Common Aluminum Alloy Chemical Composition & Physical Properties

September 20, 2018 Posted by Nick Category Resources
Common Aluminum Alloy Chemical Composition & Physical Properties

Chemical Composition conforms to the standard specification of GB/T 3190, EN 573 and ASTM B209

 

Aluminum Alloy Chemical Composition

 

Note: Limits are in mass percent maximum unless shown as a range or sated otherwise. Information presented as a guide for reference purposes only and is not intended to be used for product design or application.

 

AlloySiFeCuMnMgCrZnTiOthersAl
EachTotalMin.
10500.250.40.050.050.05-0.050.030.03-99.5
1050A0.250.40.050.050.05-0.070.050.03-99.5
10600.250.350.050.030.03-0.050.030.03-99.6
11000.95 Si + Fe 0.05~0.200.05--0.1-0.050.1599
12001.00 Si + Fe 0.050.05--0.10.050.050.1599
11450.55 Si + Fe 0.050.050.05-0.050.030.03-99.45
12350.65 Si + Fe 0.050.050.05-0.10.060.03-99.35
20140.5~1.20.73.9~5.00.4~1.20.2~0.80.10.250.150.050.15remainder
20170.2~0.80.73.5~4.50.4~1.00.4~0.80.10.250.150.050.15remainder
20240.50.53.8~4.90.3~0.91.2~1.80.10.250.150.050.15remainder
30030.60.70.05~0.201.0~1.5--0.1-0.050.15remainder
30040.30.70.251.0~1.50.8~1.3-0.25-0.050.15remainder
30050.60.70.31.0~1.50.2~0.60.10.250.10.050.15remainder
31050.60.70.30.3~0.80.2~0.80.20.40.10.050.15remainder
50050.30.70.20.20.5~1.10.10.25-0.050.15remainder
50520.250.40.10.12.2~2.80.15~0.350.1-0.050.15remainder
57540.40.40.10.52.6~3.60.30.20.150.050.15remainder
50830.40.40.10.4~1.04.0~4.90.05~0.250.250.150.050.15remainder
60610.4~0.80.70.15~0.40.150.8~1.20.04~0.350.250.150.050.15remainder
60820.7~1.30.50.10.4~1.00.6~1.20.250.20.10.050.15remainder
70750.40.51.2~2.00.32.1~2.90.18~0.285.1~6.10.20.050.15remainder
80110.5~0.90.6~1.00.10.20.050.050.10.080.050.15remainder
8011A0.4~0.80.5~1.00.10.10.10.10.10.050.050.15remainder
80790.05~0.30.7~1.30.05---0.1-0.050.15remainder

 

Aluminum Alloy Plate & Sheets Physical Properties

 

Note: The A value for elongation is the elongation measured over a gauge length of 5.65 X SQRT(S0), where S0 is the initial cross-sectional area of the test
piece, and expressed in percent.

 

