Home | Publications | Technology place holder
place holder place holder

Technology


Nanomaterials

Markets by Type

Publication Date   December 2005
Publisher   Business Communications Company
Product Type   Strategic Report
Pages   223
ISBN Number   not applicable
Product Code   BCC018
Ask a question about this product?

Price £2,255.00

approximately: $4,466 | €2,866

Summary


Currently, there are hundreds of kinds of nanomaterials in use or under development, both in their pure form and as composites. Examples include carbon, tungsten, titanium and cobalt, as well as many technical ceramics, such as aluminum oxide, silicon carbide and their composites.

The range of applications for nanomaterials also is large and growing. These currently include tires and other rubber products, pigments, synthetic bone and automotive components. Tomorrow's applications include automotive coatings, medical devices and filtration media, to name just a few.

This BCC report provides information on the commercial potential of various nano-materials, to complement the growing body of technical information. Specific objectives include identifying segments of the nanomaterials market with the greatest commercial potential in the near to mid-term (2005-2010), projecting future demand in these segments, and evaluating the challenges that must be overcome for each segment to realize its potential to better estimate the probability of successful commercialization.

Scope Of Study

The report contains:

  • Definitions covering the field of nanomaterials
  • Milestones in the development of nanomaterials
  • Overview of nanomaterials that are in commercial use or under development, associated technologies and applications
  • Nanomaterials with the greatest commercial potential through 2010
  • Global analysis of the nanomaterials market with forecasts through 2010
  • Analysis of the actors that will influence the long-term development of nanomaterials
  • Nanomaterials industry structure and market shares.

Report Highlights

  • Total global consumption of all types of nanomaterials in 2005 is expected to surpass 9 million metric tons and $13.1 billion, reaching 10.3 million tons or $20.5 billion by 2010, at an average annual growth rate (AAGR) of 9.3% in value terms.
  • Nonpolymer organic materials account for the largest share of total nanomaterials consumption, the bulk of which are carbon black fillers.
  • The share of simple oxide nanomaterials is expected to rise from 8.5% to 15.7% in 2010. Metal nanomaterials are the second-largest segment with more than 21% of the market.
  • In product morphology, by 2010, nanoparticulates' share of the market is projected to shrink somewhat to 54.6%, while thin films, monolithics and composites are expected to grow to 25.0%, 17.4% and 3.0%, respectively.

Content


Introduction


Study Background
Study Goals And Objectives
Intended Audience
Scope And Format
Methodology And Information Sources
Analyst Credentials
Related Bcc, Inc. Research
Bcc Online Services
Disclaimer

Executive Summary


Summary Table:
GLOBAL NANOMATERIALS CONSUMPTION, THROUGH 2010 (METRIC TONS /$ MILLIONS)

Summary Figure:
GLOBAL NANOMATERIALS CONSUMPTION, 2004-2010 ($ MILLIONS)

Nanomaterials Overview


Definition Of Nano Materials
Types Of Nanomaterials
Chemical Composition
Physical Properties

Production Technologies


Particulates

Gas Phase Processing
- Gas Condensation with Thermal Evaporation
- Vacuum Evaporation on Running Liquids
- Plasma Synthesis
- Combustion Synthesis
Wet Phase Processing
- Chemical Precipitation
- Hydrothermal Processing
- Sol-Gel Processing
Mechanical Processing
- High-Energy Ball Milling
- Mechanicochemical Synthesis
Nanotubes
- Arc Discharge
- Laser Ablation
- Chemical Vapor Deposition
Monolithics
- Consolidation of Nanoparticles Into Monolithics
- Severe Plastic Deformation
- Aerogels
Thin Films
- Nanoparticulate Precursor Methods
- Dip Coating
- Spin Coating
- Electrophoretic Deposition
- Thermal Spray Coating
Direct Production of Nanoscale Thin Film Coatings
- Electrodeposition
- Amorphous Crystallization
Composites
- Clay/Polymer Nanocomposites
- Carbon Nanotube Composites
- Oriented Nanocomposite Extrusion Process
- Layered Fabrication
- Nanocomposite Fibers

Nanomaterials And Their Applications



Non-Polymer Organic Materials


Particulates

Carbon Black
- Tire and Other Rubber Products Manufacturing
- Inkjet Pigments
Carbon Nanotubes
- Scanning Microscope Tips
- Field Emission Devices
- Field Emission Devices (Continued)
- Semiconductors
- Cell Phone Applications
Fullerenes
Aptamers
- Proteomics Applications
- Pharmaceutical Applications
- Molecular Imaging Agents
Lipids
- Drug Delivery Vehicles

