Major Display Materials: Markets, Technologies
BCC Research
December 1, 2005 207 Pages - SKU: WA1212160
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INTRODUCTION
Materials play a major role in the fast-growing display market. Selection of the most efficient and productive materials ensures the best performance of a display, and the choice of the best cost-performing materials keeps prices at more affordable levels.
Once the purview of televisions and computer monitors, displays literally have become ubiquitous and have taken on a variety of forms. The cathode ray tube (CRT), once the industry leader, is being replaced for some applications by flat panel technologies such as liquid crystal and plasma displays. Displays now abound in handheld devices such as cell phones, camcorders, digital cameras, projection television sets and helmet mounted displays.
This timely and updated BCC report is presented because of the continuing innovation and growth in this sector, and it examines the markets for display materials. The study looks at key materials being used in both technologies, and their growth potential. It further examines changing material requirements and the potential for new materials.
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Additional InformationREPORT HIGHLIGHTS
- The value of worldwide shipments of display materials is projected to reach $20.9 billion in 2005, and rise at an average annual growth rate (AAGR) of 12.8% to $37.9 billion by 2010.
- Flat panel displays, projected to account for 77% of materials in 2005, are expected to rise at an AAGR of 16.5%, accounting for 90% of the total by 2010.
- CRT demand is declining and glass for CRTs is expected to drop at an AAGR of 7.1% to $3 billion by 2010. Phosphor shipments also will decrease.
- Emerging displays developed from MEMS and nanotechnology are expected to reach $2 billion by 2010 and materials for OLED displays will expand at an AAGR of 12% through 2010.
SCOPE OF STUDY
The report contains:
- Analysis of nine materials technologies
- Identification of the major material players
- Determination of the current status of each, and examination of their impact on future display markets
- Worldwide growth forecasts through 2010
- Comparison of materials used for CRTs and flat panels by application, properties, and value
- Discussion of technological issues, including the latest trends
- A review of other influential factors, such as material processing and distribution, the need for special materials and expanded use of certain displays
- Examination of government and industry support for research.
METHODOLOGY
BCC presents an analysis of the units of material shipped in 2004 and 2005 for each material category. Our estimated value is what manufacturers have paid in undepreciated dollars. Based on our surveys, we analyze the potential consumption of each material, then forecast unit shipments for 2010. We also analyze pricing trends to establish 2005 shipment values and project those through 2010.