AlloyTemperSpecified
Thickness
(mm)		Tensile Strength (MPa)Yield Strength (MPa)Elongation % (A50mm / A)
GB/T 3880ASTM B209EN 485GB/T 3880ASTM B209EN 485GB/T 3880ASTM B209EN 485
MinMaxMinMaxMinMax      
1050O0.2-0.860100------->15-20%--
>0.8-12.560100---->20-->25-30%--
H14, H240.2-0.895130------->1-3%--
>0.8-6.095130---->75 ->4-6%--
H180.2-3.0130 ---- -->1-4%--
1050AO0.2-12.56595--6595>20->20>20-35%->20-35%
H140.2-6.0105145--105145>85->85>2-5%->2-5%
H240.2-6.0105145--105145>75->75>3-8%->3-8%
H180.2-0.5140 --135 >120->120>1%->1%
>0.5-3.0140 --140 >120->120>2%->2%
1060O0.2-80601005595-->15>15->15-25%>15-25%-
H14, H240.2-6.09513585120-->70>70->1-10%>1-10%-
H180.2-3.0125 110 -->85>85->1-4%>1-4%-
1100O0.2-807510575105-->25>25->15-30%>15-30%-
H14, H240.2-4.0110145110145-->95>95->1-5%>1-5%-
H180.2-3.0150 150 ----->1-4%>1-4%-
3003O0.2-12.5951409513095135>35>35>35>15-24%>14-25%>15-24%
H120.2-6.0120160120160120160>90>85>90>3-6%>3-6%>3-6%
H220.2-6.0120160120160120160>80>85>80>6-9%>3-6%>6-9%
H140.2-6.0145195140180145185>125>115>125>2-4%>1-5%2-4%
H240.2-6.0145195140180145185>115>115>115>4-6%>1-5%>4-6%
3004O, H1110.2-12.5155200150200155200>60>60>60>13-16%>9-18%>13-16%
H22, H320.2-6.0190240190240190240>145>145>145>4-7%>1-5%>4-7%
H24, H340.2-3.0220265220265220265>170>170>170>3-4 %>1-4%>3-4%
3005O, H1110.2-6.0115165115165115165>45>45>45>12-19%>10-20%>12-19%
H140.2-6.0170215165215170215>150>145>150>1-3%>1-3%>1-3%
H240.2-3.0170215--170215>130->130>4%->4%
3105O, H1110.32-2.010015595145100155>40>35>40>14-17%>16-20%>14-17%
H140.32-2.0150200150200150200>130>125>130>2%>1-2%>2%
H240.32-2.0150200150 150200>12C>125>120>4-5%>2-6%>4-5%
5005O, H1110.2-12.5100145105145100145>35>35>35>15-24%>12-22%>15-24%
H22, H320.5-6.0125165120160125165>80>85>80>5-8%>3~7%>5-8%
H24, H340.5-6.0145185140180145185>110>105>110>4-6%>3-5%>4-6%
H1126.3-12.5115 115 ----->8%>8%-
>12.5-40105 105 ----->10% (A)>10% (A)-
5052O, H1110.2-6.0170215170215170215>65>65>65>12-19%>13-19%>12-18%
H22, H320.2-6.0210260215265210260>130>160>130>5-10%>4-7%>5-10%
H24, H340.2-6.0230280235285230280>150>180>150>4-7%>3-6%>4-7%
H1126.3-12.5190 190 -->80>110 >7%>7%-
>12.5-40170 170 -->70>65->10% (A)>10% (A)-
5754O0.75-3.5--200270190190->80>80->17-19%>12-18%
O,H1110.2-12.5- --190240-->80- >12-18%
H22, H320.2-12.5----220270-->130-->7-11%
H24, H340.2-12.5----240280-->160-->6-10%
H1126.0-12.5----190  ->100-->12%
>12.5-25----190 -->90-->10%(A)
>25.0-40----190 -->80-->12% (A)
5083O, H1111.25-6.3275350275350275350>125125-200>125>12-15%>16%>12-15%
>6.3-12.5275350270345270345>125115-200> 115>16%>16%>16%
>12.5-40275350270345270345>125115-200> 115>15% (A)>16%>15%(A)
H22, H320.2-3.2305380--305380>215->215>5-8%->5-8%
>3.2-6.0305380305385305380>215>215>215>8%>10-12%>8%
H24, H340.2-6.0340400--340400>250->250>4-7%->4-7%
H1126.3-12.5275 275 275 >125>125>125>12%>12%>12%
>12.5-40275 275 275 >125>125>125>10%(A)>10%(A)>10%(A)
2014T4516.3-12.5400 400 400 >250>250>250>14%>14%>14%
>12.5-25400 400 400 >250>250>250>12% (A)> 12%(A)> 12%(A)
>25-50400 400 400 >250>250>250>10%(A)>10%(A)>7-10%(A)
>50.0-80395 395 395 >250>250>250> 7%(A)7%(A)7%(A)
2017T4516.3-12.5355    ->195- >12%--
>12.5-50355 ---->195-->12% (A)--
2024T3516.3-12.5440 440 440 >290>290>290>12%>12%>13%
> 12.5-25435 435 430 > 290> 290> 290> 7%(A)7%(A)> 11% (A)
> 25-40425 425 430 > 290> 290> 290> 6%> 6%(A)> 11% (A)
6061T4, T4510.5-12.5205 205 205 >110>110>110>12-18%>16-18%>12-18%
> 12.5-80205 205 205 > 110> 110> 110>14-16%(A)>14-16%(A)> 14-15%(A)
T6, T6510.5-12.5290 290 290 >240>240>240>6-10%>10%>6-10%
>12.5-100290 290 290 > 240> 240> 240> 5-8%(A)> 5-8%(A)> 5-8% (A)
6082T4, T4510.4-12.5205 --205 > 110-> 110> 12-15%-> 12-15%
>12.5-80205 --205 >110->110>12-13%(A)-> 12-13%(A)
T60.4-6.0310 --310 >260->260>6-10%->6-10%
T6516.0-12.5300 --300 > 255-> 255> 9%-> 9%
>12.5-100295 --295 >240->240> 7-8%(A)-> 7-8%(A)
7075T6516.3-12.5540 540 540 >460>460>460>9%>9%>8%
> 12.5-25540 540 540 >470> 470> 470> 6% (A)> 6% (A)6% (A)
> 25.0-50530 530 530 >460> 460> 460> 5% (A)> 5% (A)> 5% (A)
> 50.0-60525 525 525 >440> 440> 440> 4% (A)> 4% (A)> 4% (A)
> 60.0-80495 495 495 >420> 420> 420> 4% (A)> 4% (A)> 4% (A)