Thin Films

- Small-Molecule Oleds

Monolithics

Activated Carbon
- Potable Water Treatment
- Emissions Control and Air Purification
- Energy Storage
- Protective Clothing

Composites

Carbon Nanotube Composites
- Automotive Components
- Electronics Production/Clean Room Equipment
- Sports Equipment
- High Tech Clothing

Polymers


Particulates
- Coatings and Adhesives
- Fabric Treatments
- Drug Delivery Systems
- Medical Diagnostic Markers
- Transfection Reagents
Thin Films
- Eyeglass and Other Lens Coatings
- Nanoporous Membranes
- Polymer Oleds

Metals And Their Alloys


Gold

Particulates
- Microscopy Studies
- Immunoassays

Silver

Particulates
- Photographic Emulsions
- Dietary Supplements
- Air Purification Systems
Thin Films
- Antimicrobial Dressings

Platinum Group Metals

Thin Films
- Catalytic Converters
- Fuel Cells

Titanium

Monolithics
- High Strength Medical Implants

Aluminum

Thin Films

Simple Oxides


Alumina (Aluminum Oxide)

Particulates
- Filtration Media
- Chemical-Mechanical Polishing (CMP) Compounds
- Fuel/Explosive Additives
Thin Films
- Catalytic Converter Catalyst Support Materials
- Magnetic Recording Tapes
Monolithics
- High Pressure Discharge Lamp Tubes

Silica (Silicon Dioxide)

Particulates
- Chemical-Mechanical Polishing (CMP) Compounds
Thin Films
- Optical Fiber Cladding
Monolithics
- Aerogels

Titanium Dioxide

Particulates
- Sunscreens and UV-Protective Cosmetics
- Other UV Protection Products
- Interior Air Purification Systems
- Fabric Treatments
Thin Films
- Anti-Fogging Mirrors
- Self-Cleaning Ceramic Tiles

Iron Oxide

Particulates
- Magnetic Separations
- MRI Contrast Agents
- Ferrofluids
- Fuel and Explosive Additives
Thin Films
- Magnetic Recording Media

Zinc Oxide

Particulates
- Unscreens

Complex Oxides


Calcium Phosphate

Particulates
- Bone Cement
- Toothpaste
Thin Films
- Biocompatible Coatings for Medical Implants and Devices

Montmorillonite and Other Clays

Composites
- Packaging
- Automotive Parts
- Sporting Goods

Lithium Titanate

Rechargeable Lithium Ion Batteries
- Particulates

Silica Hydride

Particulates
- Antioxidants

Semiconductors


Particulates
Quantum Dots
- Biosensors
- Light-Emitting Diodes (LEDs)
- Optical Switches and Gates

Nanomaterials Not Elsewhere Classified


Thin Films
- Low-K Dielectric Coatings
- Thermal Spray Coatings
- Anti-Scratch/Anti-Stick Coatings

Nanomaterials Patents


Patents By Type Of Nanomaterial
Patent Trends Over Time
Patent Holders

Global Market For Nanomaterials

Summary


Non-Polymer Organic Nanomaterials


Particulates


Carbon Black

- Historical Consumption of Carbon Black
- Market Drivers
- Global Tire Production
- Global Output of Other Types of Rubber Products
- Inkjet Ink Manufacturing
- Development of Substitutes
- Projected Consumption of Carbon Black

Carbon Nanotubes

- Historical Consumption
- Market Drivers
- Commercialization of FED Devices
- Semiconductor Components
- Declining Carbon Nanotube Price
- Projected Consumption

Aptamers

Aptamer-Based Proteomics Arrays
- Historical Consumption
- Market Drivers
- Sales of Photoaptamer Arrays
- Projected Consumption
Aptamer-Based Pharmaceuticals
- Historical Consumption
- Market Drivers
- Macugen Sales
- Projected Consumption
Aptamer-Based Imaging Agents
- Historical Consumption
- Market Drivers
- PET Scan-Related Market
- Projected Consumption

Thin Films

Small Molecule OLEDs
- Historical Consumption
- Market Drivers
- Projected Growth in Sales of Small Molecule OLED Displays
- Cost of Small Molecule Materials
- Projected Consumption
Monolithics

