Global High Performance Alloys Market 2013-2023

  • February 2013
  • -
  • Visiongain
  • -
  • 164 pages

Report Details

The global market for high performance alloys is currently going through somewhat of a boom thanks to its heavy use within the aerospace sector which is thriving due to heavy demand for long haul aircraft from Boeing and Airbus. However, this is imminently due to slow and move onto its next phase of growth focused on regional and business jets. Over the analysed period we expect the global high performance alloy industry to consume over 400kt of high performance alloys. We also expect the market to grow slightly above the level of global output and this is due to the vital industries that the high performance alloys are chiefly used in such as energy generation and medical care which are not directly correlated to global output. However leading industries that use high performance alloys such as the general industrial sector are highly correlated with global manufacturing output.

The majority of growth in the global market for high performance alloys over the decade will come from the emerging markets of China, Russia, Brazil and Indiawhich all have a rapidly growing industrial sector. In addition to this all of these countries will try to enter the oligopolistic aerospace industry over the next decade despite the industries consolidated structure. The current aerospace market is dominated by a small number of European and North American companies and the failed integration of Europe's aerospace industry gives these emerging countries a chance to break into the large and lucrative industry.

While the chief sub industries comprising the overall market for high performance alloys will keep on growing and accelerating at greater speeds, the use of high performance alloys within these industries will start to fall simply due to the difficulty and high cost of using these metals. These metals currently have a monopolistic hold over the market as these high performance alloys are the only materials that can survive operating in the harsh conditions exacted by these industries. Due to this tight grip on the industry and lack of alternatives tentative steps are currently being made to find alternatives to these metals but commercialisation of these technologies and materials is slow and these new materials will only start to creep into the markets towards the end of the decade. Over the short and medium run this gives the high performance alloys free reign to grow in their use within the industries of aerospace, general industry, energy generation and medical applications. This is only within very technical aspects of these industries and where no other material is able to exist in their place. However, this monopoly will start to fade in the long run.

What makes this report unique?

Visiongain consulted widely with industry experts and full transcripts from these exclusive interviews with a specialist engineer from a major global high performance alloy manufacturer in the US, a leading academic from a specialist university in Scotland and an independent consultant on the industry with a deep history of working alongside leading companies in the industry are included in the report. As such, our reports have a unique blend of primary and secondary sources providing informed analysis. This methodology allows insight into the key drivers and restraints behind market dynamics and competitive developments, as well as identifying the technological issues. The report therefore presents an ideal balance of qualitative analysis combined with extensive quantitative data including global, submarket and regional markets forecasts from 2013-2023 - all identifying strategic business opportunities.

Why you should buy the Global High Performance Alloys Market 2013-2023: Prospects for Titanium, Nickel & Cobalt

• Stay ahead with this comprehensive analysis of the high performance alloy market prospects
- The report comprises 161 pages
• Get ahead by stud

Table Of Contents

Table of Contents

1. Executive Summary
1.1 Global High Performance Alloy Market Overview
1.2 Benefits of This Report
1.3 Who is This Report For?
1.4 Methodology
1.5 Global High Performance Alloy Market Forecast 2013-2023
1.6 High Performance Alloys Metal Composition Forecasts 2013-2023
1.7 High Performance Alloy Submarket Forecasts 2012-2023
1.8 Leading National High Performance Alloy Market Forecasts 2013-2023

2. Introduction to the High Performance Alloy Market
2.1 High Performance Alloys
2.2 High Performance Alloys Submarket Structure Overview
2.3 High Performance Alloys Market Drivers and Restraints

3. Global High Performance Alloy Market Forecast 2013-2023
3.1 Global High Performance Alloy Market Forecast 2013-2023
3.1.1Global High Performance Alloy Market Analysis
3.2 Western European High Performance Alloy Market Outlook
3.3 Eastern European High Performance Alloy Market Outlook
3.4 Asia-Pacific High Performance Alloy Market Outlook
3.5 South American High Performance Alloy Market Outlook
3.6 North American High Performance Alloy Market Outlook
3.7 African High Performance Alloy Market Outlook
3.8 Middle Eastern High Performance Alloy Market Outlook
3.9 Oceanic High Performance Alloy Market Outlook

4. High Performance Alloy Submarkets Forecast 2013-2023
4.1 High Performance Alloy Submarkets General Overview 2013-2023
4.2 Aerospace High Performance Alloy Submarket 2013-2023
4.2.1 Aerospace High Performance Alloy Submarket Analysis
4.2.2 Aerospace Short Run Growth in the Middle Ground
4.2.3 Middle Run Growth via Regional Flight Growth
4.2.4 2.5% CAGR Marks Lowest Aerospace Growth
4.2.5 The Rise of Business Jets
4.2.6 Comac and Embraer Breaking into the Industry
4.3 Industrial High Performance Alloy Submarket 2013-2023
4.3.1 Industrial High Performance Alloy Submarket Analysis
4.3.2 Hesitant Growth for Industrials
4.3.3 Industrial Market Share Falls by Over 2.5%
4.3.4 Middle Run Manufacturing Output Set to Fall
4.3.5 "Made in America" Re-Shoring Production
4.3.6 Slowing Industrial Demand from Slowing Economies
4.3.7 6.3% Long Run CAGR through High Tech Production
4.4 Energy High Performance Alloy Submarket 2013-2023
4.4.1 Energy High Performance Alloy Submarket Analysis
4.4.2 Stable Growth through Stable Policies
4.4.3 Gas and Nuclear Fuel Exchanged for Coal
4.4.4 An 89% Increase in Size
4.4.5 Modular Nuclear Reactors Fuel Demand
4.5 Medical High Performance Alloy Submarket 2013-2023
4.5.1 Medical High Performance Alloy Submarket Analysis
4.5.2 Medical Short Run Growth Faster than Energy
4.5.3 7,100t Increase in Medical Use High Performance Alloys
4.5.4 Slower Growth from FDA Warnings
4.6 Other High Performance Alloy Submarket 2013-2023
4.6.1 Other High Performance Alloy Submarket Analysis
4.6.2 Jagged Growth and Constant Dynamism

5. Leading National High Performance Alloys Markets Forecast 2013-2023
5.1 Leading National High Performance Alloy Markets Share Forecasts 2013-2023
5.2 US High Performance Alloy Market 2013-2023
5.2.1 US High Performance Alloy Market Overview
5.2.2 Slowest US Growth of 4.2% CAGR Over Short Run
5.2.3 4 Year Re-Engagement from the Aerospace Sector
5.2.4 Industrial and Energy Sectors Pick Up with the Economy
5.2.5 US High Performance Alloy Long Run High/Low Scenarios
5.3 French High Performance Alloy Industry 2013-2023
5.3.1 French High Performance Alloy Market Overview
5.3.2 Slow Short Run, 0.1% AGR
5.3.3 Highest AGR Achieved over the Middle Run
5.3.4 French Nuclear Movements
5.3.5 Failed Mergers Causing Lagging Sector Growth
5.3.6 French High Performance Alloy Long Run High/Low Scenarios
5.4 UK High Performance Alloy Market 2013-2023
5.4.1 UK High Performance Alloy Market Overview
5.4.2 Creative Engineering Lends a

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