Table of Content
1. Executive Summary
2. Nanomaterial Industry Background and Classification
3. Global Nanomaterials Market Analysis
4. Global Nanomaterials Market Trend 2005-2010
5. Nanomaterials Market Forecast 2011-2016
6. Emerging Trends and New Opportunities in Global Nanomaterials Industry
List of Figures
Chapter 1
Figure 1.1: Porter’s Five Forces model for nanomaterials (nanoclay)
Figure 1.2: Porter’s Five Forces model for nanomaterials (CNTs)
Chapter 2
Figure 2.1: Nanomaterials value chain
Figure 2.2: Top to Bottom and Bottom Up process of metal nanopowders manufacturing
Figure 2.3: Montmorillonite nanoclay of 40 nm
Figure 2.4: Singlewall CNTs
Figure 2.5: Multiwall CNTs
Figure 2.6: Arc discharge method of CNT production
Figure 2.7: Laser furnace method of CNT production
Figure 2.8: Future applications of CNTs
Figure 2.9: Aluminum Oxide nanopowder size 200 nm
Figure 2.10: Quantum Dot
Figure 2.11: Fullerene
Figure 2.12: Difference between dendrimer and dendron
Figure 2.13: Graphene sheet
Chapter 3
Figure 3.1: Nanomaterials distribution by type of product in 2010 ($ M)
Figure 3.2: Global nanomaterials distribution by market segment in 2010
Figure 3.3: Global nanomaterials distribution by market segment in million pounds
Figure 3.4: Percentage comparison of nanomaterials in global E&E industry in 2010
Figure 3.5: Nanomaterials in global E&E industry in $ million 2010
Figure 3.6: Nanomaterials shipment in global E&E industry in million pounds
Figure 3.7: Key market opportunities in the E&E industry
Figure 3.8: Percentage comparison of nanomaterials in global transportation industry 2010
Figure 3.9: Nanomaterials in global transportation industry in $ million 2010
Figure 3.10: Nanomaterials in global transportation industry in million pounds in 2010
Figure 3.11: Key market opportunities in the transportation industry
Figure 3.12: Percentage comparison of nanomaterials in global building and construction industry in 2010
Figure 3.13: Nanomaterials in global building and construction industry in $ million 2010
Figure 3.14: Nanomaterials in global building and construction industry in million pounds in 2010
Figure 3.15: Key market opportunities in building and construction industry
Figure 3.16: Percentage comparison of nanomaterials in global health and personal care industry 2010
Figure 3.17: Nanomaterials in global health and personal care industry in $ million 2010
Figure 3.18: Nanomaterials in global health and personal care industry in million pounds in 2010
Figure 3.19: Key market opportunities in health and personal care industry
Figure 3.20: Nanomaterials in global energy industry 2010
Figure 3.21: Nanomaterials in global energy industry in $ million 2010
Figure 3.22: Nanomaterials in global energy industry in million pounds in 2010
Figure 3.23: Key market opportunities in energy industry
Figure 3.24: Percentage comparison of nanomaterials in global consumer goods industry 2010
Figure 3.25: Nanomaterials in global consumer goods industry in $ million 2010
Figure 3.26: Nanomaterials in global consumer goods industry in million pounds in 2010
Figure 3.27: Key market opportunities in consumer goods industry
Chapter 4
Figure 4.1: Global nanomaterial market growth trends (2005–2010) in $ million
Figure 4.2: Global nanomaterial market growth trends (2005–2010) in million pounds
Figure 4.3: Nanomaterials trend in million pounds by region (2005–2010)
Figure 4.4: Regional analysis of the nanomaterials market in $ million in 2010
Figure 4.5: Regional analysis of the nanomaterials market in million pounds in 2010
Figure 4.6: AGR for various market segment of the global nanomaterials market
2009–2010
Figure 4.7: CAGR for various market segment of the global nanomaterials market
2005–2010