Activated Carbon

- Historical Consumption
Market Drivers
- Potable Water Treatment
- Wastewater Treatment
- Air Purification and Emissions Control
- Projected Consumption
Composites
- Carbon Nanotube Composites
- Historical Consumption
- Market Drivers
- Substitution of Carbon Nanotube-Filled for Other Type of Polymers
- Projected Consumption

Polymers


Particulates

Coatings and Adhesives
- Historical Consumption
- Market Drivers
- Growth of Global Coatings Market
- Projected Consumption
Transfection Reagents
- Historical Consumption
- Market Drivers
- Growth of Transfection Reagent Market
- Increase in Dendrimer Reagents' Market Share
- Lower Cost of Dendrite Projection
- Projected Consumption
Diagnostic Reagents
- Historical Consumption
- Market Drivers
- Growth in the Cardiac Marker Market
- Growth in Market Share of Dendrimer Based Cardiac Markers
- Declining Dendrimer Prices
- Projected Consumption
Drug Delivery Vehicles
- Historical Consumption
- Market Drivers
- Regulatory Approval Process
- Overall Market for Vaginal Microbicides
- Competing Products
- Projected Consumption
Fabric Treatments
- Historical Consumption
- Market Drivers
- Market Penetration
- Projected Consumption

Polymer Thin Films

- Optical Coatings
- Historical Consumption
- Market Drivers
- Trends in Global Eyeglass Coating Sales
- Nanostructured Coating Market Share
- Projected Consumption
Nanoporous Filtration Membranes
- Historical Consumption
- Market Drivers
- Potable Water Demand
- Projected Consumption
- Low-K Dielectric Films
Polymer OLED Films
- Historical Consumption
- Market Drivers
- Commercial Sales of OLED TVs
- Cost of Polymer OLED Thin Films
- Projected Consumption

Metals


Gold

Particulates
- Historical Consumption
- Market Drivers
- Diagnostic Test Market Trends
- Projected Consumption

Silver

Particulates
- Historical Consumption
Market Drivers
- Population of Film Cameras
- Projected Consumption
Thin Films
- Historical Consumption
- Market Drivers
- Sales of Antimicrobial Dressings Containing Silver Nanoparticles
- Projected Consumption

Platinum Group Metals

Thin Films
- Historical Consumption
- Catalytic Converters
- Vehicular Catalytic Converters
- Non-Vehicular Catalytic Converters
- Fuel Cells
Market Drivers
- Trends in Production of Light Vehicles
- Increasing Market Penetration of Non-Vehicular Catalytic Converters
- Growing Use of PAFC and PEMFC Fuel Cells
- Projected Consumption

Titanium

Monolithics
- Historical Consumption
- Market Drivers
- Consumption of Titanium and Titanium Alloys In Orthopedic Implants
- Substitution of Nanostructured Titanium for Titanium Alloys in Orthopedic Implants
- Projected Consumption

Aluminum

Thin Films
- Historical Consumption
- Market Drivers
- Unit Sales Trends
- Projected Consumption


Simple Oxides


Alumina

Particulates
- Historical Consumption
- Market Drivers
- Growth in Ultrafine Semiconductor Polishing Applications
- Sales of Ultrafiltration Systems
- Development of New Applications for Nanoparticulate Alumina Fuel/Explosive Additives
- Projected Consumption
Thin Films
- Historical Consumption
- Market Drivers
- Recording Tape Production
- Catalytic Converter Production
- Projected Consumption
Monolithics

Ceramic Components

- Historical Consumption
- Market Drivers
- Growing Automotive Market for Xenon Lamps
- Projected Consumption

Iron Oxide

Particulates
- Historical Consumption
- Market Drivers
- Increasing Use of Magnetic Separation Media
- Growth of MRI Market
- Growing Consumption of Ferrofluids
- Increasing Output of Airbag Units
- Projected Consumption
Thin Films
- Historical Consumption
- Market Drivers
- Consumption of Magnetic Recording Tape
- Projected Consumption

Titanium Dioxide

Particulates
- Historical Consumption
- Market Drivers
- Trends in Sunscreen Sales
- Trends in Nanoparticle-Based Sunscreen Market Penetration
- Interior Air Purification Systems
- Projected Consumption
Thin Films
- Historical Consumption
- Market Drivers
- Production Capacity
- Projected Consumption

Zinc Oxide

Particulates
- Historical Consumption
- Market Drivers
- Growth of Sunscreen Sales
- Increasing Market Penetration of Nanoparticle-Based Sunscreen Products
- Projected Consumption

Silica (Silicon Dioxide)

