Our product range
More than 130 different aluminium alloys of the highest quality
EGA Leichtmetall produces high-strength aluminium billets with a high proportion of secondary aluminium content.
We produce standard specifications with exceptional precision. We also work directly with customers to further tighten specifications or develop new solutions for specific end-use applications.
Our product range includes over 130 aluminium alloys, each with specific alloy compositions that significantly influence the properties of the metal. The main alloying elements silicon, magnesium, manganese, copper and zinc enhance strength and improve corrosion resistance. Additional elements such as bismuth and lead are used to improve chip breaking during milling, drilling and turning, while silver is added to prevent sparking.
Our main alloys
We offer a wide range of alloy compositions to meet individual customer requirements. If you require a specific wrought alloy that is not listed, our team is happy to work with you to find the right solution.
Our top alloys:
EN AW–2007
-
AA2007 (designation according to Teal Sheets)
-
EN AW-AlCuPbMgMn (designation according to DIN EN 573-3(chemical composition))
-
3.1645 (Material No.)
-
AlCuMgPb (short designation)
Our top alloys:
EN AW–2017 / A
-
AA2017A (designation according to Teal Sheets)
-
EN AW-AlCuMgSi(A) (designation according to DIN EN 573-3 (chemical composition))
-
3.1325 (Material No.)
-
AlCuMg1 (short designation)
Our top alloys:
EN AW-2618 / A
-
AA2618A (designation according to Teal Sheets)
-
EN AW-AlCu2Mg1,5Ni (designation according to DIN EN 573-3 (chemical composition))
-
3.1924 (Material No.)
-
AlCuMgNi (short designation)
Our top alloys:
EN AW-2033
-
AA2033 (designation according to Teal Sheets)
-
EN AW-Al Cu2,5MnSiMgBi (designation according to DIN EN 573-3 (chemical composition)
-
AlCu2,5MnSiMgBi (short designation)
Our top alloys:
EN AW-4032
-
AA4032 (designation according to Teal Sheets)
-
EN AW-AI Si12,5MgCuN (designation according to DIN EN 573-3 (chemical composition))
-
AISi12,5MgCuNi (short designation)
Our top alloys:
EN AW-5083
-
AA5083 (designation according to Teal Sheets)
-
EN AW-AIMg4,5Mn (designation according to DIN EN 573-3 (chemical composition))
-
3.3547 (Material No.)
-
AlMg4,5Mn (short designation)
Our top alloys:
EN AW-6026LF
-
AA6026LF (designation according to Teal Sheets)
-
EN AW-Al MgSiBi (designation according to DIN EN 573-3 (chemical composition))
-
AlMgSiBi (short designation)
Our top alloys:
EN AW-6082
-
AA6082 (designation according to Teal Sheets)
-
EN AW-Al SilMgMn (designation according to DIN EN 573-3 (chemical composition))
-
3.2315 (Material No.)
-
AlSilMgMn (short designation)
Our top alloys:
EN AW-7010
-
AA7010 (designation according to Teal Sheets)
-
EN AW-AIZn6MgCu (designation according to DIN EN 573-3 (chemical composition)
-
AlZn6MgCu (short designation)
Our top alloys:
EN AW-7050
-
AA7050 (designation according to Teal Sheets)
-
EN AW-AIZn6CuMgZr (designation according to DIN EN 573-3 (chemical composition))
-
AlZn6CuMgZr (short designation)
Our top alloys:
EN AW-7075
-
AA7075 (designation according to Teal Sheets)
-
EN AW-AIZn5,5MgCu (designation according to DIN EN 573-3 (chemical composition))
-
3.4364 (Material No.)
-
AlZnMgCu1,5 (short designation)
Aluminium alloys and their properties
Main applications:
- Aircraft manufacturing
- Defence technology
- Rail cars
Main applications:
- Automotive industry
- Heat sinks
- Mechanical engineering
Main applications:
- Shipbuilding
- Chemical industry
- Defence technology
Main applications:
- Automotive industry
- Construction
- Mechanical engineering
Main applications:
- Defence technology
- Structural components in aerospace engineering