INFORMATION SOURCES
BCC surveyed approximately 125 companies to obtain data for this study. Included were manufacturers of glass, liquid crystals, phosphors, optical filters and polarizers, light emitting diodes, chemicals and polymers, various coatings, MEMS components, nanocoatings, and carbon nanotubes. We also spoke with display manufacturers and display users in a variety of industries, as well as compiled data from current financial/trade information and government sources.
INTRODUCTION
STUDY GOALS AND OBJECTIVES
REASONS FOR DOING THIS STUDY
CONTRIBUTIONS TO THE STUDY AND FOR WHOM
SCOPE AND FORMAT
METHODOLOGY
INFORMATION SOURCES
RELATED BCC WORK CREDENTIALS
BCC ONLINE SERVICES
SUMMARY
Summary Table:
VALUE OF WORLDWIDE SHIPMENTS OF ELECTRONIC DISPLAY MATERIALS BY TYPE, THROUGH 2010 ($ MILLIONS)
Summary Figure:
VALUE OF WORLDWIDE SHIPMENTS OF ELECTRONIC DISPLAY MATERIALS BY TYPE, 2004-2010 ($ MILLIONS)
OVERVIEW
DISPLAY MATERIALS
TYPES OF MATERIALS
Table 1 MAJOR DISPLAY MATERIALS, BY TECHNOLOGY
New Materials and Technology
MATERIAL PROPERTIES
Table 2 KEY PROPERTIES OF DISPLAY MATERIALS
INDUSTRY STRUCTURE
INDUSTRY STRUCTURE
LEADING DISPLAY MATERIALS MANUFACTURERS
Table 3 LEADING DISPLAY MATERIALS MANUFACTURERS
SIGNIFICANT CHANGES SINCE OUR LAST STUDY
DISPLAY MATERIALS MANUFACTURING BY REGION
Table 4 WORLDWIDE DISPLAY MATERIALS MANUFACTURING MARKET SHARE BY REGION, THROUGH 2010 (%)
Figure 1 WORLDWIDE DISPLAY MATERIALS MANUFACTURING REGIONAL MARKET SHARE, 2004, 2005 AND 2010 (%)
DISPLAY MATERIALS CONSUMPTION BY REGION
Table 5 ESTIMATED CONSUMPTION SHARE OF DISPLAY MATERIALS BY REGION, THROUGH 2010 (%)
Figure 2 CONSUMPTION OF DISPLAY MATERIALS BY REGION 2004, 2005 AND 2010 (%)
MARKET SHARES
COMPANY PROFILES
APPLIED VACUUM COATING TECHNOLOGIES CO. LTD., TAIWAN
ASAHI GLASS, JAPAN
BREWER SCIENCE, ROLLA, MO
CORNING INC., CORNING, NY
DAI NIPPON PRINTING CO. LTD., TOKYO, JAPAN
DU PONT DISPLAYS, SANTA BARBARA, CA
FUTABA CORP., CHIBA, JAPAN
MERCK KGA, DARMSTADT, GERMANY
NIPPON ELECTRIC GLASS, TOKYO, JAPAN
NITTO DENKO, OSAKA, JAPAN
PHOSPHOR TECHNOLOGY LTD.
SAN RITZ CORP., TOKYO, JAPAN
TOPPAN PRINTING, TOKYO, JAPAN
TORAY INDUSTRIES, TOKYO, JAPAN
VITEX SYSTEMS, SAN JOSE, CA
3M CO., ST. PAUL, MN
INDUSTRY COMPETITIVENESS
THE WORLDWIDE DISPLAY INDUSTRY
CRT VERSUS FLAT PANEL
DISPLAY DEMAND AS A FACTOR IN MATERIALS GROWTH
Table 6 WORLDWIDE MARKET FOR ELECTRONIC DISPLAYS BY TYPE THROUGH 2010 ($ BILLIONS)
CURRENT MATERIALS ENVIRONMENT
MATERIAL MANUFACTURING POTENTIAL
OLED Displays
Displays Based on MEMS and Nanotechnology
IMPACT OF MATERIALS ON DISPLAYS
Table 7 KEY FACTORS IN THE SELECTION OF DISPLAY MATERIALS
GOVERNMENT/INDUSTRY DISPLAY MATERIALS SUPPORT
U.S. MATERIALS ACTIVITY
The United States Display Consortium (USDC)
Table 8 USDC MISSION OBJECTIVES
Technology Roadmaps and Standards
