Report Scope:
This report provides an updated review of advanced ceramic materials for extreme environments, including materials and production processes, and identifies current and emerging applications for these products.
The publisher delineates the current status of the market for advanced ceramic materials for extreme environments, defines trends, and presents growth forecasts for the next five years. The market for advanced materials for extreme environments is analyzed based on the following segments: material group, composition, microstructure, configuration, application, and region. In addition, technological issues, including key events and the latest developments, are discussed.
More specifically, the market analysis conducted by the publisher for this report is divided into five sections.
In the first section, an introduction to the topic and a historical review of the technologies of advanced materials for extreme environments are provided, including an outline of recent events. In this section, current and emerging applications for advanced ceramic materials for extreme environments are also identified and grouped in segments (aerospace and defense, energy, mechanical/chemical/ metallurgical, and others).
The second section provides a technological review of advanced ceramic materials for extreme environments. This section offers a detailed description of advanced materials for extreme environments, their properties, configurations, and typical fabrication methods. This section concludes with an analysis of the most important technological developments since 2016, including examples of significant patents recently issued or applied for. The chapter ends with a highlight of the most active research organizations operating in this field and their activities.
The third section entails a global market analysis for advanced ceramic materials for extreme environments. Global revenues (sales data in millions of dollars) are presented for each segment (material group, composition, microstructure, configuration, application, and region), with actual data referring to the years 2018 and 2019, and estimates for 2020. Dollar figures refer to sales of these products at the manufacturing level.
The analysis of current revenues for advanced ceramic materials for extreme environments is followed by a detailed presentation of market growth trends, based on industry growth, technological trends, and regional trends. The third section concludes by providing projected revenues for advanced ceramic materials for extreme environments within each segment, together with forecast CAGRs for the period 2020 through 2025. Projected and forecast revenue values are in constant U.S. dollars, unadjusted for inflation.
In the fourth section of the study, which covers global industry structure, the report offers a list of the leading manufacturers of advanced ceramic materials for extreme environments, together with a description of their products. The analysis includes a description of the geographical distribution of these firms and an evaluation of other key industry players. Detailed company profiles of the top players are also provided.
The fifth and final section includes an analysis of recently issued U.S. patents, with a summary of patents related to advanced materials for extreme environments, fabrication methods, and applications. Patent analysis is performed by region, country, assignee, patent category, material type, material group, and application.
Report Includes:
- 45 data tables and 24 additional tables
- A comprehensive overview of the global markets for advanced materials for extreme environments (AMEEs)
- Analyses of global market trends with data from 2018, 2019, estimates for 2020 and projections of compound annual growth rates (CAGRs) through 2025
- Emphasis on the ceramic fabrication technology regarding AMEEs, major manufacturing issues, and reliance upon the use of state-of-the-art equipment and innovative processes
- Coverage of the current status of these ceramic composite materials and identification of new materials under development for use in different applications, such as jet propulsion, energy conversion, hypersonic and space vehicles, and nuclear reactors
- Detailed analysis of the current market trends, market size, market forecast, and discussion of technological, and regulatory elements that are affecting the future marketplace
- A relevant patent analysis
- Detailed profiles of the key industry players and their competitive landscape, including 3M, GE Aviation, Siemens, Sandvik, Morgan Advanced Materials and Shanghai Kessen Ceramics
Table of Contents
Chapter 1 Introduction
- Study Goals and Objectives
- Reasons for Doing This Study
- Intended Audience
- Scope of Report
- Methodology and Information Sources
- Market Breakdown
- Analyst's Credentials
- Custom Research
- Related Reports
Chapter 2 Summary and Highlights