Particulates
- Historical Consumption
- Market Drivers
- Growth in Ultrafine Semiconductor Polishing Applications
- Future Consumption
Thin Films
- Historical Consumption
- Market Drivers
- Projected Consumption
Monolithics
- Aerogels
- Historical Consumption
- Market Drivers
- Growth and Penetration of Building Insulation Market
- Projected Consumption


Complex Oxides


Calcium Phosphate

Particulates
- Historical Consumption
- Market Drivers
- Trends in Global Bone Graft Market
- Commercialization of Toothpastes Containing Calcium Phosphate-Based Synthetic Tooth Enamel
- Projected Consumption

Rare Earth Doped Metal Oxides

Particulates
- Historical Consumption
- Market Drivers
- Trends in Medical Detection and Imaging Market
- Nanophosphor Penetration of Medical Detection and Imaging Market
- Development of LED Market for Nanophosphors
- Projected Consumption

Montmorillonite and Other Clays

Composites
- Historical Consumption
- Market Drivers
- Expanding Applications
- Increasing Market Penetration
- Nanocomposite Prices
- Projected Consumption

Lithium Titanate

Particulates
- Historical Consumption
- Market Drivers
- Growing Market for Lithium Ion Battery Electrode Materials
- Lithium Titanate Electrode Materials Market Share
- Commercial Prices for Lithium Titanate Nanoparticles
- Projected Consumption

Silica Hydride

Particulates
- Historical Consumption
- Market Drivers
- Sales of Antioxidant Nutraceuticals
- Projected Consumption
- Particulates
- Quantum Dots
- Historical Consumption
- Market Drivers
- Quantum Dot Price Trends
- Diode Lasers
- Optical Amplifiers
- Projected Consumption

Materials Not Elsewhere Classified


Thin Film Applications

Thermal Spray Coatings
- Historical Consumption
- Market Drivers
- New Markets
- Feedstock Costs
- Projected Consumption
Anti-Scratch/Anti-Stick Coatings
- Historical Consumption
- Market Drivers
- New Markets
- Projected Consumption
Low-K Dielectric Films
- Historical Consumption
- Market Drivers
- Production of Semiconductors and Other Microelectronic Devices
- Projected Consumption

The Nanomaterials Industry


Number And Size Of Firms

- Size Distribution Of Firms
- Nationality
- Market Shares


Company Profiles


Advanced Magnetics, Inc.
Altair Nanotechnologies, Inc.
Aphios Corp.
Applied Sciences Inc.
Argonide Corp.
Aspen Aerogels, Inc.
Babolat North America Inc.
Bangs Laboratories, Inc.
Basell Polyolefins Company N.V.
Basf Ag
Basf Ag (Continued)
Bayer Ag
Biocrystal, Ltd.
Biophan Technologies, Inc.
Cabot Corp.
Cambridge Display Technologies
Capacitive Deionization Technology Systems, Inc.
Capsulution Nanoscience Ag
Carbolex Inc.
Carbon Nanotechnologies, Inc.
Carbon Nanotech Research Institute, Inc.
Catalytic Materials Llc
Catalytic Solutions, Inc.
Challenge Carbon Technology Co., Ltd.
Clariant Corp.
Columbian Chemicals
Cooper Electronic Technologies
Covion Organic Semiconductors Gmbh
Degussa Ag
Dendritic Nanotechnologies Inc.
Dowa Mining Co., Ltd.
Dynal Biotech Asa
E. I. Du Pont De Nemours And Company
Eastman Kodak Co.
Eka Chemicals Colloidal Silica Group
Engelhard Corporation
Espin Technologies, Inc.
Etex Corp.
Evident Technologies
Eyetech Pharmaceuticals, Inc.
Ferrotec Corp.
Flamel Technologies Sa
Forge Europa Ltd.
Frontier Carbon Corp.
Hyperion Catalysis International, Inc.
Ishihara Sangyo Kaisha, Limited
Johnson Matthey Plc
Kemira Oy
Konarka Technologies, Inc.
Mach 1, Inc.
Millennium Chemicals Inc.
Nalco Chemical Co.
Nanocor Inc.
Nanocrystals Technology, Ltd.
Nanofilm
Nanogate Technologies Gmbh
Nanogram Corp.
Nanoledge
Nanomagnetics Ltd.
Nanomat, Inc
Nanophase Technologies Corp.
Nanoproducts Corp.
Nanotechnologies Inc.
Nano-Tex, Llc
Nanotwin Technologies, Inc.
Nantero Inc.
Nextech Materials, Ltd.
Nucryst Pharmaceuticals
Nycomed Amersham Imaging
Oxonica, Ltd.
Polysciences Inc.
Quantum Dot Corp.
Rhodia Sa
Rosseter Holdings Ltd.
Sachtleben Chemie Gmbh
Shenzhen Nanotech Co.
Somalogic, Inc.
Southern Clay Products, Inc.
Süd-Chemie Ag
Tal Materials, Inc.
Tayca Corp.
Technanogy, Inc.
Toto Ltd.
Ultradots Inc.
N.V. Umicore S.A.
Zyvex Corp.


