Petrochemical
  Phone Storage Card
  Flavoring Industry
  Food Package Service
  Road Intelligent Traffic
  Medical Apparatuses
  Fruit Deep Processing
 
  Real Estate Industry
  Commuication Industry
  Two-layer Kettle
  Eduction & Publication
  Aluminum Nanoparticle
  Natural Gas
  Aquatic Products
  Commerce Industry
  Tourism of Beijing
  Agriculture
  Water Based Varnish
  Coal Activated Carbon
  Post and Telecom Industry
  Transceiver Equipment
  Ultraviolet Based Varnish
 
  Egg Products Processing
  Agriculture
  Beef & Cattle
  Organic Agriculture
  Mutton Sheep
  Water Product
  Eco-Agriculture
  Bean Milk Powder
  Deer Breeding&Processing
  Yoghurt Starter Market
 
  Post and Expres Post
  Track Shoe
  China Air Humi
  Soymilk Machine
  Headset Battery
  IPTV Operation Strategy
  Intelligent Mobile Phone
  Skin Medication Industry
  Educational Funds
  Fluorine Industry
  Mobile Phone Paint Industry
  Spirulina
  Detergent Products
  Luxury Dressing Products
  Crystal Market
  Massaging Product Industry
  Wool Blanket Industry
  Metal Sodium Market
  Salviae Miltiorrhizae Market
  VHF Wireless Telephone
  Airless Spraying Machine
  Barge Market
  Diesel Generators Market
  Mobile Phone Camera
  Color Matching & Blending
  Drinking Machine Industry
  Liquefied Natural Gas
  Silver Products Industry
  Cooperative Software
  Ice Machine Industry
  Grating Digital Display
  China's Mobilephone
  Chinese Cellphone Design
 

Investment Analysis Report on China Aluminum Nanoparticle Industry from 2007 to 2009

Catalogue 
Chapter One  Industry Summary	5
Section one   Aluminum nanoparticle 	5
1, Definition	5
2, Characteristics	5
3, Main functions	6
Section two   Development of aluminum nanoparticle	7
1 Definition  7
2 Analysis on lifecycle  8
Chapter Two   Analysis on Related Industries to Aluminum Nanoparticle	10
Section one   Nanometer Industry  	10
1, Summary on nanoparticle industry	10
2, Analysis on development in international nanoparticle industry 11
3, Development in China  	14
Standards of countries who produce nanometer materials	16
Section two   Aluminum Industry 	16
1, Current China Aluminum Industry 	16
2, Key existing problems 	18
3, Developing direction of China aluminum industry 	18
Section three   Superfines industry 19
Chapter three   Analysis on Development in China Aluminum Nanoparticle Industry 22
Section one   Analysis on industry chain 	22
Section two   Analysis on technology 22
1, Preparation technology	22
2, Application technology 	26
Section three   Analysis on supply and demand of aluminum nanoparticle 28
1, Supply	28
2, Demand	28
Section four   Production benefit 	32
Chapter Four   Analysis on Core Competitivity of key manufacturers	34
Section one   Shandong Origine Nanomaterial Engineering Co.ltd.	34
Section two   Xuzhou Hongwu Nanometer Material CO.,LTD 35
Section three   Siping Gao Sida Nonmaterial Equipment Co. Ltd. 36
Section four   Shenzhen Junye Nano Material Co., Ltd. 37
Section five   Kede Nanomaterials Co. Ltd. 38
Chapter Five   Forecast on Development in Aluminum Nanoparticle Industry from 2007 to 2009 39
Section one   Forecast on scale of aluminum nanoparticle market from 2007 to 2010  39
Section two   Analysis on key application areas in 2010 39
Chapter Six   Analysis on Developing Prospect and Investing Opportunities in
 Aluminum Nanoparticle Industry	40
Section one   Analysis on investing opportunities 	40
Section two   Analysis on investing risks	41
Chapter Seven   Conclusion and Suggestion	43
Section one   Conclusion	43
Section two   Suggestion 	43
1, Brand establishment 	43
2, Market subdivision	44
3, New areas exploitation	44