Figure 4.8: Trend in North American nanomaterials shipment in $ million (2005–2010)
Figure 4.9: Trend in North American nanomaterials shipment in million pounds (2005–
2010)
Figure 4.10: Trend in European nanomaterials shipment in $ million (2005–2010)
Figure 4.11: Trend in European nanomaterials shipment in million pounds (2005–2010)
Figure 4.12: Trend in ROW nanomaterials shipment in $ million (2005–2010)
Figure 4.13: Trend in ROW nanomaterials shipment in million pounds (2005–2010)
Chapter 5
Figure 5.1: Forecast of growth rate of GDP of the US (2005–2010)
Figure 5.2: Forecast of the GDP of the leading world economies from 2005–2015
Figure 5.3: Forecast for nanomaterials shipment in million dollars in 2011–2016
Figure 5.4: Forecast for nanomaterials shipment in million pounds in 2011–2016
Figure 5.5: Growth forecast of global nanomaterials shipment by market segments in 2010‒2011
Figure 5.6: Growth forecast of global nanomaterials shipment by market segments in millions of dollars in 2011–2016
Figure 5.7: Forecast of global nanomaterials shipment in million dollars by market segment in 2011
Figure 5.8: Forecast of global nanomaterials shipment (million pounds) by market segment in 2011
Figure 5.9: Forecast of global nanomaterials shipment in million dollars by market segment in 2016
Figure 5.11: Forecast of global nanomaterials shipment (million pounds) by market segment in 2016
Figure 5.12: Forecast of North America nanomaterials shipment in million dollars in 2011–2016
Figure 5.13: Forecast of North America nanomaterials shipment (million pounds) in 2011–2016
Figure 5.14: Forecast of Europe nanomaterials shipment in million dollars in 2011–2016
Figure 5.15: Forecast of Europe nanomaterials shipment (million pounds) in 2011–2016
Figure 5.16: Forecast in ROW nanomaterials shipment in million dollars in 2011–2016
Figure 5.17: Forecast in ROW nanomaterials shipment (million pounds) in 2011–2016
Chapter 6
Figure 6.1: Emerging trends in global nanomaterials and nanocomposite industry
Figure 6.2: CNT prepreg by Nanoledge Inc.
Figure 6.3: Velozzi’s sports car using CNT composites
Figure 6.4: Nanomaterials application in Piranha (USV)
Figure 6.5: Nanomaterials application in aircraft
Figure 6.6: Two-dimensional nanosheets
Figure 6.7: Growth matrix of nanomaterials market globally (2005–2010)
Figure 6.8: Growth matrix of nanomaterials market globally (2011–2016)
Figure 6.9: Field emission display
Figure 6.10: Nanomaterials applications in drug delivery system
Figure 6.11: Nanomaterials applications in aircraft structure
Figure 6.12: Nanomaterials used in water purification
Figure 6.13: Application of CNTs in body armor
Figure 6.14: Application of nanomaterials in wind energy
List of Tables
Table 2.1: Compatibility between organic nanoclays and polymer systems
Table 2.2: Properties and general uses of prominent nanomaterials
Table 3.1: Factors affecting growth of CNT market
Table 3.2: Nanomaterials used in building and construction applications
Table 3.3: Nanomaterials in health and personal care applications
Table 4.1: Market trends (2005–2010) in global nanomaterials shipment
Table 4.2: Market trends (2005–2010) in global nanomaterials shipment in million pounds
Table 4.3: CAGR in various regions of the global nanomaterial industry
Table 4.4: Market size and annual growth rates in various segments of global nanomaterials Industry
Table 4.5: Market size and annual growth rates during last five years (2005–2010) in various market segments of global nanomaterials industry (Source: Lucintel)
Table 5.1: Market size and annual growth forecasts of the next five years (2011–2016) in various market segments of the global nanomaterial industry (Source: Lucintel)
Table 6.1: Growth applications for nanomaterials industry
Table 6.2: Opportunity analysis for future applications
