Aerospace Ceramics: Global Markets to 2026

Best Price Guarantee	Length	Publisher	Published Date	SKU
from $5,500	149 Pages	BCC Research	September, 2021	WA16765211

Best Price Guarantee
Price	from $5,500
Length	149 Pages
Publisher	BCC Research
Published Date	September, 2021
SKU	WA16765211

Aerospace Ceramics: Global Markets to 2026

Report Scope:

This report provides definitive estimates and forecasts of the global market, as well as a detailed analysis of the markets in specific regions and countries, ceramic material, industry segments, and applications and ongoing trends.

In this report the aerospace ceramics market is segmented by material, segment and application. Recently, thermal and structural applications have been at the center of research and development activities for aerospace ceramics. Carbon-based composites are gaining popularity in structural applications in the aerospace industry.

Report Includes:

- 50 data tables and 29 additional tables
- An up-to-date analysis of current and future global markets for aerospace ceramics
- Analyses of the global market trends, with data from 2020, estimates for 2021, and projections of compound annual growth rates (CAGRs) through 2026
- Highlights of the key enabling technologies for aerospace ceramics, major market dynamics (DROs), regulatory scenario, and impact analysis of COVID-19 on the progress of this market
- Evaluation and forecast the aerospace ceramics market size (product sales in USD millions), and corresponding market share analysis by composition, application, end use segment, and geography
- Country specific data and analysis for the U.S., Canada, France, UK, Germany, China, Japan, Australia, South Korea, and other important RoW countries
- Assessment of industry supply networks, significant industry organizations, trends and opportunities, and value chain analysis of overall aerospace materials that affect this marketplace
- Insight into the emerging aerospace materials, their historical background and applications, and review of recent developments in the industry
- Company profiles descriptions of the major aerospace ceramics industry participants, including 3M , Corning Inc., Hexcel , Honeywell International , Oerlikon Metco , and Saint-Gobain