Chapter 3 Market and Technology Background
- Advanced Materials for Extreme Environments
- Ceramics
- Ceramic Composites
- Milestones in the History of Advanced Materials for Extreme Environments and Recent Events
- Current and Emerging Applications for Advanced Materials for Extreme Environments
- Aerospace and Defense
- Energy
- Mechanical/Chemical/Metallurgical
- Others
Chapter 4 Technology
- Introduction
- Materials
- Ultrahigh Temperature Ceramics
- High-Entropy Ceramics
- MAX Phases
- Basic Fabrication Process of Advanced Materials for Extreme Environments
- Monoliths
- Composites
- Emerging Fabrication Processes
- Polymer-Derived Ceramics
- Additive Manufacturing
- Pressureless Sintering
- Sol-Gel Methods
- Hybrid Processes
- Latest Technological Developments, 2016 to the Present
- Ceramic Composite with MAX Phase and Silicon Carbide
- UHTC Composite for Electromagnetic Shielding
- MAX Phase for Gas Turbines
- Low-Temperature Synthesis of Zirconium Diboride Powder
- Other Relevant R&D Activities
Chapter 5 Global Markets
- Outline of the Analysis
- Global Market Summary
- Current Market Status
- Market by Material Group
- Market by Composition
- Market by Microstructure
- Market by Configuration
- Market by Application Industry
- Market by Region
- Market Growth Trends
- Mechanical/Chemical/Metallurgical
- Aerospace and Defense
- Energy
- Other Technological Trends
- Emerging Applications in the Energy Sector
- Regional Trends
- Market Forecast
- Market by Material Group
- Market by Composition
- Market by Microstructure
- Market by Configuration
- Market by Application Industry
- Market by Region
Chapter 6 Global Industry Structure and Company Profiles
- Leading Manufacturers of Advanced Materials and Products for Extreme Environments
- Distribution of Leading Manufacturers by Type of Material and Region
- Other Industry Players
- Company Profiles
- 3M
- Able Target
- Arianegroup
- Atlantic Equipment Engineers
- Coorstek
- Ge Aviation
- Kennametal
- Matech
- Materion
- Morgan Advanced Materials
- Plansee
- Raytheon Technologies
- Reade
- Safran
- Saint-Gobain
- Sandvik
- Shanghai Kessen Ceramics
- Siemens
- T.Q. Abrasive Machining
- Ultramet
Chapter 7 Patent Analysis
- Introduction
- Summary of Recently Awarded Patents
- General Trends
- Trends by Country and Region
- Trends by Assignee
- Trends by Patent Category
- Trends by Type of Material
- Trends by Material Group
- Trends by Application
List of Tables
Summary Table: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, Through 2025
Table 1: Global Market for Traditional and Technical Ceramics, by Category, Through 2025
Table 2: Global Market for Ceramic Composites, by Region, Through 2025
Table 3: Technological Milestones for Advanced Materials for Extreme Environments
Table 4: Global Patent Applications and Patents Issued on Advanced Materials for Extreme Environments, 1990-2019
Table 5: Applications of Advanced Materials for Extreme Environments in Aerospace and Defense, 2020
Table 6: Applications of Advanced Materials for Extreme Environments in the Energy Sector, 2020
Table 7: Applications of Advanced Materials for Extreme Environments in the Mechanical/Chemical/Metallurgical Sector, 2020
Table 8: Applications of Advanced Materials for Extreme Environments in Other Sectors, 2020
Table 9: Ultrahigh Temperature Materials
Table 10: Ceramic Matrix Composites for Ultrahigh Temperatures
Table 11: Typical Applications of UHTCs, 2020
Table 12: Typical Applications of High-Entropy Ceramics, 2020
Table 13: Typical Applications of MAX Phases, 2020
Table 14: Basic Steps in the Fabrication of the Monolithic Components of Advanced Materials for Extreme Environments
Table 15: Basic Steps in the Fabrication of the Components of Advanced Composite Materials for Extreme Environments
Table 16: Other Relevant R&D activities, 2020
Table 17: Drivers, Restraints, Challenges, and Opportunities in the Market for Advanced Ceramic Materials for Extreme Environments
Table 18: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, Through 2025
Table 19: Global Market for Advanced Ceramic Materials for Extreme Environments, by Material Group, Through 2020
Table 20: Global Market for Advanced Ceramic Materials for Extreme Environments, by Composition, Through 2020
Table 21: Global Market for Advanced Ceramic Materials for Extreme Environments, by Microstructure, Through 2020
Table 22: Global Market for Advanced Ceramic Materials for Extreme Environments, by Configuration, Through 2020
Table 23: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, Through 2020
Table 24: Global Market for Advanced Ceramic Materials for Extreme Environments, by Region, Through 2020
Table 25: Global Market for Wear and Corrosion Resistant Components, by Type, Through 2025
Table 26: Global Market for Ceramic Refractories, by Type, Through 2025
Table 27: Global Market for Sputtering Targets, by Type of Material, Through 2025