List Of Tables


Table 1 Organic Nanomaterials
Table 2 Carbon Nanotube Composite Applications,
Table 3 Metal And Metal Alloy Nanomaterials And Their Applications
Table 4 Simple Oxide Nanomaterials And Their Applications
Table 5 Complex Oxide Nanomaterials And Their Applications
Table 6 Number Of U.S. Nanomaterials Patents By Type Of Material, 1976-
Table 7 Number Of New U.S. Nanomaterials Patents By Type Of Materials Issued Annually, Through
Table 8 Global Nanomaterials Consumption By Type Of Material, Through 2010 (Metric Tons/$ Millions)
Table 9 Global Nanomaterials Consumption By Type Of Morphology, Through 2010 (Metric Tons/$ Million)
Table 10 Global Consumption Of Non-Polymer Organic Nanomaterials By Type Of Morphology, Through 2010 (Metric Tons And $ Millions)
Table 11 Global Consumption Of Organic Particulate Nanomaterials By Type, Through 2010 (Metric Tons And $ Millions)
Table 12 Estimated Global Consumption Of Nanoparticulate Carbon Black Consumption By Applications, 2004 (Million Metric Tons And $ Millions)
Table 13 Trends In Global Tire Sales, Through 2010 (Million Units)
Table 14 Global Natural And Synthetic Rubber Production, 2002 Through 2004 (Million Metric Tons)
Table 15 Trends In Global Inkjet Ink Sales, Through 2010 ($ Billions)
Table 16 Global Carbon Black Consumption, Through 2010 (Million Metric Tons)
Table 17 Global Carbon Black Consumption By Application, Through 2010 ($ Million)
Table 18 Global Carbon Nanotube Sales By R&D And Commercial Applications, 2004 ($ Millions/Percent)
Table 19 Projected Consumption Of Research And Technical-Grade Carbon Nanotubes, Through 2010 (Kg/$ Millions)
Table 20 Global Consumption Of Aptamer Nanomaterials By Applications, Through 2010 (Metric Tons/$ Millions)
Table 21 Global Consumption Of Aptamers Used In Proteomics Applications, 2004-2010 (Metric Tons/$ Millions)
Table 22 Global Consumption Of Aptamers Used In Pharmaceutical Applications 2004-2010 (Metric Tons/$ Millions)
Table 23 Global Consumption Of Aptamers Used In Moleular Imaging Applications, 2004-2010 (Metric Tons And $ Millions)
Table 24 Global Consumption Of Nanostructured Psmall Molecule Thin Film Materials In Oleds, 2004-2010 (Metric Tons And $ Millions)
Table 25 Global Activated Carbon Consumption By End-Use, 2004 (Thousand Metric Tons)
Table 26 Global Activated Carbon Consumption, Through 2010 (Metric Tons And $ Millions)
Table 27 Global Market For Carbon Nanotube-Based Composites By Application Segments, 2004 ($ Millions)
Table 28 Global Consumption Of Carbon Nanotube-Based Composites, Through 2010 (Metric Tons/$ Millions)
Table 29 Global Consumption Of Polymer-Based Nanomaterials By Morphology, Through 2010 (Metric Tons/$ Millions)
Table 30 Global Consumption Of Nanoparticulate Polymers By Product Type, Through 2010 (Metric Tons/$ Millions)
Table 31 Global Trends In Polymer-Based Coatings Sales, Through 2010 ($ Billion)
Table 32 Global Consumption Of Polymer Nanoparticles In Coatings And Adhesives By Application, 2004-2010 (Metric Tons/$ Millions)
Table 33 Global Trends In Transfection Reagent Sales, Through 2010 ($ Million)
Table 34 Global Consumption Of Dendrimers Used In Transfection Reagents, 2004-2010 (Metric Tons/$ Millions)
Table 35 Global Trends In Cardiac Marker Sales, Through 2010 ($ Billions)
Table 36 Global Consumption Of Dendrimers Used In Cardiac Markers, 2004-2010 (Metric Tons/$ Millions)
Table 37 Global Consumption Of Dendrimers Used As Drug Delivery Vehicles, 2004-2010 (Metric Tons And $ Millions)
Table 38 Global Consumption Of Polymer Nanoparticles In Fabric Treatments, 2004-2010 (Metric Tons/$ Millions)
Table 39 Global Consumption Of Polymer Thin Films, Through 2010 (Metric Tons/$ Millions)