Chapter 1 Introduction: Study Goals and Objectives; Reasons for Doing This Study; Scope of Report; Information Sources; Methodology; Geographic Breakdown; Analyst’s Credentials; BCC Custom Research; Related BCC Research Reports
Chapter 2 Summary and Highlights
Chapter 3 Industry Trends and Opportunities: Value Chain; Mineral Mining for Metals/Alloy Production; Industry and Key Research Organizations; Key Market Opportunities; Global Airplane Industry Trends
Chapter 4 Market Breakdown by Composition: Oxides; Alumina; Zirconia; Non-oxides; Silicon Carbide; Silicon Nitride; Composites
Chapter 5 Market Breakdown by Application: Thermal Applications; Electrical Applications; Structural Applications; Environmental Barrier Coatings
Chapter 6 Market Breakdown by Segment: Commercial Aerospace Industry; Defense Aerospace Industry; Commercial Space Industry
Chapter 7 Market Breakdown by Region: North America; U.S.; Canada; Europe; France; U.K.; Germany; Rest of Europe; Asia-Pacific; China; Japan; South Korea; Rest of APAC; Rest of the World
Chapter 8 Emerging Materials: Background and Applications: Background; History; Aerospace Materials; Advanced Steel Alloys; Advanced Aluminum Alloys; Titanium and Its Alloys; Superalloys; Composite Materials: CFRPs; Advanced Composites; Advanced Adhesives; Applications; Commercial Passenger Aircraft and Commercial Transport Aircraft; General Aviation; Helicopters; Defense Industry and Government; Commercial Space Industry; Materials Not Considered in this Chapter
Chapter 9 Company Profiles: 3M; ADVANCED COMPOSITES INC.; APPLIED CERAMICS; CERAMCO INC.; COMPOSITE HORIZON LLC; COORSTEK; CORNING INC.; HEXCEL; HONEYWELL INTERNATIONAL; INTERNATIONAL SYALONS; KYOCERA FINECERAMICS PRECISION GMBH; MCDANEL ADVANCED CERAMIC TECHNOLOGIES LLC.; OERLIKON METCO; SAINT-GOBAIN
Chapter 10 Appendix: Acronyms
List of Tables: Summary Table A : Global Market for Aerospace Ceramics, by Composition, Through 2026; Summary Table B : Global Market for Aerospace Ceramics, by Region, Through 2026; Table 1 : CFRP and Glass Fiber Recycling Process and Retained Tensile Strength; Table 2 : Key Global Research Organizations in the Aerospace Ceramics Industry; Table 3 : Global Market for Aerospace Ceramics, by Composition, Through 2026; Table 4 : Properties of Some Key Ceramics; Table 5 : Properties of Alumina, by Purity; Table 6 : Zirconia Phase and Melting Point; Table 7 : Properties of Yttrium Oxide Stabilized Zirconia; Table 8 : Properties of Zirconia Toughened Alumina; Table 9 : Key Carbide and Nitride Ceramics; Table 10 : Silicon Carbide Ceramic Properties; Table 11 : Silicon Nitride Ceramic Properties; Table 12 : Different Silicon Carbide Ceramics and Their Properties; Table 13 : Comparison between Metals and Composites; Table 14 : GFRP Production, by Process/Component in Europe; Table 15 : GFRP Production, by Country in Europe; Table 16 : Leading Commercial Aircraft Models and Materials; Table 17 : Leading Manufacturers of CF and Precursor; Table 18 : Global Market for Aerospace Composites, by Region, Through 2026; Table 19 : North American Market for Aerospace Composites, by Country, Through 2026; Table 20 : European Market for Aerospace Composites, by Country, Through 2026; Table 21 : Asia-Pacific Market for Aerospace Composites, by Country, Through 2026; Table 22 : Rest of the World Market for Aerospace Composites, by Subregion, Through 2026; Table 23 : Global Market for Aerospace Ceramics, by Application, Through 2026; Table 24 : Aerospace Material Comparison; Table 25 : Global Market for Aerospace Ceramics, by Segment, Through 2026; Table 26 : Popular Aircraft with Composite Materials Components; Table 27 : Aircrafts Composite Components and Composites; Table 28 : Global Market for Aerospace Ceramics in Commercial Aerospace, by Region, Through 2026; Table 29 : Key Performance Indicators of the Airline Industry, 2019-2021; Table 30 : Top Aircraft Models in the Commercial Airline Industry and Their Deliveries, 2015-2020; Table 31 : Leading Business Jet Manufacturers and Their Sell, 2015-2020; Table 32 : Global Market for Aerospace Ceramics in Defense Aerospace, by Region, Through 2026; Table 33 : Global Military Expenditure, by Top 10 Countries, 