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Aluminum

EN AW 3004 | Al Mn1Mg1

On this page you can find the chemical and mechanical specifications of the alloy EN AW 3004 | Al Mn1Mg1.

Other dimensions and alloys are available on request.

Our aluminum specialists in Wörth are happy to advise you. We look forward to hearing from you.

Heat-treated condition 0/H111 | EN AW 3004

Mechanical properties

Nominal thickness
mm
Brinell hardness
HBW
Yield strength
Rp0,2 MPa
min./max.
Tensile strength
Rm MPa
min./max.
Elongation
A50
mm %
min.
Elongation
A %
min.
Bending radius
180° t
min.
Bending radius
90° t
min.
0,2 - 0,54560155 - 200130 t0 t
0,5 - 1,54560155 - 200140 t0 t
1,5 - 34560155 - 200150,5 t0 t
3 - 64560155 - 200161,0 t1,0 t
6 - 12,54560155 - 200162,0 t
12,5 - 504560155 - 20014

Chemical composition [% max. or range]

SiFeCuMnMgCrNiZnTiGaV
0,30,70,251,0–1,50,8–1,30,25

Heat-treated condition H22 | EN AW 3004

Mechanical properties

Nominal thickness
mm
Brinell hardness
HBW
Yield strength
Rp0,2 MPa
min./max.
Tensile strength
Rm MPa
min./max.
Elongation
A50
mm %
min.
Elongation
A %
min.
Bending radius
180° t
min.
Bending radius
90° t
min.
0,2 - 0,558145190 - 24041,0 t0 t
0,5 - 1,558145190 - 24051,0 t0,5 t
1,5 - 358145190 - 24061,5 t1,0 t
3 - 658145190 - 24071,5 t

Heat-treated condition H24 | EN AW 3004

Mechanical properties

Nominal thickness
mm
Brinell hardness
HBW
Yield strength
Rp0,2 MPa
min./max.
Tensile strength
Rm MPa
min./max.
Elongation
A50
mm %
min.
Elongation
A %
min.
Bending radius
180° t
min.
Bending radius
90° t
min.
0,2 - 0,566170220 - 26532,0 t0,5 t
0,5 - 1,566170220 - 26542,0 t1,0 t
1,5 - 366170220 - 26542,0 t1,5 t