USDC Materials-Related Programs
Table 9 REPRESENTATIVE MATERIALS-RELATED USDC PROGRAMS
SEMI Flat Panel Display Division
Phosphor Technology Center of Excellence
Table 10 MAJOR ACTIVITIES OF PTCOE
Ferroelectric Liquid Crystal Materials Research Center
Industry Relations
NIST Advanced Technology Program
Department of Defense SBIR Program
Impact of U.S. Display Materials Activities
EUROPEAN DISPLAY MATERIALS ACTIVITIES
Table 11 MAJOR GOALS OF EUROPEAN DISPLAY MANUFACTURING
European Commission Programs
Flexible Display Project
Table 12 PLANS FOR THE FLEXIBLE DISPLAY PROJECT
The University of Ghent
Table 13 PROJECTS OF UNIVERSITY OF GHENT LIQUID CRYSTAL RESEARCH
Individual Private Company Materials Research
Table 14 EUROPEAN-BASED COMPANIES ENGAGED IN DISPLAY MATERIALS ACTIVITIES
Covion Organic Semiconductors
Schott Glass
NV Philips
Impact of European Display Materials Activity
ASIA/PACIFIC MATERIALS ACTIVITIES
Japan
Table 15 HOW JAPANESE DISPLAY INDUSTRY DEVELOPED
Japan's Current Position
Republic of Korea
Taiwan
Singapore's Activities
Background
Table 16 GOALS OF THE SINGAPORE INSTITUTE OF MATERIALS RESEARCH AND ENGINEERING
Other Asia Activities
MATERIALS DEVELOPMENT SUPPORT SUMMARY
ECONOMIC ISSUES AND MATERIALS SUPPLY
UNITED STATES
Table 17 ECONOMIC LONG TERM ASSUMPTIONS FOR THE U.S. ECONOMY AND DISPLAY MATERIALS
EUROPE
ASIA/PACIFIC
Table 18 ASIA/PACIFIC REGION ECONOMIC IMPACT ON DISPLAY MATERIALS
MARKET GROWTH FACTORS
DRIVING FORCES
IMPACT OF MARKET GROWTH FACTORS
Table 19 PERCENTAGE IMPACT OF MAJOR COMPETITIVE FACTORS IN THE GROWTH OF DISPLAY MATERIALS (%)
DISPLAY MATERIALS PATENT ANALYSIS
PATENTS BY TECHNOLOGY
Table 20 PATENTS BY DISPLAY MATERIALS TECHNOLOGY, 2003 THROUGH 2005
PATENTS BY REGION
Table 21 DISPLAY MATERIALS PATENTS BY REGION, 2003 THROUGH 2005
PATENTS BY ASSIGNEES
Table 22 ASSIGNEES WITH THREE OR MORE PATENTS, 2003-2005
SAMPLE ABSTRACTS
LOW REFLECTIVITY FLAT PANEL DISPLAY
FACEPLATE HAVING A SPECIFIC PHOSPHOR
COLOR BALANCE IN PLASMA DISPLAY PANEL
COLOR FILTER SUBSTRATE AND FABRICATION METHOD
RARE EARTH OXIDE COATED PHOSHPORS
CARBON NANOTUBES FOR FIELD EMISSION DISPLAY
ELECTROPHORETIC DISPLAYS WITH LOW INDEX FILMS
GLASS MICROSPHERES FOR USE IN PROJECTION SCREEN DISPLAYS
THE GLASS MARKET
INDUSTRY STRUCTURE
KEY COMPANIES AND MARKET SHARE
Table 23 MANUFACTURER DISPLAY GLASS MARKET SHARE BY TYPE, 2004
GLASS MANUFACTURING
CRT MANUFACTURING
Table 24 DIFFERENCES IN CRT MANUFACTURING PROCESSES
FLAT PANEL GLASS MANUFACTURING
Table 25 BASIC STEPS IN THE FLAT PANEL GLASS PROCESS
Low Density Glass for LCDs
Table 26 BASIC STEPS IN THE FUSION PROCESS
Larger, Thinner Glass Substrates
Table 27 CHANGES IN GLASS SUBSTRATE SIZES
Table 28 PROJECTED MIX OF GLASS SUBSTRATES, THROUGH 2010 (% OF TOTAL)
GLASS COMPOSITION AND PROPERTIES
COMPOSITION OF CRT GLASS
Table 29 COMPOSITION OF TYPICAL GLASS USED IN CRT FUNNELS (%)
Table 30 COMPOSITION OF TYPICAL CRT FACEPLATE GLASS (%)