Table of Content
1. Executive Summary
2. Nanomaterial Industry Background and Classification
3. Global Nanomaterials Market Analysis
4. Global Nanomaterials Market Trend 2005-2010
5. Nanomaterials Market Forecast 2011-2016
6. Emerging Trends and New Opportunities in Global Nanomaterials Industry
List of Figures
Chapter 1
Figure 1.1: Porter’s Five Forces model for nanomaterials (nanoclay)
Figure 1.2: Porter’s Five Forces model for nanomaterials (CNTs)
Chapter 2
Figure 2.1: Nanomaterials value chain
Figure 2.2: Top to Bottom and Bottom Up process of metal nanopowders manufacturing
Figure 2.3: Montmorillonite nanoclay of 40 nm
Figure 2.4: Singlewall CNTs
Figure 2.5: Multiwall CNTs
Figure 2.6: Arc discharge method of CNT production
Figure 2.7: Laser furnace method of CNT production
Figure 2.8: Future applications of CNTs
Figure 2.9: Aluminum Oxide nanopowder size 200 nm
Figure 2.10: Quantum Dot
Figure 2.11: Fullerene
Figure 2.12: Difference between dendrimer and dendron
Figure 2.13: Graphene sheet
Chapter 3
Figure 3.1: Nanomaterials distribution by type of product in 2010 ($ M)
Figure 3.2: Global nanomaterials distribution by market segment in 2010
Figure 3.3: Global nanomaterials distribution by market segment in million pounds
Figure 3.4: Percentage comparison of nanomaterials in global E&E industry in 2010
Figure 3.5: Nanomaterials in global E&E industry in $ million 2010
Figure 3.6: Nanomaterials shipment in global E&E industry in million pounds
Figure 3.7: Key market opportunities in the E&E industry
Figure 3.8: Percentage comparison of nanomaterials in global transportation industry 2010
Figure 3.9: Nanomaterials in global transportation industry in $ million 2010
Figure 3.10: Nanomaterials in global transportation industry in million pounds in 2010
Figure 3.11: Key market opportunities in the transportation industry
Figure 3.12: Percentage comparison of nanomaterials in global building and construction industry in 2010
Figure 3.13: Nanomaterials in global building and construction industry in $ million 2010
Figure 3.14: Nanomaterials in global building and construction industry in million pounds in 2010
Figure 3.15: Key market opportunities in building and construction industry
Figure 3.16: Percentage comparison of nanomaterials in global health and personal care industry 2010
Figure 3.17: Nanomaterials in global health and personal care industry in $ million 2010
Figure 3.18: Nanomaterials in global health and personal care industry in million pounds in 2010
Figure 3.19: Key market opportunities in health and personal care industry
Figure 3.20: Nanomaterials in global energy industry 2010
Figure 3.21: Nanomaterials in global energy industry in $ million 2010
Figure 3.22: Nanomaterials in global energy industry in million pounds in 2010
Figure 3.23: Key market opportunities in energy industry
Figure 3.24: Percentage comparison of nanomaterials in global consumer goods industry 2010
Figure 3.25: Nanomaterials in global consumer goods industry in $ million 2010
Figure 3.26: Nanomaterials in global consumer goods industry in million pounds in 2010
Figure 3.27: Key market opportunities in consumer goods industry
Chapter 4
Figure 4.1: Global nanomaterial market growth trends (2005–2010) in $ million
Figure 4.2: Global nanomaterial market growth trends (2005–2010) in million pounds
Figure 4.3: Nanomaterials trend in million pounds by region (2005–2010)
Figure 4.4: Regional analysis of the nanomaterials market in $ million in 2010
Figure 4.5: Regional analysis of the nanomaterials market in million pounds in 2010
Figure 4.6: AGR for various market segment of the global nanomaterials market
2009–2010
Figure 4.7: CAGR for various market segment of the global nanomaterials market
2005–2010