Table 28: Global Market for Sputtering Targets, by Region, Through 2025
Table 29: Global Market for the Aerospace Industry, by Region, Through 2025
Table 30: Global Market for Body and Vehicle Armor, by Type, Through 2025
Table 31: Global Market for Body and Vehicle Armor, by Region, Through 2025
Table 32: Global Market for Body and Vehicle Armor, by Material, Through 2025
Table 33: Global Market for Thermal Barrier Coatings, by Application Industry, Through 2025
Table 34: Global Market for Thermal Barrier Coatings, by Material, Through 2025
Table 35: Global Market for Thermal Barrier Coatings, by Region, Through 2025
Table 36: Global Market for Gas Turbines, by Region, Through 2025
Table 37: Global Market for Nuclear Plants, by Region, Through 2025
Table 38: Global Market for Concentrated Solar Power, by Region, Through 2025
Table 39: Global Market for Fuel Cells, by Type, Through 2025
Table 40: Global Market for Batteries, by Type, Through 2025
Table 41: Global Market for Lightweight Materials, by Region, Through 2025
Table 42: Global Market for 3D Printing of Technical Ceramics, by Region, Through 2025
Table 43: Global Market for Artificial Intelligence, by Region, Through 2025
Table 44: Global Market for Thermoelectric Devices, by Region, Through 2025
Table 45: Global Market for Supercapacitors, by Application Industry, Through 2025
Table 46: Global Market for Advanced Ceramic Materials for Extreme Environments, by Material Group, Through 2025
Table 47: Global Market for Advanced Ceramic Materials for Extreme Environments, by Composition, Through 2025
Table 48: Global Market for Advanced Ceramic Materials for Extreme Environments, by Microstructure, Through 2025
Table 49: Global Market for Advanced Ceramic Materials for Extreme Environments, by Configuration, Through 2025
Table 50: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, Through 2025
Table 51: Global Market for Advanced Ceramic Materials for Extreme Environments, by Region, Through 2025
Table 52: Leading Manufacturers of Advanced Materials and Products for Extreme Environments, 2020
Table 53: Leading Manufacturers of UHTC Monoliths and Coatings, 2020
Table 54: Leading Manufacturers of UHTC Composites, 2020
Table 55: Leading Manufacturers of MAX Phase Ceramics, 2020
Table 56: Leading Manufacturers of Advanced Materials and Products for Extreme Environments, by Type of Material and Region, 2020
Table 57: Other Relevant Industry Players in the Market for Advanced Materials and Products for Extreme Environments, 2020
Table 58: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, 2020
Table 59: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, 2019
Table 60: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, 2018
Table 61: U.S. Patent Trends for Advanced Ceramic Materials for Extreme Environments, Through 2020
Table 62: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, by Region, 2018-2020
Table 63: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, by Country, 2018-2020
Table 64: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, by Assignee, 2018-2020
Table 65: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, by Patent Category, 2018-2020
Table 66: U.S. Patents Related to AMEE Ceramic, by Type of Material, 2018-2020
Table 67: U.S. Patents Related to AMEE Ceramic, by Material Group, 2018-2020
Table 68: U.S. Patents Related to Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2018-2020
List of Figures
Summary Figure: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2018-2025
Figure 1: Estimated Global Market Shares of Traditional and Technical Ceramics, by Category, 2025
Figure 2: Schematic Diagram of Various Types of Ceramic Composites
Figure 3: Estimated Global Market Shares of Ceramic Composites, by Region, 2025
Figure 4: Global Patent Applications and Patents Issued on Advanced Materials for Extreme Environments, 1990-2019
Figure 5: Basic Configuration of a Spark Plasma Sintering System
Figure 6: Basic Steps in the Fabrication of 3D Printed Technical Ceramics
Figure 7: Fabrication Processes for 3D Printed Technical Ceramics
Figure 8: Global Market for Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2018-2025
Figure 9: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Material Group, 2020
Figure 10: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Composition, 2020
Figure 11: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Microstructure, 2020
Figure 12: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Configuration, 2020
Figure 13: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2020
Figure 14: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Region, 2020
Figure 15: Estimated Global Market Shares of Wear and Corrosion Resistant Components, by Type, 2025
Figure 16: Estimated Global Market for Ceramic Refractories, by Type, 2025
Figure 17: Estimated Global Market Shares of Sputtering Targets, by Type of Material, 2025