PROPERTIES OF CRT GLASS
Table 31 KEY PROPERTIES OF CRT GLASS
FLAT PANEL GLASS COMPOSITION
Table 32 TYPICAL COMPOSITION OF FLAT PANEL DISPLAY GLASS SUBSTRATES (%)
PROPERTIES OF FLAT PANEL GLASS
Table 33 KEY PROPERTIES OF FLAT PANEL DISPLAY GLASS
OLED Substrates
APPLICATION OF GLASS TO DISPLAY TECHNOLOGY
Table 34 TYPES OF GLASS USED FOR VARIOUS DISPLAY TECHNOLOGIES
GLASS MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Rapid Rise in Glass Demand Growth Rates
Table 35 WORLDWIDE SHIPMENTS OF CRT AND LCD DISPLAY GLASS THROUGH 2004 (THOUSANDS)
Key Market Drivers
Table 36 FORECAST ASSUMPTIONS-GROWTH OF DISPLAY GLASS
FORECAST FOR GLASS SHIPMENTS
Measurement Considerations
Shipment Projections
Table 37 WORLDWIDE SHIPMENTS OF DISPLAY GLASS BY TYPE AND DISPLAY TECHNOLOGY, THROUGH 2010 (THOUSAND UNITS, THOUSAND FT2)
CRT and Flat Panel Display Demand
FORECAST FOR VALUE OF GLASS SHIPMENTS
Pricing Considerations
CRT Glass
Flat Panel Glass
Value Projections
Table 38 VALUE OF WORLDWIDE DISPLAY GLASS SHIPMENTS BY MATERIAL AND DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 3 WORLDWIDE VALUE OF DISPLAY GLASS SHIPMENTS, 2004-2010
THE LIQUID CRYSTAL MARKET
INDUSTRY STRUCTURE
MAJOR LIQUID CRYSTAL SUPPLIERS
Table 39 LEADING SUPPLIERS OF LIQUID CRYSTAL
LIQUID CRYSTAL MANUFACTURING
Table 40 KEY LIQUID CRYSTAL MATERIALS MADE FOR DISPLAYS
LIQUID CRYSTAL MATERIALS AND PROPERTIES
LIQUID CRYSTAL PHASES
Nematic Phase
Smectic Phases
Cholesteric Phases
Columnar Phases
UNIQUE CHARACTERISTICS
PROPERTIES
Table 41 KEY PROPERTIES OF LIQUID CRYSTAL
TRENDS IN LIQUID CRYSTAL DEVELOPMENT
Table 42 MAJOR TRENDS IN LIQUID CRYSTAL RESEARCH
LIQUID CRYSTAL DISPLAY APPLICATIONS
Table 43 TYPES OF LIQUID CRYSTAL MATERIAL USED IN DISPLAYS
LIQUID CRYSTAL MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Rapid Rise in Liquid Crystal Demand
Table 44 WORLDWIDE SHIPMENTS OF LIQUID CRYSTALS, THROUGH 2004 (KILOGRAMS)
Market Drivers
Table 45 FORECAST ASSUMPTIONS FOR GROWTH OF LIQUID CRYSTAL MATERIALS
FORECAST FOR LIQUID CRYSTAL SHIPMENTS
Measurement Considerations
Table 46 WORLDWIDE SHIPMENTS OF LIQUID CRYSTALS BY TYPE AND DISPLAY TYPE, THROUGH 2010 (KILOGRAMS)
FORECAST FOR THE VALUE OF LIQUID CRYSTAL SHIPMENTS
Pricing Considerations
Table 47 FORECAST OF THE VALUE OF WORLDWIDE LIQUID CRYSTAL SHIPMENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 4 WORLDWIDE VALUE OF LIQUID CRYSTAL SHIPMENTS 2004-2010 ($ MILLIONS)
THE PHOSPHOR MARKET
INDUSTRY STRUCTURE
LEADING PHOSPHOR MANUFACTURERS
Table 48 LEADING PHOSPHOR MANUFACTURERS MARKET SHARE, 2005 (%)
PHOSPHOR PROCESSING
Table 49 ADVANTAGES OF STRIPED PHOSPHOR SCREENS
PHOSPHOR MATERIALS AND PROPERTIES
BACKGROUND
Phosphor Properties
Table 50 KEY PROPERTIES OF DISPLAY PHOSPHORS
CRT PHOSPHORS
PLASMA DISPLAY PHOSPHORS
ELECTROLUMINESCENT PHOSPHORS
EL Phosphor Development
FIELD EMISSIVE DISPLAY PHOSPHORS
VACUUM FLUORESCENT PHOSPHOR DISPLAY
PHOSPHOR DISPLAY APPLICATIONS
