Aluminum Alloy Copper

IN AW 2017A

Available formats: Sheet metal, plates, bars, profiles and wires.

Typical applications and uses

EN AW 2017A aluminum alloy is among the high strength hardenable alloys. Consequently, a heat treatment such as annealing of the solution and subsequent natural aging is necessary so that this alloy can develop its full potential. This can increase strength by several crowds.

 

This alloy is used, due to its high strength and good workability, in the aerospace industry and in defense and aviation technology.

features

Annealing: 375 ° C to 410 ° C for 30 min. 2 hours Slow cooling
Putting into solution: 500º C ± 5 ° C.
Cold water quenching (40 ° C max.)
Natural Maturation: 4 days minimum at 20 ° C.
To obtain forged parts: 380 ° C to 480 ° C.

Chemical Composition According to EN 573? 3

%
Si
Fe
Cu
Mn
Mg
Cr
Zn
Ti
Zr + Ti
Others
Al

Min.

0,2

-

3,5

0,4

0,4

-

-

-

-

-

-

Max.

0,8

0,7

4,5

1

1

0,1

0,25

-

0,25

0,15

Rest

Chemical Composition According to EN 573? 3

Element
Min.%
Max. %

Si


Fe


Cu


Mn


Mg


Cr


Zn


Ti


Zr


Others


Al

0,2


-


3,5


0,4


0,4


-


-


-


-


-


-

0,8


0,7


4,5


1


1


0,1


0,25


-


0,25


0,15


Rest

International Equivalences

USA
SPAIN
FRANCE
GERMANY
GB
SWEDEN
SWITZERLAND
CANADA
ITALY

AA

UNE

AFNOR

DIN (1712-1725)

BS

SIS

VSM

ALCAN

UNI

2017A

L-3120

A-U4G

AlCuMg1

H14

GA 631

Avional 110

17S

9002 / 2

International Equivalences

USA AA 2017A
Spain UNE L-3120
France AFNOR A-U4G
Germany DIN (1712-1725) AlCuMg1
GB BS H14
Sweden SIS GA 631
Switzerland VSM Avional 110
Canada ALCAN 17S
Italy UNI 9002 / 2

General Physical Properties

Module
Elastic
N / mm²
Weight
specific
gms / cm³
Temperature
of fusion
in ° C
Coefficient of
linear dilation
? m / mK
Conductivity
thermal
W / mK
Resistivity
electric
?? m
Conductivity
electric
% IACS
Potential of
dissolution
V

72.500

2,79

510 - 640

22,9

134

51

34

-0,69

Physical Properties

Elastic module
N / mm²
72.500
Specific weight
gms / cm³
2,79
Melting temperature
in ° C
510 - 640
Linear expansion coefficient
? m / mK
22,9
Thermal conductivity
W / mK
134
Electrical resistivity
?? m
51
Electric conductivity
% IACS
34
Dissolution potential
V
-0,69

Technological skills (MB Very Good | B Good | C Correct | R Regular | M Bad)

WELDING

  • To the flame (M)
  • Al arc under argon gas (R)
  • By electrical resistance (B)
  • Braised (B)

ANODIZED

  • Protective (B)
  • Decorative (M)
  • Hard anodized (B)

MECHANIZATION

  • Chip Fragmentation (B)
  • Surface brightness (B)

REPUJADO

  • In state: O (M)

NATURAL BEHAVIOR

  • In rural environment (B)
  • In industrial environment (B)
  • In marine environment (R)
  • In seawater (M)

COVERING

  • Lacquered (R)
  • Galvanized (B)
  • Chemical nickel (B)

EMBUTITION

  • By expansion (B)
  • Deep drawing (B)

FOOD

  • Food use (M)

Formats

  • Aluminum Alloy sheets AW 2017A
  • Aluminum Alloy Plates EN AW 2017A
  • Bars Aluminum Alloy EN AW 2017A
  • Aluminum Alloy Profiles EN AW 2017A
  • Aluminum Alloy Tubes EN AW 2017A
  • Aluminum Alloy Wires EN AW-2017A

Specialized Technical Advice

We have specialized staff with extensive experience in the sector for any specific advice they need.

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