Tensile Properties at Romm Temperature
Tensile Properties Specifications
Flow Stress
Susceptibility to Hot Deformation Crackings
Superplastic Formability
Fatigue Strength
Typical Tensile Properties at Elevated Temperature
 
Tensile Properties at Room Temperature
 
(1)Sheet(Mill annealed)
Thickness
(mm)
Test Sample Direction Tensilel Properties Bend Factor
( R / t )
UTS
(N/mm2)
0.2%PS
(N/mm2)
EI
(%) min
0.5 L 1064 1028 10 -
T 1058 1023 12
1.0 L 1038 985 11 2.0
T 1039 996 12
3.0 L 1027 965 16 2.5
T 1031 972 15
5.0 L 1007 932 15 2.5
T 1034 968 14
 
(2)Round Bar(ø:25mm)
Heat Treatment Conditions Tensile Properties
UTS
(N/mm2)
0.2%PS
(N/mm2)
El
(%)min
R.A.
(%)
Mill Anneal 720ºC/1hr/AC 1020 948 21 42
STA 830ºC/1hr/AC
+570ºC/3hr/AC
1130 1032 16 39
STA 830ºC/1hr/OQ
+540ºC/3hr/AC
1200 1069 12 25
 
Ti-6Al-4V-STA 955ºC/1.5hr/WQ
+570ºC/6hr/AC
1070 998 15 30
STA : Solution treatment + Aging
 
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Tensile Properties Specifications
 
AMS 4899 Minimum Tensile Properties(Sheet/Plate)
Thickness (mm) UTS (N/mm2) 0.2%PS (N/mm2) E I (%)
~ 0.64, excl 924 869 6
0.64 ~ 1.60, excl 924 869 8
1.60 ~ 4.75, excl 924 869 10
4.75 ~ 101.60, excl 896 827 10
 
AMS 4964 Minimum Tensile Properties(Bar/Billet)
Diameter (mm) UTS (N/mm2) 0.2%PS (N/mm2) E I (%) R.A (%) L T
~50.80, incl 931 862 10 25 -
50.80 ~ 101.60, incl 896 827 10 25 20
101.60 ~ 152.40, incl 896 827 10 25 20
 
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Flow Stress
 
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Susceptibility to Hot Deformation Cracking
 
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Superplastic Formability
 
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Fatigue Strength
 
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Typical Tensile Properties at Elevated Temperature