Table 51 TYPES OF PHOSPHORS USED IN ELECTRONIC DISPLAYS
PHOSPHOR MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
A Changing Phosphor Market
Table 52 WORLDWIDE SHIPMENTS OF PHOSPHOR MATERIAL, THROUGH 2004 (THOUSAND POUNDS)
Major Drivers
Table 53 FORECAST ASSUMPTIONS FOR THE GROWTH OF PHOSPHOR SHIPMENTS
FORECAST FOR PHOSPHOR SHIPMENTS
Measurement Assumptions
Table 54 WORLDWIDE SHIPMENTS OF PHOSPHOR MATERIAL BY TYPE OF DISPLAY, THROUGH 2010 (THOUSAND POUNDS)
FORECAST FOR VALUE OF PHOSPHOR SHIPMENTS
Table 55 VALUE OF WORLDWIDE SHIPMENTS OF PHOSPHOR BY TYPE OF DISPLAY, THROUGH 2010 ($ MILLIONS)
Figure 5 VALUE OF WORLDWIDE PHOSPHOR SHIPMENTS FOR DISPLAYS, THROUGH 2010 ($ MILLIONS)
THE COLOR FILTER MARKET
INDUSTRY STRUCTURE
LEADING COLOR FILTER MANUFACTURERS
Table 56 LEADING MANUFACTURERS OF COLOR FILTERS, 2004 (%)
COLOR FILTER MANUFACTURING PROCESS
Table 57 BASIC METHODS OF MANUFACTURING COLOR FILTERS
COLOR FILTER PROCESSES, MATERIALS AND PROPERTIES
CURRENT PROCESSES
Dye Process
Pigment Dispersion Process
Printing and Electrodeposition
OTHER PROCESSES
Table 58 ALTERNATIVES TO SPIN COATING
MATERIALS
Table 59 CHARACTERISTICS OF COLOR FILTERS
PROPERTIES
Table 60 KEY PROPERTIES OF COLOR FILTERS
COLOR FILTER APPLICATIONS
Table 61 KEY APPLICATIONS THAT USE COLOR FILTERS
COLOR FILTER MARKET ASSESSMENT
Table 62 color technologies in flat panel displays
MATERIAL GROWTH FACTORS
Recent Color Filter Growth Rate
Table 63 WORLDWIDE SHIPMENTS OF COLOR FILTERS FOR DISPLAYS THROUGH 2004 (THOUSAND UNITS)
Major Drivers
Table 64 FORECAST ASSUMPTIONS FOR THE GROWTH OF COLOR FILTER SHIPMENTS
FORECAST FOR COLOR FILTER SHIPMENTS
Measurement Considerations
Table 65 WORLDWIDE SHIPMENTS OF COLOR FILTER BY TYPE AND DISPLAY TYPE, THROUGH 2010 (THOUSAND UNITS)
FORECAST FOR VALUE OF COLOR FILTER SHIPMENTS
Pricing Considerations
Table 66 THE VALUE OF COLOR FILTER SHIPMENTS BY DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 6 VALUE OF WORLDWIDE SHIPMENTS OF COLOR FILTERS BY DISPLAY TYPE, 2004-2010 ($ MILLIONS)
THE POLARIZER MARKET
INDUSTRY STRUCTURE
LEADING POLARIZER MANUFACTURERS
Table 67 LEADING POLARIZER MANUFACTURERS, 2004 (%)
POLARIZER PROCESSING
POLARIZER MATERIALS: STRUCTURES AND PROPERTIES
PROPERTIES
Table 68 MAJOR PROPERTIES OF POLARIZERS
IMPROVEMENT EFFORTS
Traditional Materials
Thin Crystal Films
Polarizing Film
POLARIZER APPLICATIONS
Table 69 POLARIZER-RELATED LCD APPLICATIONS
POLARIZER MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Recent Polarizer Growth Rate
Table 70 WORLDWIDE SHIPMENTS OF POLARIZERS, 2004 (THOUSAND OF SQUARE FEET)
Major Drivers
Table 71 FORECAST ASSUMPTIONS FOR THE GROWTH OF POLARIZER SHIPMENTS
FORECAST FOR POLARIZER SHIPMENTS
Table 72 WORLDWIDE SHIPMENTS OF POLARIZERS BY TYPE OF MATERIAL AND DISPLAY, THROUGH 2010 (THOUSAND SQUARE FEET)
FORECAST FOR VALUE OF POLARIZER SHIPMENTS
Pricing Considerations
Table 73 VALUE OF WORLDWIDE POLARIZER SHIPMENTS BY MATERIAL AND DISPLAY, THROUGH 2010 ($ MILLIONS)