2020; Table 34 : Global Market for Aerospace Ceramics in Commercial Space, by Region, Through 2026; Table 35 : Companies and Government Agencies in the Space Industry, by Top Five Countries; Table 36 : Spacecraft Manufacturing Companies Across the Globe; Table 37 : Aerospace Business Attractiveness; Table 38 : Key Countries and Aircraft Manufacturers; Table 39 : Global Market for Aerospace Ceramics, by Region, Through 2026; Table 40 : Global Aerospace Product Exports, by Top 15 Countries, 2019; Table 41 : North American Market for Aerospace Ceramics, by Country, Through 2026; Table 42 : North American Market for Aerospace Ceramics, by Segment, Through 2026; Table 43 : U.S. Market for Aerospace Ceramics, by Segment, Through 2026; Table 44 : Top Six Destinations for U.S. Exported Aircraft, Spacecraft and Parts Thereof, 2016-2020; Table 45 : Key Military Aircrafts Manufactured in the U.S.; Table 46 : Top 15 Defense Aerospace Companies, Globally, 2020; Table 47 : Canadian Market for Aerospace Ceramics, by Segment, Through 2026; Table 48 : Canadian Aerospace Manufacturing Industry, 2017-2020; Table 49 : Key Companies Manufacturing Composite Components in Canada; Table 50 : European Market for Aerospace Ceramics, by Country, Through 2026; Table 51 : European Market for Aerospace Ceramics, by Segment, Through 2026; Table 52 : French Market for Aerospace Ceramics, by Segment, Through 2026; Table 53 : French Aerospace Industry, 2017-2019; Table 54 : U.K. Market for Aerospace Ceramics, by Segment, Through 2026; Table 55 : German Market for Aerospace Ceramics, by Segment, Through 2026; Table 56 : German Aerospace Industry, 2016-2019; Table 57 : Rest of European Market for Aerospace Ceramics, by Segment, Through 2026; Table 58 : Asia-Pacific Market for Aerospace Ceramics, by Country, Through 2026; Table 59 : Asia-Pacific Market for Aerospace Ceramics, by Segment, Through 2026; Table 60 : Disposable Income Forecast, by Country, FY 2021-22; Table 61 : Chinese Market for Aerospace Ceramics, by Segment, Through 2026; Table 62 : Japanese Market for Aerospace Ceramics, by Segment, Through 2026; Table 63 : Shares of Japanese Aerospace Industry, by Segment, 2018; Table 64 : Japanese Aerospace Industry Turnover, by Segment, 2018; Table 65 : Japan's Role in Key Commercial Aircraft and Rotorcraft Projects, 2020-2021; Table 66 : Japan’s Role in Key Commercial Aircraft Engine Projects, 2020-2021; Table 67 : South Korea Market for Aerospace Ceramics, by Segment, Through 2026; Table 68 : South Korean Aerospace Industry, 2016-2020; Table 69 : Aerospace Programs and Shares of Production, 2019; Table 70 : South Korean Aerospace Industry, Exports and Imports, 2017-2020; Table 71 : Key Companies in Korea Aerospace Composites Market; Table 72 : Rest of APAC Market for Aerospace Ceramics, by Segment, Through 2026; Table 73 : Aerospace Industry in Singapore, 2017-2020; Table 74 : Key Players in the Singapore Aerospace Industry; Table 75 : Rest of the World Market for Aerospace Ceramics, by Subregion, Through 2026; Table 76 : Rest of the World Market for Aerospace Ceramics, by Segment, Through 2026; Table 77 : Acronyms Used in This Report
List of Figures: Summary Figure A : Global Market for Aerospace Ceramics, by Composition, 2020-2026; Summary Figure B : Global Market for Aerospace Ceramics, by Region, 2020-2026; Figure 1 : Composite Recycling Processes; Figure 2 : SiC/SiC Composite Parts in GE9X Engine; Figure 3 : Applications of Glass Ceramics in Aerospace; Figure 4 : Composites in Airbus A380 Structure; Figure 5 : Global Carbon Fiber Production, by Top Manufacturers, 2020; Figure 6 : Boeing 787 Fuselage Carbon Fiber Supply Chain; Figure 7 : Airbus A350 XWB Fuselage Carbon Fiber Supply Chain; Figure 8 : Key Ceramic Materials: Thermal Shock Resistance; Figure 9 : Key Ceramic Materials: Coeff. Of Thermal Expansion; Figure 10 : Key Ceramic Materials: Thermal Conductivity at Room Temp.; Figure 11 : Composite Parts in Jet Engine; Figure 12 : Thermal Barrier Coating Structure; Figure 13 : Composite in Spacecraft; Figure 14 : Generic Diagram of Components and Materials in Jet Engines; Figure 15 : Key Ceramic Materials: Vickers Hardness; Figure 16 : Key Ceramic Materials: Young’s