Titanium 6Al4V Titanium Alloys Mechanical Chemical Physical Properties Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C Titanium 6Al4V Titanium Alloys Mechanical Chemical Physical Properties Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C

Titanium 6Al4V Titanium Alloys Mechanical Chemical Physical Properties Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C Titanium 6Al4V Grades Titanium Alloys Mechanical Chemical Physical Properties Ti 6-2-4-2 Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C Ti 15-3-3-3 Titanium 6Al4V IMI 685 Titanium Alloys Mechanical Chemical Physical Properties IMI 829 Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C CP Grade 1 CP Grade 12 CP Grade 2 CP Grade 3 CP Grade 4 CP Grade 7 / 11 / 16 Grade 5 / ELI / 23 Grade 9 / 18 Grade 19 / 20 titanioum , titan, titane, titanio, tianium, titaium, titanim, titaniom, titanium, titanum, titnium, ttanium, t1tan1um, titanium, titamium, titanimu, titanuim, titainum, titnaium, tiatnium, ttianium, ittanium, titaniu, titanim, titanum, titaium, titnium, tianium, ttanium, itanium, titaniom

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News 7. 7. 10:
Surplus Titanium Sheet Grade 2 ASTM F 67

» Titanium Grade 3

Unalloyed titanium offering improved strength and ASME Code design allowables with moderate ductility and excellent weldability. Highly corrosion-resistant in oxidizing and mildly reducing environments, including chlorides.

Composition Physical Data Mechanical Data Fabrication Information

» Composition

C	< 0.1 %
Fe	< 0.3 %
N2	< 0.05 %
O2	< 0.35 %
H2 (sheet)	< 0.015 %
H2 (bar)	< 0.0125 %
H2 (billet)	< 0.0100 %
Ti =	Rem

» Physical Data

	Minimum	Typical
Density g/cm3 (lb/cu.in)		4.51(0.162)
Melting Range °C+/-15°C (°F)		1677(3051)
Specific Heat J/g/°C		0.54
µohm.cm (µohm.in)		56(22)
Thermal Conductivity W/mK(Btu/ft h°F)	22(153)
*Mean Thermal Exp. Coeff. 0-100°C/°C		8.6 x 10 -6
*Mean Thermal Exp. Coeff. 0-300°C/°C		9.2 x 10 -6
Beta Transus °C+/-15°C(°F)		921 (1690)

» Mechanical Data

	Minimum	Typical
Tensile Strength MPa(ksi)	448 (65)	593 (86)
0.2% Proof Stress MPa(ksi)	379 (55)	462 (67)
Elongation over 2 Inches %	18	25
Reduction in Area %	35
Elastic Modulus GPa(Msi)		103 (15)
Hardness Bhn		200
Specified Bend Radius <0.070" x Thickness		2.0
Specified Bend Radius >0.070In x Thickness		2.5
Welded Bend Radius x Thickness	3.0
Charpy, V-Notch Impact J(ft Ibf)	20 (15)	30 (22)
Direct Stress Fatigue Limit (Notch factor Kt4) MPa(ksi)		116 (17)
Direct Stress Fatigue Limit (Notch factor Kt3) MPa(ksi)		123 (18)
Direct Stress Fatigue Limit (Notch factor Kt2) MPa(ksi)		147 (21)
Direct Stress Fatigue Limit (Notch factor Kt1) MPa(ksi)		278 (40)
Direct Stress Fatigue Limit (Notch factor Kt3.3) MPa(ksi)		116 (17)
Direct Stress Fatigue Limit (Notch factor Kt2.0) MPa(ksi)		170 (25)
Direct Stress Fatigue Limit (Notch factor Kt1.5) MPa(ksi)		247 (36)
Direct Stress Fatigue Limit (Notch factor Kt1.2) MPa(ksi)		263 (38)
Direct Stress Fatigue Limit (Notch factor Kt1) MPa(ksi)		170 (25)
Rotating Bend Fatigue Limit (Notch factor Kt3.3)MPa(ksi)		170 (25)
Rotating Bend Fatigue Limit (Notch factor Kt2)MPa(ksi)		270 (39)
Rotating Bend Fatigue Limit (Notch factor Kt1)MPa(ksi)		165 (24)
Rotating Bend Fatigue Limit (Notch factor Kt3)MPa(ksi)		379 (55)
Short Term Creep, 1.0% Strain (1000h @ 250°C) MPa (ksi)		131 (19)
Stress Rupture (1000h @ 250°C) MPa		238

» Fabrication Information

Weldability	Excellent
Forging	Rough 907°C (1165°F), finish 843°C (1550°F)
Annealing	704°C (1300°F), 2 hr, AC
Stress Relief Annealing	482-538°C (900-1000°F), 45 min.

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Titanium 6Al4V

Titanium Alloys Mechanical Chemical Physical Properties

Titanium Grades 1 2 3 4 5 7 9 11 12 19 Beta C

Titanium 6Al4V