Chemical composition of aluminum alloys

Aluminum and Aluminum Alloys: Chemical Composition EN 573-3:2019
Alloy SymbolizationSiFeCuMnMgCrNiZnTiOTHERS*Al
NumericChemical symbols
EN AW-1050AEN AW-Al99,50,250,400,050,050,05⁻⁻0,070,050,0399,50
EN AW-2007EN AW-AlCu4PbMgMn0,80,83,3-4,60,50-1,00,40-1,80,100,200,80,200,3Rest
EN AW-2011EN AW-AlCu6BiPb0,400,75,0-6,0⁻⁻⁻⁻0,30⁻0,15Rest
EN AW-2014EN AW-AlCu4SiMg0,50-1,20,73,9-5,00,40-1,20,20-0,80,10⁻0,250,150,15Rest
EN AW-2017AEN AW-AlCu4MgSi(A)0,2-0,80,73,5-4,50,40-,1,00,40-,1,00,10⁻0,25⁻0,15Rest
EN AW-2024EN AW-AlCu4Mg10,500,503,8-4,90,30-0,91,2-1,80,10⁻0,250,150,15Rest
EN AW-2030EN AW-AlCu4PbMg0,80,73,3-4,50,20-1,00,50-1,30,10⁻0,500,200,30Rest
EN AW-3003EN AW-AlMn1Cu0,60,70,05-0,201,0-1,5⁻⁻⁻0,10⁻0,15Rest
EN AW-3005EN AW-AlMn1Mg0,50,60,70,301,0-1,50,20-0,60,10⁻0,250,100,15Rest
EN AW-5005EN AW-AlMg10,300,70,200,200,50-1,10,10⁻0,25⁻0,15Rest
EN AW-5052EN AW-AlMg2,50,250,400,100,102,2-2,80,15-0,35⁻0,10⁻0,15Rest
EN AW-5083EN AW-AlMg4,5Mn0,70,400,400,100,40-1,04,0-4,90,05-0,25⁻0,250,150,15Rest
EN AW-5754EN AW-AlMg30,400,400,100,502,6-3,60,30⁻0,200,150,15Rest
EN AW-6060EN AW-AlMgSi0,30-0,60,10-0,300,100,100,35-0,60,05⁻0,150,100,15Rest
EN AW-6061AEN AW-AlMgSiCu(A)0,40-0,80,700,15-0,400,150,80-1,20,04-0,35--0,250,15Rest
EN AW-6063EN AW-AlMg0,7Si0,20-0,60,350,100,100,45-0,90,10⁻0,100,100,15Rest
EN AW-6082EN AW-AlSi1MgMn0,7-1,30,500,100,40-1,00,6-1,20,25⁻0,200,100,15Rest
EN AW-7021EN AW-AlZn5,5Mg1,50,250,400,250,101,2-1,80,05⁻5,0-6,00,100,15Rest
EN AW-7075EN AW-AlZn5,5MgCu0,400,501,2-2,00,302,1-2,90,18-0,28⁻5,1-6,10,200,15Rest

*** The sum of metallic elements in the "Others" category, each present in an amount of 0.010% or more, expressed with two decimal places before performing the sum.**

 

Tehnipedia – Provides technical data strictly for informational purposes about the marketed products.

Contactează-ne