Table 40 Global Eyeglass Coating Sales, Through 2010 ($ Million)
Table 41 Consumption Of Nanostructured Polymer Eyeglass Coatings, 2004-2010 (Metric Tons And $ Millions)
Table 42 Global Consumption Of Nanostructured Polymer Membranes, 2004-2010 (Metric Tons/$ Millions)
Table 43 Global Consumption Of Nanostructured Polymer Thin Film Materials In Oleds, 2004-2010 (Metric Tons/$ Millions)
Table 44 Global Consumption Of Metal-Based Nanomaterials, By Metal Type, Through 2010 (Metric Tons And $ Millions)
Table 45 Global Consumption Of Metal-Based Nanomaterials, By Morphology Through 2010 (Metric Tons/$ Millions)
Table 46 Global Consumption Of Diagnostic Reagents And Related Products, Through 2010 ($ Billion)
Table 47 Global Consumption Of Gold Nanoparticles, 2004-2010 (Metric Tons And $ Millions)
Table 48 Global Consumption Of Silver-Based Nanomaterials By Morphology, Through 2010 (Metric Tons And $ Millions)
Table 49 Global Population Of Film Cameras Through 2010 (Billion Cameras)
Table 50 Global Consumption Of Silver Nanopartcles, 2004-2010 (Metric Tons And $ Millions)
Table 51 Global Consumption Of Nanoscale Silver Thin Films, 2004-2010 (Metric Tons And $ Millions)
Table 52 Global Consumption Of Pgm Catalyst Materials For Nanoscale Thin Films By Application, 2004 ($ Millions/Metric Tons)
Table 53 Global Consumption Of Pgm Nanocatalyst Materials In Catalytic Converter Manufacturing, 2004 ($ Millions/Kg)
Table 54 Global Vehicular Catalytic Converter Catalyst Consumption Market, 2004 (Kg/Percent)
Table 55 Global Vehicular Catalytic Converter Consumption, Average Price, And Market Value For Catalysts, 2004 (Kg/$ Million)
Table 56 Global Consumption Of Nanoscale Pgms Used In Non-Vehicular Catalytic Converters, 2004 (Kg/$ Million)
Table 57 Global Consumption Of Pgm Catalyst Materials In Fuel Cells, 2004 (Kg/$ Million)
Table 58 Worldwide Light Vehicle Car Production, Including Those Equipped With Catalytic Converters, Through 2010 (Million Vehicles)
Table 59 Global Projected Fuel Cell Sales By Technology Type, Through 2010 ($ Billion)
Table 60 Global Consumption Of Nanoscale Pgm Thin Film Materials, 2004-2010 (Metric Tons/$ Million)
Table 61 Global Consumption Of Titanium And Titanium Alloys In Orthopedic Implants, Through 2010 ($ Millions)
Table 62 Global Consumption Of Nanostructured Titanium Materials, 2004-2010 (Metric Tons/$ Millions)
Table 63 Global Shipments Of Audio Cds And Video Dvds, Through 2010 (Billion Units)
Table 64 Global Consumption Of Aluminum Thin Film Materials, 2004-2010 (Metric Tons/$ Millions)
Table 65 Global Consumption Of Simple Oxide Nanomaterials By Type Of Oxide, Through 2010 (Metric Tons/$ Millions)
Table 66 Global Consumption Of Simple Oxide Nanomaterials, By Type Of Morphology, Through 2010 (Metric Tons And $ Millions)
Table 67 Global Consumption Of Alumina-Based Nanomaterials, Through 2010 (Metric Tons/$ Millions)
Table 68 Global Consumption Of Nanoparticulate Alumina By Application, 2004 (Metric Tons/$ Millions)
Table 69 Global Trends In Semiconductor Production, Through 2010 ($ Billions)
Table 70 Global Consumption Of Particulate Alumina Nanomaterials, 2004-2010 (Metric Tons/Million)
Table 71 Global Consumption Of Alumina Thin Film Nanomaterials, 2004 (Metric Tons/$ Millions)
Table 72 Global Consumption Of Alumina Thin Film Nanomaterials, 2004-2010 (Metric Tons/$ Millions)
Table 73 Global Consumption Of Nanostructured Ceramic Materials In Xenon Lamps And Semiconductor Processing Parts , 2004-2010 (Metric Tons/$ Millions)
Table 74 Global Consumption Of Ferrous Metal-Based Nanomaterials, Through 2010 (Metric Tons/$ Millions)
Table 75 Global Consumption Of Iron Oxide Nanoparticles By Type, 2004 (Metric Tons/$ Millions)