Catalogue of Tables 
Table 1 Characteristics 	5
Table 2 Main functions 	6
Table 3 Features of lifecycle	8
Table 4 Illuminating graph of lifecycle of China aluminum nanoparticle market	9
Table 5 Illuminating graph of technology development 10
Table 6 Change graph of production value from 2004 to 2010 	12
Table 7 Scale comparison between markets of world and China in 2006 14
Table 8 Change graph of market scale of major multi-nonmaterial market in the world 
from 2003 to 2008 	15
Table 9 Development of China aluminum industry from 2008 to 2009	17
Table 10 Future developing features in China aluminum industry	18
Table 11 Grades of superfines	20
Table 12 Illuminating graph of industry chain 	22
Table 13 Preparation methods	22
Table 14 Three new functions 	26
Table 15 Change trend graph from 2007 to2009 	29
Table 16 Analysis on key application areas in 2005 (in order of sum)	29
Table 17 Aluminum nanoparticle market scale in war and spaceflight industries from 2008 to 2009
Table 18 Aluminum nanoparticle market scale in micro-electronics from 2008 to 2009 	30
Table 19 Aluminum nanoparticle market scale in dynamite and initiator and pyrotechnics industries
Table 20 Aluminum nanoparticle market scale in dope industry	32
Table 21 Scale change and forecast graph in aluminum nanoparticle industry from 2005 to 2010
Table 22 Proportion graph of application areas in 2010	39

Chapter One Industry Summary

Section one Aluminum nanoparticle

1, Definition

Nanometer science research covers 0.1 ~ 100nm substances within the scope of the phenomenon and the unique function of science, Nanometer technology, including nanoparticle synthesis, processing and nanometer structural materials of manufacturing. When a material to reduce the size of its physical phenomena arising from the mutation under the critical dimensions, the material produced many new nature, From the atomic and molecular levels of controlled substances, there will be a new force and the new effects, such as surface effect, small size effect, quantum size effects (blue shift), macroscopic quantum tunneling effect, and so on. Because of the small size, surface larger percentage of the volume, surface and the bonding state electronic states with different grains, Coordination of atoms on the surface characteristics of failure will lead to the nanoparticle surface location of the activity, thus enabling the nanoparticles have a very high chemical reactivity.

Aluminum nanopartile, also known as ultrafine powder or superfine powder, generally refers to the particle size less than 100 nm Metal Powder or granular, is a kind of aluminum atoms, molecules and macro objects between the middle of state of solid particles.

2, Characteristics

Comparing aluminum nanoparticle with other general aluminum particles, the aluminum content of the former is higher than that of the latter, because of the differences in purity and diameter of particle.

Table 1 Characteristics

First, the mass production of aluminum nanoparticle in a vacuum or inert gas media preparation, the environment is not easy to introduce impurities; Meanwhile aluminum metal raw materials by the vaporization of metal into steam, they will guarantee that the raw material of aluminum and the separation of impurities, therefore, The system of aluminum nanoparticle high purity and crystal organize and control size and large specific surface area. Meanwhile, ordinary aluminum preparation of simple, low-cost, low-purity, particle size and uneven distribution is larger. This has contributed to the activity of a major factor. In addition, the morphology of aluminum on the activity of aluminum also have an impact on content, the spherical aluminum powder, Aluminum can reduce the oxygen content and surface oxide layer thickness, This increase spherical nano-aluminum Active aluminum content very favorable.

3, Main functions

Table 2 Main functions

Functions

Explanation

Efficient Catalysts

 

Aluminum nanoparticles can be added into the solid rocket fuel, which could significantly improve fuel combustion speed, combustion heat, and combustion stability.

Conductive coatings

Owing to nano-aluminum, copper and nickel have high activated surfaces, in no oxygen environment; they can be coated with below melting point temperature. This technology can be applied into the production of micro-electronics.

Sintering additives

Because nano fines surface area and the proportion of surface atoms are big, so they have a high energy state, at a lower temperature, sintering has strong ability to be an effective sintering additive. Nano-aluminum at about 300 < C sintering behavior will occur, with a clear produce sintered neck. When ALN powder mixes 5 ~ 10% ALN Nanoparticles, it can improve the high thermal conductivity of ceramic sintering process, sintered density and thermal conductivity. If it is used for integrated substrate components, the heat conduction rate will increase by 10 times to solve integration components of integration issues.

Section two Development

1, Summary

The profit margins in aluminum nanoparticle industry is higher, but mainly due to customers in aerospace, military and microelectronics industries; customer groups were limited in number, sales of production enterprises is a matter of concern; in addition, aluminum nanoparticle equipment is also more expensive. Domestic production equipment sets prices in two million or so, and currently there are about 20 aluminum nanoparticle producers.

Owing to the application areas are more stable, in the past several years, the aluminum nanoparticle market has not greatly changed; and the demand is stable; supply and demand relationship keeps in balance.

As the rapid development in aerospace industry and military technology progresses, especially microelectronics industry and the dope industry, the demand in aluminum nanoparticle will greatly increase, so the market scale will rapidly expand. The developing prospect is very vast.

Copyright©2004-2012 Asia Consulting Alliance All Rights Reserved
井猖嗤 巖男JW 
奨ICPC050764