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Home Material EN 485-2-2016(+A1:2018)
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Grade EN AW-Al99.7
European Standard Steel Grade EN AW-1070A
Corresponding Standard EN 485-2-2016(+A1:2018)
Aluminium and Aluminium Alloys - Sheet, Strip and Plate
Classification Aluminum and Aluminum Alloys
Density 2.7 g/cm3
EN AW-Al99.7 Chemical Element Composition Content (%)
Component Fe Si Mn Cu Ti Al Zn Mg Other Individual
Minimum Value - - - - - 99.7 - - -
Maximum Value 0.25 0.2 0.03 0.03 0.03 - 0.07 0.03 0.03
◎Chemical composition in accordance with EN 573-3-2019+A2-2023
EN AW-Al99.7 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≤25 As fabricated（F） ≥60
0.2＜t≤0.5 O，H111 60~90 ≥15 A50mm
≥23		 18
0.5＜t≤1.5 60~90 ≥15 ≥25 18
1.5＜t≤3 60~90 ≥15 ≥29 18
3＜t≤6 60~90 ≥15 ≥32 18
6＜t≤12.5 60~90 ≥15 ≥35 18
12.5＜t≤25 60~90 ≥15 A
≥32		 18
6≤t≤12.5 H112 ≥70 ≥20 A50mm
≥20
12.5＜t≤25 ≥70 A
≥20
0.2＜t≤0.5 Strain - Hardening -1/4 hard (H12) 80~120 ≥55 A50mm
≥5		 26
0.5＜t≤1.5 80~120 ≥55 ≥6 26
1.5＜t≤3 80~120 ≥55 ≥7 26
3＜t≤6 80~120 ≥55 ≥9 26
6＜t≤12.5 80~120 ≥55 ≥12 26
0.2＜t≤0.5 Strain - Hardening -1/2 hard (H14) 100~140 ≥70 ≥4 32
0.5＜t≤1.5 100~140 ≥70 ≥4 32
1.5＜t≤3 100~140 ≥70 ≥5 32
3＜t≤6 100~140 ≥70 ≥6 32
6＜t≤12.5 100~140 ≥70 ≥7 32
0.2＜t≤0.5 Strain - Hardening -3/4 hardening (H16) 110~150 ≥90 ≥2 36
0.5＜t≤1.5 110~150 ≥90 ≥2 36
1.5＜t≤4 110~150 ≥90 ≥3 36
0.2＜t≤3 Strain - Hardening -hardening (H18) ≥125 ≥105 ≥2 40
0.2＜t≤0.5 Strain-hardened-1/4 hard and partially annealed（H22） 80~120 ≥50 ≥7 26
0.5＜t≤1.5 80~120 ≥50 ≥8 26
1.5＜t≤3 80~120 ≥50 ≥10 26
3＜t≤6 80~120 ≥50 ≥12 26
6＜t≤12.5 80~120 ≥50 ≥15 26
0.2＜t≤0.5 Strain-hardened-1/2 hard and partially annealed（H24） 100~140 ≥60 ≥5 31
0.5＜t≤1.5 100~140 ≥60 ≥6 31
1.5＜t≤3 100~140 ≥60 ≥7 31
3＜t≤6 100~140 ≥60 ≥9 31
6＜t≤12.5 100~140 ≥60 ≥11 31
0.2＜t≤0.5 Strain-hardened-3/4 hard and partially annealed（H26） 110~150 ≥80 ≥3 35
0.5＜t≤1.5 110~150 ≥80 ≥3 35
1.5＜t≤4 110~150 ≥80 ≥4 35
◎The hardness is for reference only
◎O：Anneal
◎H111： applies to products which incur sufficient strain-hardening after the final anneal that they fail to qualify as annealed but not so much or so consistent an amount of strain hardening that they qualify as H11.
◎H112：Applies to products which may acquire some strain hardening from working at an elevated temperature or from a limited amount of cold work, and for which there are mechanical property limits
*For reference only
1 Approximate Comparison Table Aluminium and Aluminium Alloy
Japan United States International Organization for Standardization Germany France European Standard Russia Sweden
JIS ASTM ISO DIN EN/DIN W-Nr. NF EN/NF EN Numerical Grade GOST SS
1070
A1070 		1070A Al99.7 Al99.7 3.0275 1070A ENAW-Al99.7 ENAW-1070A A7
AD00 		Al99.7
2 Approximate Comparison Table Aluminium and Aluminium Alloy
Japan United States International Organization for Standardization Germany France European Standard Russia Sweden
JIS UNS ISO DIN EN/DIN W-Nr. NF EN/NF EN Numerical Grade GOST SS
1070 AA1070
AA1075
AA1170
AA1175 		1070A
Al99.7 		Al99.7 3.0275 1070A EN AW-Al99.7 EN AW-1070A АД00
AD00
1010 		Al99.7
ENAW-Al99.7 Corresponding Standards(Same grade name, different standards)
1 EN 573-3-2003
EN AW-Al99.7 EN AW-1070A
2 EN 485-2-2016(+A1:2018)
EN AW-Al99.7 EN AW-1070A

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