A number of aerospace companies and agencies are beginning to use, or investigate the use of, nanostructured coatings to add special characteristics to aircraft frames and interior and engine parts and component surfaces, which can include properties such as: self-cleaning; improved hardness; wear and corrosion resistance; improvement in fuel efficiency; and improved thermal performance and flame retardancy. The current market is estimated to be around US$80million, rising to US$235million plus by 2015, driven by factors such as the demand for stronger, tougher, lighter and longer-lasting components that meet stringent qualifications and reduced fuel consumption and emissions.

Report contents include:

• Production methods and coating types
• Market structures, market drivers and revenues
• Company profiles

TABLE OF CONTENTS

1 EXECUTIVE SUMMARY      

2 NANOCOATINGS FOR THE AEROSPACE INDUSTRY       

2.1 PRODUCTION METHODS  
2.2 COATING TYPES      
2.2.1 ANTI-SCRATCH/ABRASION/WEAR-RESISTANT      
2.2.2 SELF-CLEANING (BIONIC)  
2.2.3 THERMAL BARRIER         
2.3 MARKET DRIVERS         
2.4 MARKET STRUCTURE       
2.5 MARKET REVENUES     
2.5.1 World nanocoatings market revenues, aerospace industry, 2008-2015    

3 TECHNOLOGY PROVIDERS    
   
3.1 ADVANCED NANO COATINGS     
3.2 APPLIED THIN FILMS, INC        
3.3 BAYER MATERIALSCIENCE   
3.4 CG2 NANOCOATINGS         
3.5 DE CIE GMBH    
3.6 ENVAEROSPACE, INC.     
3.7 INFRAMAT CORPORATION    
3.8 INTEGRAN TECHNOLOGIES, INC     
3.9 ISTN, INC. 
3.10 LUNA INNOVATIONS    
3.11 NCOAT, INC      
3.12 NGIMAT, CO.      
3.13 SHM   
3.14 SUB-ONE TECHNOLOGY   
3.15 XUREX, INC     

TABLES & FIGURES

Figure 1: Market revenues for nanocoatings, 2009
Figure 2: Market revenues for nanocoatings, 2015 (Source: Future Markets, Inc).
TABLE 1: Market drivers for nanocoatings
TABLE 2: Market structure for nanocoatings market
TABLE 3: Methods for applying coatings to material surfaces
TABLE 4: Anti-scratch/abrasion/wear-resistant Coatings: Principles, Properties, Effects, Applications and Companies
TABLE 5: Self-cleaning (Bionic) Coatings: Principles, Properties, Effects, Applications and Companies
TABLE 6: Thermal barrier Coatings: Principles, Properties, Effects, Applications and Companies
TABLE 7: Market drivers for nanocoatings for the aerospace industry
TABLE 8: Market structure for nanoscale protective coatings market
TABLE 9: World nanocoatings market revenues, aerospace industry (Millions, US$)
Figure 3: World nanocoatings market revenues, aerospace industry (Millions, US$)
TABLE 10: Nanocoatings for the aerospace market-Types and application
TABLE 11: Nanocoatings for the aerospace market-Companies and products