AA Standards Grade 2017 T4

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Description

Aluminum AA 2017 is a heat treatable wrought alloy that offers decent strength, ductility, and good machinability. Aluminum AA 2017 offers more strength than Aluminum 2011, and has fair workability and corrosion resistance. As with many aluminum alloys, Aluminum AA 2017 should not be welded as it reduces the alloy’s corrosion resistance.

Related Standards

Equivalent Materials

This material data has been provided by AluKey,MakeItFrom.com,ASM Handbook Volume 2 Properties and Selection: Nonferrous Alloys and Special-Purpose Materials,WroughtAl_ElectricalResistivity.

All metrics apply to room temperature unless otherwise stated. SI units used unless otherwise stated.
Equivalent standards are similar to one or more standards provided by the supplier. Some equivalent standards may be stricter whereas others may be outside the bounds of the original standard.

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Properties

General

PropertyValueConditionRelated Standards

Density

2.79 g/cm³

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T4

AA Standards, ASTM B211, ASTM B316

2.79 g/cm³

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T4

3.0 g/cm³

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T4

Mechanical

PropertyTemperatureValueConditionRelated StandardsComment

Bending Fatigue Strength

125.0 MPa

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T4

AA Standards

Elastic modulus

72 GPa

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T4

73.0 GPa

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T4

AA Standards, ASTM B211, ASTM B316

Elongation

-195 °C

28 %

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T4

Elongation in 50 mm

-195 °C

30 %

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T4

Elongation in 50 mm

-80 °C

24 %

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T4

Elongation in 50 mm

-80 °C

29 %

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T4

Elongation in 50 mm

10.0 %

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T4

AA Standards, ASTM B211, ASTM B316

A100

12.0 %

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T4

AA Standards, ASTM B211

A50

19.0 %

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T4

20.0 %

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T4

AA Standards

A100

0 °C

23 %

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T4

Elongation in 50 mm

0 °C

28 %

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T4

Elongation in 50 mm

24 °C

22 %

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T4

Elongation in 50 mm

24 °C

27 %

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T4

Elongation in 50 mm

100 °C

16 %

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T4

Elongation in 50 mm

100 °C

18 %

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T4

Elongation in 50 mm

150 °C

15 %

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T4

Elongation in 50 mm

150 °C

20 %

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T4

Elongation in 50 mm

205 °C

35 %

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T4

Elongation in 50 mm

260 °C

45 %

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T4

Elongation in 50 mm

260 °C

55 %

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T4

Elongation in 50 mm

315 °C

65 %

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T4

Elongation in 50 mm

315 °C

80 %

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T4

Elongation in 50 mm

370 °C

70 %

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T4

Elongation in 50 mm

370 °C

110 %

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T4

Elongation in 50 mm

Hardness, Brinell

105.0 [-]

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T4

AA Standards

105.0 [-]

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T4

500 kg load, 10 mm ball

Plane-Strain Fracture Toughnes

22.0 - 35.0 MPa·√m

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Typical for Wrought 2000 Series Aluminium

Poisson's ratio

0.33 [-]

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Typical for Wrought 2000 Series Aluminium

Shear modulus

27.5 GPa

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T4

28.0 GPa

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T4

Shear strength

262.0 MPa

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T4

Tensile strength

-195 °C

385 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

-195 °C

550 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

-80 °C

310 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

-80 °C

448 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

0 °C

303 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

380.0 MPa

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T4

AA Standards, ASTM B211, ASTM B316

420.0 MPa

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T4

425.0 MPa

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T4

AA Standards

0 °C

440 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

24 °C

295 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

24 °C

427 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

100 °C

248 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

100 °C

393 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

150 °C

207 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

150 °C

275 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

205 °C

110 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

260 °C

52 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

260 °C

62 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

315 °C

32 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

315 °C

40 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

370 °C

20 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

370 °C

30 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture

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Yield strength

-195 °C

365 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

-80 °C

290 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

-28 °C

283 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

220.0 MPa

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T4

AA Standards, ASTM B211, ASTM B316

RP02

260.0 MPa

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T4

275.0 MPa

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T4

AA Standards

RP02

24 °C

275 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

100 °C

270 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

150 °C

207 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

205 °C

90 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

260 °C

50 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

315 °C

35 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

371 °C

3.5 MPa

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T4

up to 10000 h at temperature, at 35 MPa/min to yield strength and then at strain rate of 5%/min to fracture, RP02

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Thermal

PropertyTemperatureValueConditionRelated Standards

Coefficient of thermal expansion

2.4e-05 1/K

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T4

20 °C

2.36e-05 1/K

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T4

AA Standards, ASTM B211, ASTM B316

100 °C

2.36e-05 1/K

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T4

AA Standards, ASTM B211, ASTM B316

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Melting point

510.0 - 640.0 °C

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T4

AA Standards, ASTM B211, ASTM B316

510.0 °C

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T4

Specific heat capacity

870.0 J/(kg·K)

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T4

Thermal conductivity

134.0 - 193.0 W/(m·K)

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T4

AA Standards, ASTM B211, ASTM B316

140.0 W/(m·K)

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T4

Electrical

PropertyValueConditionRelated StandardsComment

Electrical conductivity

20000000.0 - 29000000.0 S/m

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T4

AA Standards, ASTM B211, ASTM B316

20000000 S/m

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T4

Typical value

Electrical resistivity

3.45e-08 - 5e-08 Ω·m

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T4

AA Standards, ASTM B211, ASTM B316

5.1500000000000005e-08 Ω·m

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T4

Typical value

Specific Electrical conductivity

34.0 % IACS

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T4

Typical/Derived value

Chemical properties

PropertyValueConditionRelated Standards

Aluminium

91.6 - 95.5 %

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T4

Chromium

0.1 %

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T4

AA Standards, ASTM B211, ASTM B316

Copper

3.5 - 4.5 %

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T4

AA Standards, ASTM B211, ASTM B316

Iron

0.70 %

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T4

AA Standards, ASTM B211, ASTM B316

0.7 %

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T4

Magnesium

0.4 - 0.8 %

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T4

AA Standards, ASTM B211, ASTM B316

Manganese

0.4 - 1.0 %

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T4

AA Standards, ASTM B211, ASTM B316

Other

0.15 %

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T4

Silicon

0.2 - 0.8 %

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T4

AA Standards, ASTM B211, ASTM B316

Titanium

0.15 %

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T4

AA Standards, ASTM B211, ASTM B316

Zinc

0.25 %

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T4

AA Standards, ASTM B211, ASTM B316

Technological properties

Property
Brazing

general: no brazing is known or developed

Corrosion properties

Stress corrosion cracking: Operational damage in areas with tensile stresses transverse to the grain structure, limited damage to laboratory samples, general: sufficient, in principle it should be protected

General machinability

General: good to acceptable

Workability

general (condition): poor(T4, T451)