Investment and Forecast Report on China semiconductor material market, 2024-2028

CHAPTER Ⅰ　RELATIVE KNOWLEDGE INTRODUCTION OF SEMICONDUCTOR MATERIAL
1.1　Brief introduction of semiconductor materials
1.1.1　Definition of semiconductor materials
1.1.2　Classification of semiconductor material
1.1.3　Features introduction of commonly used semiconductor material
1.2　Preparation process of semiconductor material
1.2.1　Purification technology of semiconductor material
1.2.2　Semiconductor crystal preparation process
1.2.3　Impurity and defect control of semiconductor material

CHAPTER Ⅱ　INDUSTRY ANALYSIS OF SEMICONDUCTOR MATERIAL
2.1　Overview of the global semiconductor material industry
2.1.1　Review of global semiconductor material market in 2009
2.1.2　Market demand of semiconductor material is strongly rebound in 2010
2.1.3　Revenue of global semiconductor material market hit a new high record in 2011
2.1.4　Operation analysis of global semiconductor material market in the first half of 2012
2.2　Condition summary of semiconductor material industry in China
2.2.1　China’s semiconductor material industry is growing strongly
2.2.2　Technical level and service ability of domestic semiconductor material enterprises improve quickly
2.2.3　Market situation of domestic semiconductor equipments and materials
2.2.4　Semiconductor material industry greatly supported by policy
2.3　Research conditions of domestic and oversea semiconductor material
2.3.1　Research and development of new semiconductor materials made by Intel corporation get great breakthrough
2.3.2　Germany successfully develop the organic thin film semiconductor new materials
2.3.3　Domestic n type organic semiconductor materials research get the new progress
2.3.4　The Chinese Academy of Sciences cooperate with Shandong University to research multifunctional organic semiconductor materials
2.4　Situation faced by semiconductor material industry and development prospective analysis
2.4.1　Market demand promotes semiconductor material innovation process
2.4.2　Domestic semiconductor material enterprise speed up the pace of technological innovation
2.4.3　Future development trend analysis of semiconductor material
2.4.4　Development prospects of semiconductor material industry in China
2.4.5　Development forecast of semiconductor material industry in China from2012 to 2016

CHAPTER Ⅲ　SEMICONDUCTOR SILICON MATERIAL
3.1　Industry overview of semiconductor silicon material
3.1.1 Countries all over the world pay more attention to semiconductor silicon material industry development
3.1.2　Domestic silicon material enterprises should strengthen inside and outside ability to improve their competitiveness
3.1.3　Suggestions of developing high technology silicon material industry in China
3.2　polysilicon
3.2.1　Situation of international polysilicon industry
3.2.2　Global polysilicon production condition in 2011
3.2.3　China’s polysilicon industry analysis in 2011
3.2.4　Domestic polysilicon market situation in the first half of 2012
3.2.5　China should attach importance to the polycrystalline silicon core technology research and development
3.2.6　Domestic polysilicon industry will experience integration wave
3.3　Monocrystalline silicon
3.3.1　Brief introduction of the single crystal silicon characteristics
3.3.2　International monocrystalline silicon market profile
3.3.3　Analysis of monocrystalline silicon market in China
3.3.4　Production of domestic 18 inches semiconductor level monocrystalline silicon rod
3.4　Silicon wafer
3.4.1　International silicon wafer market profile
3.4.2　Global silicon wafer price trend analysis
3.4.3　Recovery of global silicon wafer market in 2010
3.4.4　Global silicon wafer market conditions from 2011 to 2012
3.4.5　Development analysis of silicon wafer market in China from2011 to 2012
3.4.6　450 mm silicon wafer market research and investment potential analysis
3.5　Development prospective analysis of semiconductor silicon material and its substitutes
3.5.1　Development opportunity analysis of China’s semiconductor silicon material industry
3.5.2　Enterprises from other countries actively develop semiconductor materials for silicon alternative
3.5.3　Graphite nanobelts may replace silicon material

