Titanium Alloys
Application of Titanium alloys
Titanium and Titanium alloys have significant advantages such as high specific strength and corrosion resistance.
They are widely used in aerospace, ship, chemical industry, metallurgy and other conventional industries as well as the biomedical materials manufacturing, arts, sports, daily necessities and other aspects.
Our Titanium alloy products
Western Alloys has all kinds of Titanium alloy products, such as Titanium alloy sheet, Titanium alloy foil, Titanium alloy rod, Titanium alloy wire, Titanium Capillary Tube and Titanium alloy parts.
All our Titanium alloy products follow ASTM, AMS, ASME standards, and we can also provide customized products according to your special request.
Classification and properties of Titanium alloys
There are many types of Titanium alloys, which fall into the following categories:
1) α Titanium alloys include industrial pure Titanium and alloys containing only α stable elements.
2) near-α Titanium alloy with the content of β stable element less than C1.
3) martensite α+β Titanium alloy with β stable element content from C1 to Ck alloy, this kind of alloy can be referred to as α+β Titanium alloy.
1) α Titanium alloys include industrial pure Titanium and alloys containing only α stable elements.
2) near-α Titanium alloy with the content of β stable element less than C1.
3) martensite α+β Titanium alloy with β stable element content from C1 to Ck alloy, this kind of alloy can be referred to as α+β Titanium alloy.
4) nearly metastable β Titanium alloy, the alloy with β stable element content from Ck to C3, this kind of alloy can be referred to as near β Titanium alloy.
5) metastable β Titanium alloy, stable β element content from C3 to Cβ alloy, this kind of alloy can be referred to as β Titanium alloy.
6) stable β Titanium alloy, stable β element content than Cβ alloy, this kind of alloy can be referred to as all β Titanium alloy.
5) metastable β Titanium alloy, stable β element content from C3 to Cβ alloy, this kind of alloy can be referred to as β Titanium alloy.
6) stable β Titanium alloy, stable β element content than Cβ alloy, this kind of alloy can be referred to as all β Titanium alloy.
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Diagram of relation between phase composition of Titanium alloy after quenching from β phase and β stable element content
