2.4.3 Competitiveness
5.2.5 Lithium hexafluorophosphate applications in the lithium battery industry
5.3 Market demand for fluorine crystals
5.3.1 Industry development
5.3.2 Supply and demand
5.3.3 Industry demand analysis
5.3.4 Market analysis
5.4 Market demand for fluorine coolants
5.4.1 Industry development
5.4.1.1 Development history of coolants
5.4.1.2 Gradual disuse
5.4.1.3 Coolant demand analysis
5.4.2 Second generation coolant market analysis
5.4.3 Third generation coolant market analysis
5.4.3.1 Production capacity
5.4.3.2 Supply and demand predictions
5.4.4 Demand prospects
5.5 Market demand for fluorine medication
5.5.1 Market overview
5.5.2 Key medication analysis
5.5.2.1 Atorvastatin
5.5.2.2 Sofosbuvir
5.5.3 Research applications
5.5.4 Market prospects
5.6 Market demand for fluorine pesticide
5.6.1 Industry development
5.6.2 Supply and demand
5.6.3 Research applications
5.6.4 Development prospects
5.7 Market demand for fluorine plastics
5.7.1 Industry development
5.7.2 Demand distribution
5.7.3 Development trends
5.7.4 Demand prospects
5.8 Market demand for fluorine rubber
5.8.1 Industry development
5.8.2 Product development history
5.8.3 Market demand analysis
5.8.4 Processing technology
5.8.5 Development trends
5.9 Market demand for fluorine paints
5.9.1 Industry development
5.9.2 Market applications
5.9.3 Supply
5.9.4 Demand
5.9.5 Development trends
5.9.6 Demand prospects
Chapter 6 Key Chinese fluorine companies
6.1 Juhua Holdings Co.
6.1.1 Development overview
6.1.2 Main products
6.1.3 Operational analysis
6.1.4 Competitive advantages
6.1.5 Development strategies
6.2 Dongyue Corporation
6.2.1 Development overview
6.2.2 Main products
6.2.3 Operational analysis
6.2.4 Competitive advantages
6.2.5 Development strategies
6.3 Duofuduo Chemicals Holdings Co.
6.3.1 Development overview
6.3.2 Main products
6.3.3 Operational analysis
6.3.4 Competitive advantages
6.3.5 Development strategies
6.4 Yongtai Technology Holdings Co.
6.4.1 Development overview
6.4.2 Main products
6.4.3 Operational analysis
6.4.4 Competitive advantages
6.4.5 Development strategies
6.5 Zhongxin Fluorine Material Holdings Co.
6.5.1 Development overview
6.5.2 Main products
6.5.3 Operational analysis
6.5.4 Competitive advantages
6.5.5 Development strategies
6.6 Sanaifuxin Material Holdings Co.
6.6.1 Development overview
6.6.2 Main products
6.6.3 Operational analysis
6.6.4 Competitive advantages
6.6.5 Development strategies
6.7 Zhongjieneng Wanrun Holdings Co.
6.7.1 Development overview
6.7.2 Main products
6.7.3 Operational analysis
6.7.4 Competitive advantages
6.7.5 Development strategies
6.8 Chengde Yingke Precision Industries Holdings Co.
6.8.1 Development overview
6.8.2 Main products
6.8.3 Operational analysis
6.8.4 Competitive advantages
6.8.5 Development strategies
6.9 Meilan Chemical Corporation
6.9.1 Development overview
6.9.2 Main products
6.9.3 Operational analysis
6.9.4 Sales networks
6.9.5 Competitive advantages
6.10 Guotai Sealants
6.10.1 Development overview
6.10.2 Main products
6.10.3 Operational analysis
6.10.4 Sales networks
6.10.5 Competitive advantages
6.11 Lantian Green Technologies
6.11.1 Development overview
6.11.2 Main products
6.11.3 Operational analysis
6.11.4 Competitive advantages
6.11.5 Development strategies
6.12 Sinochem Jindai Green Chemicals Co.
6.12.1 Development overview
6.12.2 Main products
6.12.3 Operational analysis
6.12.4 Competitive advantages
6.12.5 Development strategies
6.13 Zhongfu Chemicals
6.13.1 Development overview
6.13.2 Main products
6.13.3 Operational analysis
6.13.4 Competitive advantages
6.13.5 Development vision
6.14 Zhenbang Fluorine Paints
6.14.1 Development overview
6.14.2 Main products
6.14.3 Sales networks
6.14.4 Competitive advantages
6.14.5 Project cases
6.15 Huanxin Fluorine Materials
6.15.1 Development overview
6.15.2 Main products
6.15.3 Operational analysis
6.15.4 Competitive advantages
6.15.5 Development strategies
6.16 Baiyin Zhongtian Chemicals Co.
6.16.1 Development overview
6.16.2 Main products
6.16.3 Operational analysis
6.16.4 Sales networks
6.16.5 Competitive advantages
6.17 Daikin China
6.17.1 Development overview
6.17.2 Main products
6.17.3 Operational analysis
6.17.4 Competitive advantages
6.18 Yongfei Chemicals
6.18.1 Development overview
6.18.2 Main products
6.18.3 Operational analysis
6.18.4 Competitive advantages
6.19 Zibofeiyuan Chemicals
6.19.1 Development overview
6.19.2 Main products
6.19.3 Operational analysis
6.19.4 Competitive advantages
6.20 Youse Chenzhou Fluorine Chemicals Co.
6.20.1 Development overview
6.20.2 Main products
6.20.3 Operational analysis
6.20.4 Competitive advantages
6.21 Huaxin Chemicals
6.21.1 Development overview
6.21.2 Main products
6.21.3 Operational analysis
6.21.4 Competitive advantages
6.22 Tianxing Chemicalss
6.22.1 Development overview
6.22.2 Main products
6.22.3 Operational analysis
6.22.4 Competitive advantages
6.23 Jinxing Fluorine Chemicals
6.23.1 Development overview
6.23.2 Main products
6.23.3 Operational analysis
6.23.4 Competitive advantages
6.24 Limin Chemicals
6.24.1 Development overview
6.24.2 Main products
6.24.3 Sales networks
6.24.4 Development strategies
6.25 Xiongwei Chemicals
6.25.1 Development overview
6.25.2 Main products
6.25.3 Sales networks
6.25.4 Competitive advantages
Chapter 7 Fluorine chemical industry investment and prospects
7.1 Investment risks and barriers
7.1.1 Risks
7.1.1.1 Policies
7.1.1.2 Raw Materials
7.1.1.3 Competition
7.1.1.4 Technology
7.1.1.5 Environmental awareness
7.1.1.6 International trade
7.1.1.7 Safe production
7.1.2 Fluorine industry investment barriers
7.1.2.1 Entry barriers
7.1.2.2 Technological barriers
7.1.2.3 Capital barriers
7.2 Development trends and prospects
7.2.1 Development opportunities
7.2.2 Development trends
7.2.3 Prospects analysis
7.3 Investment advice
7.3.1 Coordinate development direction
7.3.2 Increase innovation
7.3.3 Product structure
7.3.4 Regulation of fluorine products