Table 76 Global Production Of Electronic Devices Incorporating Ferrofluids, Through 2010 (Million Units)
Table 77 Global Airbag Shipments, Through 2010 (Million Units)
Table 78 Global Consumption Of Nanoparticulate Iron Oxide By Application, 2004-2010 (Metric Tons/$ Millions)
Table 79 Global Magnetic Recording Tape Sales By Type, Through 2010 ($ Millions)
Table 80 Global Consumption Of Nanoscale Magentic Recording Tape Coating Materials, 2004-2010 (Metric Tons/$ Millions)
Table 81 Global Consumption Of Tio2-Based Nanomaterials By Morphology, Through 2010 (Metric Tons/$ Millions)
Table 82 Global Sunscreen Sales, Through 2010 ($ Billions)
Table 83 Global Consumption Of Titanium Dioxide Nanopartcles, 2004-
Table 84 Global Consumption Of Titanium Dioxide Thin Films, 2004-
Table 85 Global Consumption Of Zinc Oxide Nanoparticles, 2004-2010 (Metric Tons/$ Millions)
Table 86 Global Consumption Of Silica-Based Nanomaterials, Through 2010 (Metric Tons/$ Millions)
Table 87 Global Consumption Of Particulate Silica Nanomaterials, 2004-2010 (Metric Tons/$ Millions)
Table 88 Global Projected Output Of Fiber Optic Cable Through 2010 (Million Kilometers)
Table 89 Global Consumption Of Silica-Based Nanothin Film Materials, 2004-2010 (Metric Tons/$ Millions)
Table 90 Global Consumption Of Silica-Based Aerogel Materials, 2004-2010 (Metric Tons/$ Millions)
Table 91 Global Consumption Of Complex Oxide Nanomaterials By Type Of Material, Through 2010 (Metric Tons/$ Millions)
Table 92 Global Consumption Of Complex Oxide Nanomaterials By Type Of Morphology, Through 2010 (Metric Tons/$ Millions)
Table 93 Global Consumption Of Calcium Phosphate Nanoparticles, 2004-2010 (Metric Tons/$ Millions)
Table 94 Global Fluorescence-Based Biological Reagent Market, Through 2010 ($ Billions)
Table 95 Global High Brightness Led Sales ($ Billions)
Table 96 Global Consumption Of Rare Earth Doped Metal Oxide Nanophosphors By Application, 2004-2010 (Metric Tons/$ Millions)
Table 97 Global Consumption Of Clay-Based Nanocomposites By Application, 2004 (Millions/Percent)
Table 98 Global Sales Of Tennis Balls Containing Clay Nanocomposites, Through 2010 ($ Millions)
Table 99 Global Consumption Of Clay Nanocomposites By Application, 2004-2010 (Metric Tons/$ Millions)
Table 100 Global Lithium Ion Battery Sales, Through 2010 ($ Billions)
Table 101 Global Consumption Of Lithium Titanate Nanoparticles For Battery Electrode Applications, 2004-2010 (Metric Tons/$ Millions)
Table 102 Global Consumption Of Silica Hydrate Nanoparticles For Nutraceutical Applications, 2004-2010 (Metric Tons/$ Millions)
Table 103 Global Consumption Of Semiconductor Nanomaterials By Type Of Morphology, Through 2010 (Metric Ton/$ Millions)
Table 104 Global Quantum Dot Consumption By Application, 2004 ($ Millions/Percent)
Table 105 Global Diode Laser Sales, Through 2010 ($ Billion)
Table 106 Global Optical Amplifier Sales, Through 2010 ($ Billions)
Table 107 Global Consumption Of Quantum Dots By Application, 2004-2010 (Metric Tons/$ Millions)
Table 108 Global Consumption Of Nanomaterials Not Elsewhere Classified By Application, Through 2010 (Metric Ton/$ Millions)
Table 109 Global Consumption Of Nanostructured Thermal Spray Materials, 2004-2010 (Metric Ton/$ Millions)
Table 110 Global Consumption Of Nanostructured Anti-Scratch/Anti-Stick Coating Materials, 2004-2010 (Metric Ton/$ Millions)
Table 111 Global Consumption Of Nanostructured Low-K Dielectric Film Materials, 2004-2010 (Metric Tons/$ Millions)
Table 112 Sales And Market Share Of Companies In Nanomaterials, 2004 ($ Millions,/%)
Table 113 Altair Nanotechnologies, Inc. Financial Peroformance 2001-2004 ($ Millions)
Table 114 Nanophase Technologies Corp. Financial Peroformance 1998-2002 ($ Millions)

