Equipment for heating and cooling: heat exchangers, air condition evaporators, motor vehicle radiators, freezer linings, office equipment. Tubing, piping, containers, closures. Cladding alloy. Pressure vessels, aircraft and military components.
Very good resistance to atmospheric corrosion. Very good weldability. Good formability by pressing, drawing and roll forming. Medium strength alloy. Better mechanical properties (in particular at elevated temperatures) than 1xxx-alloys. Properties very close to those of 3003.
Precautions and Warnings:
Actual performance requires careful design of tools, lubrication and metal surface condition.
|Chemical Element||% Present|
|Other (Each)||0.05 max|
|Copper (Cu)||0.1 max|
|Chromium (Cr)||0.1 max|
|Titanium + Zirconium (Ti+Zr)||0.1 max|
|Others (Total)||0.15 max|
|Zinc (Zn)||0.2 max|
|Magnesium (Mg)||0.3 max|
|Silicon (Si)||0.5 max|
|Iron (Fe)||0.7 max|
|Manganese (Mn)||0.9 - 1.5|
The material shall be supplied cold rolled (H12) or cold rolled and partially annealed (H22).
Aluminium alloy 4L60 - 3103 is covered by standard BS EN 4L60 (1985)
The most common tempers for 4L60 - 3103 aluminium are:
4L60 - 3103 aluminium is supplied in the following forms:
|Melting Point||655 °C|
|Thermal Expansion||23.1 x10^-6 /K|
|Modulus of Elasticity||69.5 GPa|
|Thermal Conductivity||160 W/m.K|
|Electrical Resistivity||42 % IACS|
Sheet - 0.4mm to 0.8mm
|Elongation A50 mm||5 Min %|
|Tensile Strength||120 Min - 145 Max N/mm2|
Mechanical properties relate to material with a nominal thickness of 0.4mm up to and including 0.8mm. The specification contains other values for different material thicknesses.