Modulus; Figure 17 : Key Ceramic Materials: Fracture Toughness; Figure 18 : Typical Applications of Composites in Fighter Jets; Figure 19 : Composition of F-22 Raptor Jet; Figure 20 : Composition of Rafale Jet; Figure 21 : Shares of Global Military Expenditure, by Top 10 Countries, 2020; Figure 22 : Shares of Satellites Launched Globally, by End-Use Purpose, 2020; Figure 23 : Shares of Global Spacecraft in the Manufacturing Industry, by Geography, 2021; Figure 24 : Government Space Budget, by Region, 2021; Figure 25 : Manufacturers of Some Key Rocket Parts; Figure 26 : Shares of Global Aerospace Industry, by Region, 2017; Figure 27 : Global Market for Aerospace Ceramics, by Region, 2021-2026; Figure 28 : Leading Importers of Aircraft, Spacecraft and Parts Thereof Exported by USMCA, by Country, 2016-2020; Figure 29 : Aircraft, Spacecraft and Parts Thereof Exports from USCMA, by Country, 2016-2020; Figure 30 : Shares of Global Space Tech Companies, by Geography, 2021; Figure 31 : Top Exporters of Aircraft, Spacecraft and Parts Thereof to Canada, by Country, 2016-2020; Figure 32 : Top Destinations of Aircraft, Spacecraft and Parts Thereof Exported from Canada, by Country, 2016-2020; Figure 33 : Top Exporters of Aircraft, Spacecraft and Parts Thereof from the EU, by Country, 2016-2020; Figure 34 : Shares of Aircraft, Spacecraft and Parts Thereof Imported into the EU, by Top Import Countries, 2016-2020; Figure 35 : Shares of Aircraft, Spacecraft and Parts Thereof Exported from the EU, by Top Destination Countries, 2016-2020; Figure 36 : Top Destinations for Aircraft, Spacecraft and Parts Thereof Exported from France, 2016-2020; Figure 37 : Shares of Aircraft, Spacecraft and Parts Thereof Imported into France, by Top Source Countries, 2016-2020; Figure 38 : Shares of Aircraft, Spacecraft and Parts Thereof Exported from the U.K., by Top Destination Countries, 2016-2020; Figure 39 : Shares of Aircraft, Spacecraft and Parts Thereof Imported into the U.K., by Top Source Countries, 2016-2020; Figure 40 : Top Destinations for Aircraft, Spacecraft and Parts Thereof Exported from Germany, 2016-2020; Figure 41 : Top Sources for Aircraft, Spacecraft and Parts Thereof Imported into Germany, 2016-2020; Figure 42 : Top Sources for Aircraft, Spacecraft and Parts Thereof Imported into the Rest of Europe, 2016-2020; Figure 43 : Global Air Passenger Recovery Forecast, by Region, 2018-2030; Figure 44 : Boeing 737 Components Manufactured in China; Figure 45 : Top Destinations of Aircraft, Spacecraft and Parts Thereof Exported from China, 2016-2020; Figure 46 : Top Sources of Aircraft, Spacecraft and Parts Thereof Imported to China, 2016-2020; Figure 47 : Components of Boeing 787 and Airbus A380 Manufactured in Japan; Figure 48 : Shares of Aircraft, Spacecraft and Parts thereof Exported from Japan, by Top Destinations, 2020; Figure 49 : Shares of Aircraft, Spacecraft and Parts thereof Imported into Japan, by Top Sourcing Countries, 2020; Figure 50 : Shares of Aircraft, Spacecraft and Parts Thereof Imported into South Korea, by Top Five Sourcing Countries, 2020; Figure 51 : Shares of Aircraft, Spacecrafts and Parts Thereof Exported from South Korea, by Top Five Destination Countries, 2016-2020; Figure 52 : Shares of Australia Aerospace Manufacturing Industry, by Segment, 2017-2018; Figure 53 : Top Five Sources of Aircraft, Spacecraft and Parts thereof Imported into Singapore, 2016-2020; Figure 54 : Top Five Destinations of Aircraft, Spacecraft and Parts thereof Exported from Singapore, 2016-2020; Figure 55 : Top Five Sources of Aircraft, Spacecraft and Parts thereof Imported into UAE, 2016-2020; Figure 56 : Top Five Sources of Aircraft, Spacecraft and Parts Thereof Imported into Israel, 2020; Figure 57 : Shares of Top Five Sources of Aircraft, Spacecraft and Parts Thereof Imported into Brazil, 2020; Figure 58 : First Turbo Jet-Powered Aircraft, First Flight, August 1939; Figure 59 : 3M Co.: Financial Overview, 2020; Figure 60 : Corning: Financial Overview, 2020; Figure 61 : Hexcel: Financial Overview, 2020; Figure 62 : Honeywell International: Financial Overview, 2020; Figure 63 : Oerlikon Metco: Financial Overview, 2020; Figure 64 : Saint-Gobain: Financial Overview, 2020