Figure 7 VALUE OF WORLDWIDE DISPLAY POLARIZER SHIPMENTS, THROUGH 2010 ($ MILLIONS)
THE LIGHT-EMITTING DIODE MARKET
THE LIGHT-EMITTING DIODE MARKET
INDUSTRY STRUCTURE
LEADING LED MANUFACTURERS
Table 74 LEADING MANUFACTURERS OF LIGHT EMITTING DIODES
LED FABRICATION
LED PROCESSES: MATERIALS AND PROPERTIES
MATERIALS
Color Qualities
High Brightness Materials
Table 75 COMPARISON OF TRADITIONAL AND HIGH-BRIGHTNESS LEDS
Table 76 MAJOR LED MATERIALS USED IN DISPLAYS
PROPERTIES
Table 77 KEY LED PROPERTIES
LED APPLICATIONS
LARGE AREA COLOR DISPLAYS
Table 78 KEY ADVANTAGES OF LEDs IN LARGE AREA DISPLAYS
DISPLAY AND INSTRUMENT APPLICATIONS
DISPLAY BACKLIGHTING
Table 79 LEADING LED INSTRUMENT AND REGULAR DISPLAY APPLICATIONS
LED MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Recent LED Growth Rates
Table 80 WORLDWIDE SHIPMENTS OF DISPLAY LEDs, THROUGH 2004 (MILLION UNITS)
Major Thrusts for Growth
Table 81 FORECAST ASSUMPTIONS FOR LED GROWTH
FORECAST FOR LED SHIPMENTS
Table 82 WORLDWIDE LED SHIPMENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 (MILLION UNITS)
FORECAST FOR VALUE OF LED SHIPMENTS
Table 83 VALUE OF LED SHIPMENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 8 VALUE OF WORLDWIDE LED SHIPMENTS FOR DISLAYS ($ MILLIONS)
ORGANIC LIGHT EMITTING DISPLAYS
LEADING INDUSTRY PLAYERS
Table 84 LEADING COMPANIES IN THE OLED DISPLAY MARKET
BASIC OLED TECHNOLOGY
OLED DISPLAY FABRICATION
Table 85 BASIC OLED STRUCTURE
FABRICATION METHODS
POLED Fabrication
Table 86 STRUCTURE OF A TYPICAL PLED DISPLAY
Ink Jet Printing
FLEXIBLE DISPLAYS
Table 87 BENEFITS OF ORGANIC ELECTRONIC MATERIALS
Organic Thin Film Transistors
OLED MATERIALS AND THEIR PROPERTIES
MATERIALS
Small Molecule Organics
Light-Emitting Polymers
Table 88 MAJOR ORGANIC MATERIALS USED IN OLED DISPLAYS
PROPERTIES
Table 89 KEY PROPERTIES OF ORGANIC LIGHT-EMITTING MATERIALS
OLED TECHNOLOGY BENEFITS
Table 90 MAJOR ADVANTAGES OF OLED TECHNOLOGY
OLED APPLICATIONS
Table 91 KEY APPLICATIONS OF DISPLAYS MADE FROM ORGANIC MATERIALS
OLED MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Recent OLED Material Growth Rates
Table 92 WORLDWIDE SHIPMENTS OF ORGANIC MATERIALS FOR OLED DISPLAY (GRAMS)
Major Market Thrust
Table 93 FORECAST ASSUMPTIONS FOR ORGANIC MATERIAL GROWTH
FORECAST FOR ORGANIC MATERIAL SHIPMENTS
Table 94 WORLDWIDE SHIPMENTS OF ORGANIC MATERIALS FOR OLED DISPLAYS BY TYPE AND DISPLAY TYPE. THROUGH 2010 (GRAMS)
FORECAST FOR THE VALUE OF OLED MATERIAL SHIPMENTS
Table 95 THE VALUE OF ORGANIC MATERIAL SHIPMENTS FOR OLED DISPLAYS BY TYPE AND DISPLAY TYPE. THROUGH 2010 ($ MILLIONS)
Figure 9 WORLDWIDE VALUE OF ORGANIC MATERIAL SHIPMENTS, THROUGH 2010 ($ MILLIONS)
THE COATINGS MARKET
INDUSTRY STRUCTURE
Table 96 LEADING MANUFACTURERS AND SUPPLIERS OF DISPLAY COATINGS
COATING PREPARATION
DEPOSITION PROCESSES
Table 97 COMPARISON OF IC AND TFT LCD MATERIALS AND PROCESSES
