3003 aluminum foil overview

I-aluminium foil 3003 is the most widely used alloy in the 3000 uchungechunge. 3003 alloy aluminum foil adds metallic manganese to improve the physical properties of the aluminum foil. It is also known as theAl-Mnseries metal and has a series of remarkable properties and a wide range of applications.

3003 i-aluminium foil
3003 i-aluminium foil

3003 aluminum alloy foil material properties

3003 aluminum foil is mainly composed of aluminum, manganese and other elements. The addition of manganese element significantly improves its strength and corrosion resistance. 3003 aluminum foil is about 10% stronger than 1100, but the overall strength is not high (slightly higher than 1000 uchungechunge industrial pure aluminum). Ngesikhathi esifanayo, it has excellent anti-rust properties. Its corrosion resistance is very good, close to the corrosion resistance of industrial pure aluminum. It has good corrosion resistance to the atmosphere, fresh water, sea water, food, organic acids, gasoline, neutral inorganic salt water solutions, njll. The corrosion resistance in dilute acid is also very good.

I-aluminium foil 3003 element composition

I-aluminium foil 3003 chemical element content (%)
IsiciAlUMnCuFeFuthiZnEachTotal
Ukwakheka (%)96.7-991.0-1.50.05-0.200.70.60.100.050.15

3003 aluminum foil mechanical properties

Here is a table listing the typical mechanical properties of 3003 i-aluminium foil:

ImpahlaValueNotes
Amandla Okuqina130 – 170 I-MPaVaries depending on temper and thickness
Isivuno Amandla~115 MPaVaries depending on temper and thickness
Elongation1 – 8%Varies depending on thickness and temper
Ukuqina~40 HB (Brinell Hardness)Varies depending on temper

Temper-Specific Properties

Annealed (O Temper)

ImpahlaValue
Amandla Okuqina~130 MPa
Isivuno Amandla~70 MPa
Elongation~8%

Half Hard (H14 Temper)

ImpahlaValue
Amandla Okuqina150 – 165 I-MPa
Isivuno Amandla125 – 140 I-MPa
Elongation1 – 4%

Full Hard (H18 Temper)

ImpahlaValue
Amandla Okuqina165 – 170 I-MPa
Isivuno Amandla140 – 150 I-MPa
Elongation~1%