Aluminum DIN 3.3523 (H48) – EN 573-3 Grade: Superior Corrosion Resistance & Welding Performance

Aluminum DIN 3.3523 is a non-heat treatable alloy with excellent finishing qualities. DIN 3.3523 offers better corrosion resistance than most aluminum alloys, especially to salt water and marine atmospheres. This alloy can be readily welded using most common techniques and is in fact offers some of the best welding characteristics of all aluminum alloys.

Properties

General

Property	Value	Condition	Related Standards
Density	2.68 g/cm³	H48	EN 573-3, EN 1396, EN 541

Mechanical

Property	Value	Condition	Related Standards	Comment
Bending Fatigue Strength	130.0 MPa	H48	EN 573-3, EN 1396, EN 541
Elastic modulus	70.0 GPa	H48	EN 573-3, EN 1396, EN 541
Plane-Strain Fracture Toughnes	22.0 - 35.0 MPa·√m			Typical for Wrought 5000 Series Aluminium
Poisson's ratio	0.33 [-]			Typical for Wrought 5000 Series Aluminium
Shear modulus	26.3 GPa	H48	EN 573-3, EN 1396, EN 541
Tensile strength	270.0 MPa	H48	EN 573-3, EN 1396
	280.0 - 330.0 MPa	H48	EN 573-3, EN 541

Thermal

Property	Temperature	Value	Condition	Related Standards	Comment
Coefficient of thermal expansion	-50 °C	2.2100000000000002e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	20 °C	2.2100000000000002e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	20 °C	2.38e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	20 °C	2.48e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	20 °C	2.5699999999999998e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	100 °C	2.38e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	200 °C	2.48e-05 1/K	H48	EN 573-3, EN 1396, EN 541
	300 °C	2.5699999999999998e-05 1/K	H48	EN 573-3, EN 1396, EN 541
Max service temperature		150.0 °C			Typical for Wrought 5000 Series Aluminium
Melting point		605.0 - 650.0 °C	H48	EN 573-3, EN 1396, EN 541
		607.0 - 649.0 °C	H48	EN 573-3, EN 1396, EN 541
Specific heat capacity		900.0 J/(kg·K)	H48	EN 573-3, EN 1396, EN 541
Thermal conductivity		130.0 - 150.0 W/(m·K)	H48	EN 573-3, EN 1396, EN 541
		138 W/(m·K)	H48	EN 573-3, EN 1396, EN 541

Electrical

Property	Value	Condition	Related Standards
Electrical conductivity	19000000.0 - 21000000.0 S/m	H48	EN 573-3, EN 1396, EN 541
	20000000.0 S/m	H48	EN 573-3, EN 1396, EN 541
Electrical resistivity	4.76e-08 - 5.26e-08 Ω·m	H48	EN 573-3, EN 1396, EN 541
	5e-08 Ω·m	H48	EN 573-3, EN 1396, EN 541

Chemical properties

Property	Value	Condition	Related Standards
Chromium	0.15 - 0.35 %	H48	EN 573-3, EN 1396, EN 541
Copper	0.1 %	H48	EN 573-3, EN 1396, EN 541
Iron	0.40 %	H48	EN 573-3, EN 1396, EN 541
Magnesium	2.2 - 2.8 %	H48	EN 573-3, EN 1396, EN 541
Manganese	0.1 %	H48	EN 573-3, EN 1396, EN 541
Silicon	0.25 %	H48	EN 573-3, EN 1396, EN 541
Zinc	0.1 %	H48	EN 573-3, EN 1396, EN 541

Technological properties

Property
Anodizing	decorative: good, Protective: very good
Corrosion properties	Seawater: very good to good, weathering: good
Workability	Bending / Spinning (cold): very good / acceptable, Impact extrusion (cold): acceptable, Deep drawing / upsetting (Condition) good (O) / good (H12)

Property

Anodizing

decorative: good, Protective: very good

Corrosion properties

Seawater: very good to good, weathering: good

Workability

Bending / Spinning (cold): very good / acceptable, Impact extrusion (cold): acceptable, Deep drawing / upsetting (Condition) good (O) / good (H12)

EN 573-3 Grade 3.3523 H46 – Premium Aluminum Alloy with Superior Corrosion Resistance & Welding DIN 1725-1 Grade 3.3527 T6 Aluminum Alloy – High Heat Resistance & Corrosion Protection

Metal