CHAPTER Ⅳ　THE SECOND GENERATION SEMICONDUCTOR MATERIAL
4.1　Gallium arsenide (GaAs)
4.4.1　Gallium arsenide material profile
4.1.2　Main characteristics of gallium arsenide material
4.1.3　Characteristics comparative study between gallium arsenide material and silicon material
4.2　Domestic and abroad gallium arsenide industry analysis
4.2.1　Main characteristics of the gallium arsenide material industry
4.2.2　Technology research and development situation of foreign gallium arsenide materials
4.2.3　Domestic gallium arsenide material industry conditions
4.2.4　Production technology and development trend of domestic gallium arsenide material
4.2.5　Suggestion of developing gallium arsenide material industry in China
4.2.6　Industrial strategy of China’s gallium arsenide material
4.3　Gallium arsenide market application and demand analysis
4.3.1　Gallium arsenide application field outline
4.3.2　Application analysis of gallium arsenide in microelectronics field
4.3.3　Applications of gallium arsenide in the field of photonics
4.3.4　Application of gallium arsenide in solar power industry and development analysis
4.3.5　GaAs single crystal market and application demand analysis
4.3.6　Outlook of gallium arsenide market
4.4　Indium phosphide (InP)
4.4.1　Overview of indium phosphide material
4.4.2　Difficulties in indium phosphide commercialized production
4.4.3　Application prospective analysis of indium phosphide material

CHAPTER Ⅴ　THE THIRD GENERATION SEMICONDUCTOR MATERIALS
5.1　Overview of the third generation semiconductor material
5.1.1　Development situation of the third generation semiconductor materials
5.1.2　The development and application of the third generation semiconductor materials in LED industry
5.2　Silicon carbide (SiC)
5.2.1　Properties and preparation methods of SiC material
5.2.2　Domestic silicon carbide chip market conditions
5.2.3　SiC semiconductor devices and its application
5.2.4　New research and development achievements of SiC devices at home and abroad
5.3　Gallium nitride (GaN)
5.3.1　New progress and application of GaN substrate technology
5.3.2　Domestic non-polar GaN materials research get important progress
5.3.3　The application market of GaN materials have bright perspective
5.4　Development analysis of wide bandgap power semiconductor devices
5.4.1　Overview of wide bandgap power semiconductor devices
5.4.2　Development analysis of silicon carbide power devices
5.4.3　Gallium nitride power device analysis
5.4.4　Wide bandgap semiconductor device industry outlook

CHAPTER Ⅵ　SEMICONDUCTOR MATERIAL DOWNSTREAM INDUSTRY ANALYSIS
6.1　Semiconductor industry
6.1.1　The global semiconductor industry development condition from 2011 to 2012
6.1.2　China’s semiconductor industry development condition from 2011 to 2012
6.1.3　Semiconductor industry need to change their operating mode
6.1.4　Low carbon economy improves semiconductor market into a new round of development
6.1.5　Demand of semiconductor industry to upstream materials market increases
6.2　Semiconductor lighting industry
6.2.1　Semiconductor lighting industry situation at home and abroad
6.2.2　China’s semiconductor lighting industry have good development momentum in 2011
6.2.3　Challenge analysis faced by China’s semiconductor lighting industry
6.2.4　The impact analysis of upstream raw materials to semiconductor lighting industry
6.3　Solar photovoltaic battery industry
6.3.1　Present situation of China’s photovoltaic industry
6.3.2　Domestic photovoltaic market demand has not been open
6.3.3　Rational development analysis of photovoltaic industry
6.3.4　Crystal silicon cell will still be the mainstream products of solar photovoltaic
6.3.5　Application prospective analysis of polysilicon in solar photovoltaic industry

