Report Description:
Special Report on Titanium Alloy Market includes four parts and is also an extensive analysis of the factors, such as Titanium Alloy market overview, Titanium Alloy materials market, Titanium Alloy machine market and Titanium Alloy application market.
The report provides quantitative as well as qualitative market trends to help the stakeholders to analyze the current situation prevailing in the market. This report will help stakeholders to better understand the competitors and gain more insights to better their position in the business.
Table of Contents
2016 Special Report on Titanium Alloy Market 2
Part One Titanium Alloy Market Overview 4
1.1 Titanium Alloy Definition 4
1.2 Titanium and Titanium Alloy Development History 5
1.3 Classification of Titanium alloy Analysis 6
1.4 The Grades of Titanium Alloys Analysis 8
1.5 Titanium alloys Performance Analysis 9
1.6 Titanium alloy Application Overview 15
Part Two Titanium alloy production principle Overview 20
2.1 Raw Materials of Titanium alloy Analysis 20
2.2 Titanium alloy production principle Analysis 21
Part Three Titanium materials Market analysis 30
3.1 Titanium sponge Market Overview 30
3.2 Titanium Alloys Market Overview 33
Part Four Summary of Titanium Alloy 34
Figures and Tables
Figure 1 Titanium alloy 4
Figure 2 Titanium Alloy Main Classification Analysis 6
Figure 3 2014 Various titanium alloys market share 7
Table 1 Comparison of Characteristics of a variety of titanium alloys 7
Table 2 Comparison of domestic and foreign grades of titanium and titanium alloys 8
Figure 4 Silicon Titanium alloys wear-resistant floor 9
Table 3 Titanium alloys Performance Overview 10
Table 4 Performance comparison of several metallic materials 11
Figure 5 Typical values of tensile strength for titanium and its alloys 12
Figure 6 Typical values of proof stress for titanium and its alloys 12
Figure 7 Typical elongation values for titanium and its alloys 13
Figure 8 Approximate relationship between hardness and tensile strength for commercially pure grades of titanium 14
Figure 9 Specific applications of titanium alloy in all walks of life 16
Table 5 Percentage of materials used in an amount of total body structure on the United States military aircraft (%) 16
Table 6 The amount of the Boeing civil aircraft airframe Titanium alloy and composite materials (%) 17
Table 7 The amount of titanium and composite materials on the body of Airbus aircraft (%) 17
Figure 10 Change trend of various materials used in an amount of aircraft engines 18
Table 8 The number of warring aircraft of countries in the world by 2014 18
Table 9 Application proportion of Titanium alloy in the aircraft structure show rising trend 19
Figure 11 The titanium material of global various sectors sales market share in 2014 19
Figure 12 Electroslag Refining method melting process 23
Figure 13 ALD Vacuum Technology ESR furnaces under inert gas protection 24
Figure 14 Vacuum Arc Remelting method melting process 24
Figure 15 Electron beam melting method melting process 25
Figure 16 Plasma melting method melting process 26
Figure 17 Induction skull melting method melting process 26
Figure 18 Effect of cooling rate from the 尾 phase on the lamellar structure, Ti-6242 27
Figure 19 Comparison of slow-cooled from different phase field 28
Figure 20 2009-2015 Global production of titanium sponge (K Ton) Change Trend 30
Figure 21 2009-2015 China production of titanium sponge (K Ton) Change Trend 31
Table 10 The world’s major producers of titanium sponge 31
Figure 22 2010-2015 price movements of Titanium sponge 32
Table 11 The main producers of Titanium Alloys 33
