Aluminum

Technical data

Summary of alloys – typical chemical composition and mechanical properties

Alloy Typical Values Chemical Composition (%)*
  Temper Tensile Strength (MPa) 0.2% Proof Stress (MPa) Elongation (% ) Cu Mn Mg Fe Si Zn Cr Ni Zr Ti
1050A O 75 50 35 .05 .05 .05 .40 .25 .07       .05
H8 150 140 6
1200 O 90 40 35 .05 .05 Fe+Si=1.0 .10       .05
H8 160 150 6
1350 H2 135 82 9 .05 .01 .40 .10 .05 .01    
H6 125 110 3
2014A T451 430 275 18 3.9-
5.0
.40-
1.2
.20-
.80
.50 .50-
.90
.25 .10     .15
2017A T451 420 270 18 3.5-
4.5
.40-
1.0
.40-
1.0
.70 .20-
.80
.25     Zr+Ti=.25
T651 480 410 12
2024 T351 460 330 20 3.8-
4.9
.30-
.90
1.2-
1.8
.50 .50 .25 .10     .15
T851 480 420 7
2214 T351 460 320 16 3.9-
5.0
.40-
1.2
.20-
.80
.30 .50-1.2 .25 .10
.15
T851 470 420 18
2219 T87 470 380 7 5.8-
6.8
.20-
.40
.02 .30 .20 .10     .10-
.25
.02-
.10
T851 470 380 7
2618A T851 450 365 7 1.8-
2.7
.25 1.2-
1.8
.90-
1.4
.15-
.25
.15   0.8-
1.4
  .20
5086 0 280 140 22 .10 .20-
.70
3.5-
4.5
.50 .40 .25
.15
H116 320 250 16
6061 T351 235 140 21 .15-
.40
.15 .80-
1.2
.70 .40-
.80
.25 .04-
.35
    .15
T651 310 270 12
6082 T451 260 170 19 .10 .40-
1.0
.60-
1.2
.50 .70-
1.3
.20 .25     .10
T651 340 310 11
7010 T651 580 530 10 1.5-
2.0
.10 2.1-
2.6
.15 .12 5.7-
6.7
.05   .11-
.17
.06
T7651 545 485 10
7020 T5 375 315 14 .20 .05-
.50
1.0-
1.4
.40 .35 4.0-
5.0
.10-
.35
  .08-
.20
T651 380 335 13
7050 T7651 545 485   2.0-
2.6
.10 1.9-
2.6
.15 .12 5.7-
6.7
.04   .08-
.15
.06
7075 T651 570 505 10 1.2-
2.0
.30 2.1-
2.9
.50 .40 5.1-
6.1
.18-
.28
    .20
7150 T651 610 570 9 1.9-
2.5
.10 2.0-
2.7
.15 .12 5.9-
6.9
.04   .08-
.15
.06
7175 T7351 500 420 9 1.2-
2.0
.10 2.1-
2.9
.20 .15 5.1-
6.1
.18-
.28
    .10
7475 T651 550 480 9 1.2-
1.9
.06 1.9-
2.6
.12 .10 5.2-
6.2
.18-
.25
    .06
T7351 500 420 10