 

Aluminum Foil - Mechnical Properties

Based on GB/T 3198

 

 

AlloyTemperSpecified
Thickness		Tensile Strength MpaElongation
A50mmA100mm
1050
1060
1100
1145
1200
1235		O0.006~0.009mm40~100  
> 0.009~0.025mm40~105->1.5%
> 0.025~0.040mm50~105-> 2%
> 0.040~0.090mm55~105 > 2%
> 0.090~0.140mm60~115> 12%-
> 0.140~0.200mm60~115> 15%-
H220.006~0.025mm- -
> 0.025~0.090mm90~135-> 2%~3%
> 0.090~0.200mm90~135> 4%~6%-
H14, H240.006~0.025mm---
> 0.025~0.090mm110~160 > 2%~3%
> 0.090~0.200mm110~160> 4%~6%-
H16, H260.006~0.025mm---
> 0.025~0.090mm125~180-> 1%
> 0.090~0.200mm125~180> 2%-
H180.006~0.200mm≧140 -
H190.006~0.200mm≧150--
3003O0.009~0.012mm80~135 -
>0.012~0.200mm80~140 -
H220.020~0.050mm>90~130->3%
>0.05~0.200mm>90~130>10% 
H140.030~0.200mm140~170 -
H240.030~0.200mm140~170>1% 
H160.100~0.200mm≧180 -
H260.100~0.200mm≧180>1%-
H180.010~0.200mm≧190>1% 
H190.018~0.100mm≧200--
8011
8011A
8079		O0.006~0.009mm50~100 >0.5%
>0.009~0.025mm55~100 >1%
>0.025~0.040mm55~110->4%
>0.040~0.090mm60~120->4%
>0.090~0.140mm60~120>13%-
>0.140~0.200mm60~120>15%-
H220.035~0.090mm90~150 >1~2%
>0.090~0.200mm90~150>5%-6% 
H240.035~0.090mm120~170>2%-3% 
>0.090~0.200mm120~170>4%-5% 
H260.035~0.200mm140~190>1%-2% 
H180.035~0.200mm≧160- 
H190.035~0.200mm≧170--