Aluminium and aluminium alloys · Сплав AW-6060 - 3.3206

Aluminum Alloy AW-6060 (3.3206): Engineering and Technical Reference

Engineering and Technical Analysis of AW-6060 Alloy

Aluminum wrought alloy AW-6060, classified according to EN 573-3 as an Al-Mg-Si system material, is a key product in the EV Group China nomenclature. Its demand in high-tech industries is due to the synergy of high corrosion resistance, excellent ductility for extrusion, and an aesthetically high-quality surface after anodizing, which makes it an optimal choice for precision engineering solutions.

StandardAreas of ApplicationAlternative Designations
EN 573-3: Aluminum and aluminum alloys. Chemical composition and form of wrought products.Manufacturing of architectural and structural profiles of complex cross-section, precision pipes, rods, components for furniture fittings, and sheet metal for decorative and functional tasks.European standards
EN 573-3: Aluminum and aluminum alloys. Chemical composition and form of wrought products.Manufacturing of architectural and structural profiles of complex cross-section, precision pipes, rods, components for furniture fittings, and sheet metal for decorative and functional tasks.AlMgSi0,5, 3.3206

Brand Chemical Composition of AW-6060 Alloy (EN 573-3)

Rigorous control over the percentage content of alloying elements in AW-6060 alloy at EV Group China's production facilities ensures the stability and predictability of its physical and mechanical properties in each batch of rolled products, which is critically important for serial production.

Cr<0,05
Cu<0,10
Fe0,10-0,30
Mg0,35-0,60
Mn<0,10
Si0,30-0,60
Ti<0,10
Zn<0,15
Others<0,15
AlRemainder

Mechanical Characteristics of AW-6060 Alloy in T6 Delivery Condition

Heat treatment according to the T6 regime, including quenching followed by artificial aging, imparts to the AW-6060 alloy an optimal combination of strength and ductility. This delivery condition is the most demanded for the production of critical engineering structures and elements.

Material ConditionTensile Strength (Rm), MPaYield Strength (Rp0.2), MPaElongation, %Brinell Hardness, HBModulus of Elasticity, MPaCoefficient of Thermal Expansion, µm/m-°CThermal Conductivity, Wt/mKElectrical Resistivity, Ωmm²/m
Material ConditionTensile Strength (Rm), MPaYield Strength (Rp0.2), MPaElongation, %Brinell Hardness, HBModulus of Elasticity, MPaCoefficient of Thermal Expansion, µm/m-°CThermal Conductivity, Wt/mKElectrical Resistivity, Ωmm²/m
T6210160105526 10023,42000,032

Physical Constants

The calculated density of aluminum alloy AW-6060 under normal conditions is 2.70 kg/dm³, which is a fundamental parameter for weight and strength calculations of structures.

Correlation with International Standards and Analogues

To ensure compatibility in international projects and correct selection of interchangeable materials, EV Group China provides data on equivalent grades of AW-6060 alloy according to key global standards:

USA (ASTM)Germany (DIN)Japan (JIS)Russia (GOST)
AA6060, AA6063AlMgSi6063AD31