List Of Figures


Figure 1 Share Of Nanoparticle Production Technologies, 2004 (Percent Of Total Consumption In Metric Tons And $)
Figure 2 Consumption Of Thin Film Materials Produced From Nanoparticulate Precursors Vs. Direct Methods, 2004 (Percent Of Total Consumption In Metric Tons And $)
Figure 3 U.S. Nanomaterials Patents By Type Of Material, 1976-2004 (Percent Of Patents Issued)
Figure 4 Trends In Total U.S. Nanomaterials Patents, 2000-2004 (Number Of Patents Issued Each Year)
Figure 5 Top U.S. Nanomaterials Patent Holders, 2005 (Number Of Patents By Company)
Figure 6 Global Nanomaterials Consumption, 2004-2010 (Metric Tons And $ Millions)
Figure 7 Share Of Nanomaterials Market By Type Of Material, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 8 Nanomaterials Market Shares By Type Of Morphology, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 9 Non-Polymer Organic Nanomaterials Sales By Type Of Morphology, 2004 And 2010 (Percent Of Total Sales)
Figure 10 Share Of Carbon Nanotube Sales By R&D And Commercial Applications, 2004 (Percent Of Total Sales)
Figure 11 Share Of Global Activated Carbon Consumption, By End-Use, 2004 (Percent Of Total Activated Carbon Consumption)
Figure 12 Share Of Global Market For Carbon Nanotube-Based Composites By Application Segments, 2004 (Percent Of Total Consumption)
Figure 13 Global Polymer Nanomaterials Sales By Type Of Morphology, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 14 Share Of Global Metal Nanomaterials Sales By Metal Type, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 15 Share Of Global Metal Nanomaterials Sales By Type Of Morphology, 2004 And 2010 (Percent Of Total Sales)
Figure 16 Share Of Global Vehicular Catalytic Converter Catalyst Consumption Market, 2004 (Percent Of Total Volume Consumed)
Figure 17 Share Of Global Simple Oxide Nanomaterials Sales By Type Of Material, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 18 Share Of Global Simple Oxide Nanomaterials Sales By Type Of Morphology, 2004 And 2010 (Percent Of Total Sales)
Figure 19 Share Of Global Consumption Of Nanoparticulate Alumina By Application, 2004 (Percentage Of Volume And Value)
Figure 19 Share Of Global Consumption Of Alumina Thin Film Nanomaterials, 2004 (Percentage Of Metric Tons And $ Million)
Figure 20 Share Of Global Consumption Of Iron Oxide Nanoparticles By Type, 2004 (Percentage Of Metric Tons And $ Million)
Figure 21 Global Trends In Production Of Loudspeakers And Hard Disk Drives Incorporating Ferrofluids, 2004-2010 (Million Units)
Figure 22 Global Complex Oxide Nanomaterials Sales By Type Of Material, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 23 Share Of Complex Oxide Nanomaterials Market By Type Of Morphology, 2004-2010 (Percent Of Total Dollar Sales)
Figure 24 Share Of Global Consumption Of Clay-Based Nanocomposites By Application, 2004 (Percentage Of Total Market)
Figure 25 Global Trends In Clay Nanocomposite Prices, 2004-2010 ($/Pound)
Figure 26 Share Of Global Quantum Dot Consumption By Application, 2004 (Percentage Of Total Value Consumed)
Figure 27 Share Of Global Market Of Nanomaterials Not Elsewhere Classified, By Type Of Application, 2004 And 2010 (Percent Of Total Dollar Sales)
Figure 28 Market Share Of Global Of Nanomaterials Companies By Size, 2004 (%)
Figure 29 Share Of Concentration Of Nanomaterials Companies By Region, 2004 (%)
Figure 30 Nanomaterials Company Market Shares, 2004 (%)