CHAPTER Ⅶ　KEY ENTERPRISES ANALYSIS IN SEMICONDUCTOR MATERIAL INDUSTRY
7.1　 Grinm Semiconductor Materials Co.,Ltd
7.1.1　Company profile
7.1.2　Operating analysis of Grinm Semiconductor Materials Co.,Ltd from January,2010 to December,2010
7.1.3　Operating analysis of Grinm Semiconductor Materials Co.,Ltd from January,2011 to December,2011
7.1.4　Operating analysis of Grinm Semiconductor Materials Co.,Ltd from January,2012 to June,2012
7.2　Tianjin Zhonghuan Semiconductor co., LTD
7.2.1　Company profile
7.2.2　Operating analysis of Tianjin Zhonghuan Semiconductor co., LTD from January,2010 to December,2010
7.2.3　Operating analysis of Tianjin Zhonghuan Semiconductor co., LTD from January,2011 to December,2011
7.2.4　Operating analysis of Tianjin Zhonghuan Semiconductor co., LTD from January,2012 to June,2012
7.3　Emei Semiconductor Materials Factory
7.3.1　Company profile
7.3.2　Development achievement review of Emei Semiconductor Materials Factory
7.3.3　Emei Semiconductor Materials Factory create a brand development road
7.3.4　Silicone core cutting process of Emei Semiconductor Materials Factory realize the breakthrough
7.4　Sichuan Xinguang Silicon Industry Science and Technology Limited Company
7.4.1　Company profile
7.4.2　Xinguang Silicon Industry increase innovation and management strength
7.4.3　Xinguang Silicon Industry continuously improves product quality and environmental management level
7.5　Luoyang Zhonggui High-tech co., LTD
7.5.1　Company profile
7.5.2　Zhonggui High-tech insists on self innovation
7.5.3　Polycrystalline silicon integrated technology of Zhonggui High-tech won the new breakthrough
7.5.4　Polysilicon project with annual output of 2000 tons in Zhonggui High-tech passed national acceptance

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　　Semiconductor materials are a class of important basic material that has semiconductor performance, can be used to make the transistor, the integrated circuit, power electronic devices, optoelectronic devices, supporting the development of the electronic information industry including communications, computer, information appliance and network technology. Semiconductor materials and its application has become an important symbol of measuring a country's economic development, scientific and technological progress and national defense strength.

Semiconductor materials are one of the fastest growing international new materials fields in recent years. After the global semiconductor material market hit a new record of $44.85 billion since 2010, the total revenue in 2011 grew by 7% compared with that of 2010 and reached to 47.86 billion dollars, which was a new record again, Taiwan ranked the power region on semiconductor material consumption, reached to $10.04 billion. From the perspective of market segment, wafer manufacturing and packaging materials reached to $23.05 billion and $21.8 billion, respectively in 2010, in 2011 the number was climbed to $24.2 billion and $23.67 billion, respectively. Compared with the same period in 2010, all kinds of semiconductor material revenue grew steadily.

In recent years, due to the continuous expansion of market demand, increasingly improvement of investment environment, attraction of preferential policies and the global semiconductor industry transferring to China and so on reasons, China's integrated circuit industry keep a growth rate of 30% every year. Integrated circuit manufacturing process needs dozens of main key raw materials, material quality and supply have a direct impact on the quality and competitiveness of integrated circuit, therefore supporting key material industry is the most important upstream and most important link in integrated circuit industry chain. With the rapid development of the information industry, especially the rapid development of photovoltaic industry, further stimulating the demand growth of polysilicon, monocrystalline silicon and other basic materials.

At present, the giant companies in the world semiconductor industry come to China for investment, the whole semiconductor industry developed rapidly, it also requires material industry to keep up with the pace of the development of semiconductor industry. It can say that the market development brings unprecedented development opportunities for semiconductor support material industry.

“Report on China semiconductor material market,2013-2017” issued by CICconsulting including seven chapters. Firstly, it introduces semiconductor material’s definition, classification, preparation process and so on, then it deeply analyzes the international and domestic development situations of semiconductor material industry, and then, the report gives the meticulous analysis on the development of the semiconductor silicon materials, the second generation and the third generation semiconductor material. Finally, the report analyses the downstream industry development of the semiconductor material, and also analyses the operating situation of the key domestic semiconductor materials enterprises. If you want to have a systematic understanding on semiconductor material market or want to invest in semiconductor material production, this report is your important and indispensable tool.

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