Figure 4.8: Trend in North American nanomaterials shipment in $ million (2005–2010)
Figure 4.9: Trend in North American nanomaterials shipment in million pounds (2005–
2010)
Figure 4.10: Trend in European nanomaterials shipment in $ million (2005–2010)
Figure 4.11: Trend in European nanomaterials shipment in million pounds (2005–2010)
Figure 4.12: Trend in ROW nanomaterials shipment in $ million (2005–2010)
Figure 4.13: Trend in ROW nanomaterials shipment in million pounds (2005–2010)
Chapter 5
Figure 5.1: Forecast of growth rate of GDP of the US (2005–2010)
Figure 5.2: Forecast of the GDP of the leading world economies from 2005–2015
Figure 5.3: Forecast for nanomaterials shipment in million dollars in 2011–2016
Figure 5.4: Forecast for nanomaterials shipment in million pounds in 2011–2016
Figure 5.5: Growth forecast of global nanomaterials shipment by market segments in 2010‒2011
Figure 5.6: Growth forecast of global nanomaterials shipment by market segments in millions of dollars in 2011–2016
Figure 5.7: Forecast of global nanomaterials shipment in million dollars by market segment in 2011
Figure 5.8: Forecast of global nanomaterials shipment (million pounds) by market segment in 2011
Figure 5.9: Forecast of global nanomaterials shipment in million dollars by market segment in 2016
Figure 5.11: Forecast of global nanomaterials shipment (million pounds) by market segment in 2016
Figure 5.12: Forecast of North America nanomaterials shipment in million dollars in 2011–2016
Figure 5.13: Forecast of North America nanomaterials shipment (million pounds) in 2011–2016
Figure 5.14: Forecast of Europe nanomaterials shipment in million dollars in 2011–2016
Figure 5.15: Forecast of Europe nanomaterials shipment (million pounds) in 2011–2016
Figure 5.16: Forecast in ROW nanomaterials shipment in million dollars in 2011–2016
Figure 5.17: Forecast in ROW nanomaterials shipment (million pounds) in 2011–2016
Chapter 6
Figure 6.1: Emerging trends in global nanomaterials and nanocomposite industry
Figure 6.2: CNT prepreg by Nanoledge Inc.
Figure 6.3: Velozzi’s sports car using CNT composites
Figure 6.4: Nanomaterials application in Piranha (USV)
Figure 6.5: Nanomaterials application in aircraft
Figure 6.6: Two-dimensional nanosheets
Figure 6.7: Growth matrix of nanomaterials market globally (2005–2010)
Figure 6.8: Growth matrix of nanomaterials market globally (2011–2016)
Figure 6.9: Field emission display
Figure 6.10: Nanomaterials applications in drug delivery system
Figure 6.11: Nanomaterials applications in aircraft structure
Figure 6.12: Nanomaterials used in water purification
Figure 6.13: Application of CNTs in body armor
Figure 6.14: Application of nanomaterials in wind energy
List of Tables
Table 2.1: Compatibility between organic nanoclays and polymer systems
Table 2.2: Properties and general uses of prominent nanomaterials
Table 3.1: Factors affecting growth of CNT market
Table 3.2: Nanomaterials used in building and construction applications
Table 3.3: Nanomaterials in health and personal care applications
Table 4.1: Market trends (2005–2010) in global nanomaterials shipment
Table 4.2: Market trends (2005–2010) in global nanomaterials shipment in million pounds
Table 4.3: CAGR in various regions of the global nanomaterial industry
Table 4.4: Market size and annual growth rates in various segments of global nanomaterials Industry
Table 4.5: Market size and annual growth rates during last five years (2005–2010) in various market segments of global nanomaterials industry (Source: Lucintel)
Table 5.1: Market size and annual growth forecasts of the next five years (2011–2016) in various market segments of the global nanomaterial industry (Source: Lucintel)
Table 6.1: Growth applications for nanomaterials industry
Table 6.2: Opportunity analysis for future applications