COATING MATERIALS AND PROPERTIES
CATHODE RAY TUBES
LIQUID CRYSTAL DISPLAYS
PLASMA DISPLAYS
ELECTROLUMINESCENT DISPLAYS
VACUUM FLUORESCENT DISPLAYS
FIELD EMISSION DISPLAYS
ORGANIC LIGHT-EMITTING DISPLAYS
COATING MATERIAL PROPERTIES
Table 98 MAJOR PROPERTIES OF COATED MATERIALS FOR DISPLAYS
COATING APPLICATIONS
Table 99 APPLICATIONS OF COATINGS IN ELECTRONIC DISPLAYS
COATING MARKET ASSESSMENT
MATERIAL GROWTH FACTORS
Recent Display Coating Growth Rates
Table 100 WORLDWIDE SHIPMENTS OF COATING MATERIALS FOR ELECTRONIC DISPLAYS, 2000-2004 (THOUSAND POUNDS)
Major Market Thrust
Table 101 FORECAST ASSUMPTIONS FOR GROWTH OF COATINGS
FORECAST FOR COATING SHIPMENTS
Measurement Calculations
Table 102 COATING YIELDS BY TYPE OF DISPLAY, 2004 (THOUSAND SCREENS AND POUNDS)
Table 103 WORLDWIDE SHIPMENTS OF COATING MATERIALS BY TYPE AND DISPLAY TYPE, THROUGH 2010 (THOUSAND POUNDS)
FORECAST FOR THE VALUE OF COATING SHIPMENTS
Pricing Considerations
Table 104 THE VALUE OF WORLDWIDE COATING MATERIAL SHIPMENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 10 VALUE OF WORDLDWIDE COATING MATERIALS FOR DISPLAYS BY DISPLAY TYPE, 2004-2010 ($ MILLIONS)
MEMS AND NANOMATERIALS
MEMS AND NANOMATERIALS
INDUSTRY STRUCTURE
Table 105 KEY MANUFACTURERS OF EMERGING DISPLAYS AND MATERIALS
DISPLAY APPLICATIONS FOR MEMS AND NANOTECHNOLOGY
BASIC DIGITAL LIGHT PROCESSING TECHNOLOGY
DLP Applications
Table 106 PROJECTION AND DISPLAY DLP APPLICATIONS
BASIC SCANNED BEAM TECHNOLOGY
Scanned Beam Display Applications
Table 107 SCANNED BEAM DISPLAY APPLICATIONS
INTERFEROMETRIC MODULAR TECHNOLOGY
Applications for Modular Technology
NANOSTRUCTURED FILMS
Display Fabrication
Table 108 QUALITIES OF A NANOCHROMICS DISPLAY
Key Materials
Table 109 MAJOR MATERIALS IN NANOCHROMICS DISPLAYS
QUANTUM DOTS
Unique Properties
Quantum Confinement
Tunable Energies
Table 110 KEY PROPERTIES OF QUANTUM DOTS
Impact on Electroluminescence and Displays
CARBON NANOTUBES
Table 111 PROPERTIES OF CARBON NANOTUBES
Carbon Nanotubes in Displays
EMERGING TECHNOLOGY MARKET ASSESSMENT
TRENDS IN EMERGING TECHNOLOGY DISPLAYS
Table 112 EMERGING DISPLAY TECHNOLOGY STATUS
A REALISTIC LOOK AT EMERGING TECHNOLOGY GROWTH FACTORS
Table 113 STEPS TO COMMERCIALIZATION OF EMERGING DISPLAYS
Component Growth Rate
Table 114 WORLDWIDE SHIPMENTS OF EMERGING TECHNOLOGY COMPONENTS FOR FLAT PANEL DISPLAYS, THROUGH 2004 (THOUSAND UNITS)
Major Drivers
Table 115 FORECAST ASSUMPTIONS FOR GROWTH OF EMERGING TECHNOLOGY COMPONENTS
FORECAST FOR EMERGING COMPONENTS
Table 116 WORLDWIDE SHIPMENTS OF EMERGING DISPLAY COMPONENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 (THOUSAND UNITS)
FORECAST FOR THE VALUE OF EMERGING COMPONENT SHIPMENTS
Table 117 THE VALUE OF EMERGING DISPLAY COMPONENT SHIPMENTS BY TYPE AND DISPLAY TYPE, THROUGH 2010 ($ MILLIONS)
Figure 11 VALUE OF EMERGING DISPLAY COMPONENTS, 2004-2010 ($ MILLIONS)
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