中文版
Home Material EN 485-2-2016(+A1:2018)
简体 | 繁體
Grade EN AW-Al Mg3
European Standard Steel Grade EN AW-5754
Corresponding Standard EN 485-2-2016(+A1:2018)
Aluminium and Aluminium Alloys - Sheet, Strip and Plate
Classification Aluminum and Aluminum Alloys
EN AW-Al Mg3 Chemical Element Composition Content (%)
Component Fe Si Be * Mn Cr Cu Ti Zn Mg Other Individual Other Total More
Minimum Value - - - - - - - - 2.6 - - Mn+Cr:0.1~0.6；Al:Rem
Maximum Value 0.4 0.4 0.0003 0.5 0.3 0.1 0.15 0.2 3.6 0.05 0.15
"Other individual elements or other totals": The chemical composition includes elements not specified in the table. Analysis should only be conducted if these elements are suspected to be present, or if routine analysis suggests that their content may exceed the prescribed limits.
◎Chemical composition in accordance with EN 573-3-2019+A2-2023
*For welding electrode, welding rod and filler wire only
EN AW-Al Mg3 Mechanical Properties
thickness
t
mm		 Heat Treatment or Condition
Tensile Strength
σb
Mpa 		Specified Plastic Yield Strength
Rp0.2
Mpa 		Elongation or Extension Rate
δ
% 		Hardness
HBW
2.5≤t≤100 As fabricated（F）* ≥190
100＜t≤150 ≥180
0.2＜t≤0.5 O，H111 190~240 ≥80 A50mm
≥12		 52
0.5＜t≤1.5 190~240 ≥80 ≥14 52
1.5＜t≤3 190~240 ≥80 ≥16 52
3＜t≤6 190~240 ≥80 ≥18 52
6＜t≤12.5 190~240 ≥80 ≥18 52
12.5＜t≤100 190~240 ≥80 A
≥17		 52
6≤t≤12.5 H112 ≥190 ≥100 A50mm
≥12		 62
12.5＜t≤25 ≥190 ≥90 A
≥10		 58
25＜t≤40 ≥190 ≥80 ≥12 52
40＜t≤80 ≥190 ≥80 ≥14 52
0.2＜t≤0.5 Strain - Hardening -1.4 hard (H12) 220~270 ≥170 A50mm
≥4		 66
0.5＜t≤1.5 220~270 ≥170 ≥5 66
1.5＜t≤3 220~270 ≥170 ≥6 66
3＜t≤6 220~270 ≥170 ≥7 66
6＜t≤12.5 220~270 ≥170 ≥9 66
12.5＜t≤40 220~270 ≥170 A
≥9		 66
0.2＜t≤1.5 Strain - Hardening -1/2 hard (H14) 240~280 ≥190 A50mm
≥3		 72
1.5＜t≤6 240~280 ≥190 ≥4 72
6＜t≤12.5 240~280 ≥190 ≥5 72
12.5＜t≤25 240~280 ≥190 A
≥5		 72
0.2＜t≤0.5 Strain - Hardening -3/4 hard (H16) 265~305 ≥220 A50mm
≥5		 80
0.5＜t≤6 265~305 ≥220 ≥3 80
0.2＜t≤0.5 Strain - Hardening - hard (H18) ≥290 ≥250 ≥1 88
0.5＜t≤3 ≥290 ≥250 ≥2 88
0.2＜t≤0.5 Strain - hardening -1/4 hardening and partially annealed（H22），Strain - hardening -1/4 hardening and stabilized（H32） 220~270 ≥130 ≥7 63
0.5＜t≤1.5 220~270 ≥130 ≥8 63
1.5＜t≤3 220~270 ≥130 ≥10 63
3＜t≤6 220~270 ≥130 ≥11 63
6＜t≤12.5 220~270 ≥130 ≥10 63
12.5＜t≤40 220~270 ≥130 A
≥9		 63
0.2＜t≤1.5 Strain - hardening -1/2 hardening and partially annealed（H24），Strain - hardening -1/2 hardening and stabilized（H34） 240~280 ≥160 A50mm
≥6		 70
1.5＜t≤3 240~280 ≥160 ≥7 70
3＜t≤6 240~280 ≥160 ≥8 70
6＜t≤12.5 240~280 ≥160 ≥10 70
12.5＜t≤25 240~280 ≥160 A
≥8		 70
0.2＜t≤1.5 Strain - hardening -3/4 hardening and partially annealed（H26），Strain - hardening -3/4 hardening and stabilized（H36) 265~305 ≥190 A50mm
≥4		 78
1.5＜t≤3 265~305 ≥190 ≥5 78
3＜t≤6 265~305 ≥190 ≥6 78
0.2＜t≤1.5 Strain - hardening - hardening and partially annealed（H28），Strain - hardening - hardening and stabilized（H38) ≥290 ≥230 ≥3 87
1.5＜t≤3 ≥290 ≥230 ≥4 87
◎The hardness is for reference only
*For information only
Approximate Comparison Table Aluminium and Aluminium Alloy
Japan United States International Organization for Standardization Germany France European Standard Russia Sweden United Kingdom
JIS UNS ISO DIN EN/DIN W-Nr. NF EN/NF EN Numerical Grade GOST SS BS EN/BS
5154 A95154 AlMg3 AlMg3 3.3535 5154A ENAW-AlMg3 ENAW-5754 AMg3 AlMg3 5454
ENAW-AlMg3 Corresponding Standards(Same grade name, different standards)
1 EN 573-3-2003
EN AW-Al Mg3 EN AW-5754
2 EN 485-2-2016(+A1:2018)
EN AW-Al Mg3 EN AW-5754
3 EN 13195-2013
EN AW-Al Mg3 EN AW-5754

Note: The data is for reference only! If you have any questions, please fill out "I want to correct it"!