Figure 18: Estimated Global Market Shares of Sputtering Targets, by Region, 2025
Figure 19: Estimated Global Market Shares of the Aerospace Industry, by Region, 2025
Figure 20: Estimated Global Market Shares of Body and Vehicle Armor, by Type, 2025
Figure 21: Estimated Global Market Shares of Body and Vehicle Armor, by Region, 2025
Figure 22: Estimated Global Market Shares of Body and Vehicle Armor, by Material, 2025
Figure 23: Estimated Global Market Shares of Thermal Barrier Coatings, by Application Industry, 2025
Figure 24: Estimated Global Market Shares of Thermal Barrier Coatings, by Material, 2025
Figure 25: Estimated Global Market Shares of Thermal Barrier Coatings, by Region, 2025
Figure 26: Estimated Global Market Shares of Gas Turbines, by Region, 2025
Figure 27: Estimated Global Market Shares of Nuclear Plants, by Region, 2025
Figure 28: Estimated Global Market Shares of Concentrated Solar Power, by Region, 2025
Figure 29: Estimated Global Market Shares of Fuel Cells, by Type, 2025
Figure 30: Estimated Global Market Shares of Batteries, by Type, 2025
Figure 31: Estimated Global Market Shares of Lightweight Materials, by Region, 2025
Figure 32: Estimated Global Market Shares of 3D Printing of Technical Ceramics, by Region, 2025
Figure 33: Estimated Global Market Shares of Artificial Intelligence, by Region, 2025
Figure 34: Estimated Global Market Shares of Thermoelectric Devices, by Region, 2025
Figure 35: Estimated Global Market Shares of Supercapacitors, by Application Industry, 2025
Figure 36: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Material Group, 2025
Figure 37: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Composition, 2025
Figure 38: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Microstructure, 2025
Figure 39: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Configuration, 2025
Figure 40: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2025
Figure 41: Estimated Global Market Shares of Advanced Ceramic Materials for Extreme Environments, by Region, 2025
Figure 42: Distribution of Manufacturers of Advanced Materials and Products for Extreme Environments, by Type of Material and Region, 2020
Figure 43: U.S. Patent Trends for Advanced Ceramic Materials for Extreme Environments, 2018-2020
Figure 44: U.S. Shares of Patents on Advanced Ceramic Materials for Extreme Environments, by Region, 2018-2020
Figure 45: .S. Shares of Patents on Advanced Ceramic Materials for Extreme Environments, by Country, 2018-2020
Figure 46: U.S. Patent Shares of Advanced Ceramic Materials for Extreme Environments, by Patent Category, 2018-2020
Figure 47: U.S. Patent Shares of Advanced Ceramic Materials for Extreme Environments, by Type of Material, 2018-2020
Figure 48: U.S. Patent Shares of Advanced Ceramic Materials for Extreme Environments, by Material Group, 2018-2020
Figure 49: U.S. Patent Shares of Advanced Ceramic Materials for Extreme Environments, by Application Industry, 2018-2020
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Executive Summary
Advanced materials for extreme environments are a group of materials characterized by distinct properties suitable for applications requiring resistance to ultrahigh temperatures, oxidation and corrosion, high mechanical stresses, intense wear and other unusual conditions. The most common advanced ceramic materials for extreme environments are based on borides, carbides, and nitrides of group IV and V transition metals. These materials have very high melting points (3000°C or higher) in their pure form.
The publisher has identified a number of sectors in which advanced materials for extreme environments find current and potential applications, including aerospace, defense, energy, mechanical, chemical, and metallurgical.
This study provides an updated review of the technologies of advanced ceramic materials for extreme environments, including materials, properties, configurations, fabrication processes, and applications. It also offers a detailed market analysis for these products by segment (material group, composition, microstructure, configuration, application, and region), describing technical aspects and trends that will affect future growth of this market.
Mechanical/chemical/metallurgical applications currently account for the largest share of the market. Within this segment, advanced ceramic materials for extreme environments are being used primarily for fabrication of super-hard wearand corrosion resistant components, parts for high-temperature furnaces, and sputtering targets forhard coatings.
Companies Mentioned
- 3M
- Able Target
- Arianegroup
- Atlantic Equipment Engineers
- Coorstek
- GE Aviation
- Kennametal
- Matech
- Materion
- Morgan Advanced Materials
- Plansee
- Raytheon Technologies
- Reade
- Safran
- Saint-Gobain
- Sandvik
- Shanghai Kessen Ceramics
- Siemens
- T.Q. Abrasive Machining
- Ultramet
