Grade 2017A
Corresponding Standard GB /T 3191-2019
Extrusion rods and bars of aluminium and aluminium alloys
Classification Aluminum and Aluminum Alloys
2017A Mechanical Properties
condition Mark
Heat Treatment or Condition
Tensile Strength
σb
Mpa
Yield Point
σs
Mpa
Elongation or Extension Rate
δ
%
Hardness
HBW
Bar; d≤25 2017AT4 T4、T4510、T4511 ≥380 ≥260 ≥10 105
Bars; 25<d≤75 2017AT4 T4、T4510、T4511 ≥400 ≥270 ≥10 105
Bars; 75<d≤150 2017AT4 T4、T4510、T4511 ≥390 ≥260 ≥9 105
Bar; 150 < d ≤ 200 2017AT4510 T4、T4510、T4511 ≥370 ≥240 ≥8 105
Bar stock; 200<d≤250 2017AT4511 T4、T4510、T4511 ≥360 ≥220 ≥7 105
① O = annealed ;
② H = work hardened;
③ T6 = solution heat treated + artificial aged;
④ T1 = high temperature molding + natural aged;
⑤ T3 = after solution heat treated, cold processing, and then natural aged to a basically stable;
⑥ T4 = after solution heat treated, natural aged to a basically stable;
⑦ T5 = cooled by high temperature molding, and then artificially aged to a basically stable;
⑧ T7 = after solution heat treated, overaged;
⑨ T8 = after solution heat treated, cold processing , and then artificial aged
◎ d = round rod diameter or thickness of square rod or hexagonal rod, t = square rod or hexagonal rod thickness, unit mm
1 Approximate Comparison Table Wrought Aluminum and Aluminum Alloy
China Japan United States International Organization for Standardization France European Standard
GB JIS ASTM UNS ISO Numerical Grade NF EN/NF EN
2017A 2017A
A92017
2017A A92017 AlCu4MgSi(A) A92017 A-U4GS
2017A
A92017
EN-AW-AlCu4MgSi(A)
2 Approximate Comparison Table Wrought Aluminum and Aluminum Alloy
China Japan United States International Organization for Standardization European Standard
GB ISC JIS ASTM UNS ISO Numerical Grade EN
2B11
(LY8)
2017A 2017A
A92017
2017A A92017 AlCu4MgSi(A) A92017 EN-AW-AlCu4MgSi(A)

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