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Beta-Transus-Pure-Ti — Ti-Al

Name: Binary Phase Diagrams — Ti-Al: invariant point or boundary beta_transus_pure_Ti · engineering significance Basis for all Ti alloy processing; alpha stabilizers (Al, O, N) raise beta… · phase description Pure titanium beta transus: HCP alpha BCC beta at 882°C · phase beta beta_BCC · temperature C 882 C
Creator: Engineering Database

Alloy System: Ti-Al
Invariant Point Or Boundary: Beta Transus Pure Ti
Component 1 Name: Al
Component 2 Name: Ti
Composition 1 Wt Pct (wt%): 0
Engineering Significance: Basis for All Ti Alloy processing; Alpha Stabilizers (Al, O, N) Raise Beta transus; Beta Stabilizers (V, Mo) Lower IT
Phase Alpha: Alpha Hcp
Phase Beta: Beta Bcc
Phase Description: Pure Titanium Beta transus: Hcp Alpha <-> Bcc Beta at 882°C
Reaction Type: Phase Boundary
Temperature C (C): 882

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Ti-Al — invariant point or boundary beta_transus_pure_Ti · engineering significance Basis for all Ti alloy processing; alpha stabilizers (Al, O, N) raise beta… · phase description Pure titanium beta transus: HCP alpha <-> BCC beta at 882°C · phase beta beta_BCC · temperature C 882 C | Binary Phase Diagrams | Engineering Database