Automotive industry

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Reliable, temperature-resistant and corrosion-resistant special materials.

The automotive industry is one of the largest, most important, technically sophisticated industries. It demands top efficiency. As a supplier, this means that we must meet strict requirements and demands top efficiency. When producing components, we are as resource-efficient as possible, work with complete reliability and guaranteed adherence to deadlines.

As a manufacturer of open-die forged workpieces made from special materials, we produce products with enhanced efficiency. Forging the individual components creates homogeneous structure which ensures top material durability and the best possible quality. As a result, our products are ideal for use at high temperatures and in the presence of corrosive media, e.g. in exhaust and injection systems.

As the development of highly efficient engines continues to increase, the need for special materials will continue to grow in the future. The automotive industry no longer focuses only on vehicles with traditional combustion engines; increasingly, e-mobility is also a key aspect. This has given rise to new requirements in relation to the materials used and the manufacturing processes – and we can meet these requirements entirely according to your specifications.

Our products can reliably withstand the conditions to which they are exposed. To do so, we use the advantages of forging technology and the exceptional properties of our special alloys.

List of special materials used in the automotive industry

Material no.
Name
UNS no.
ASTM
VdTÜV
Other
Material type
1.3912
Alloy 36
K93600
SEW 385 / DIN 17745
Expansion alloy
1.3917
Alloy 42
SEW 385 / DIN 17745
Expansion alloy
1.3981
Alloy K
K94610
F 15
SEW 385, DIN 17745
Expansion alloy
1.4876H
Alloy 800H
N08810
B408 / B564
434
DIN EN 10302 (1.4958)
High-temperature alloy
1.4876HT
Alloy 800HT
N08811
B408 / B564
DIN EN 10302 (1.4959)
High-temperature alloy
1.4980
Alloy 286
S66286
A453 Grade 660
435
DIN EN 10269 / DIN EN 10302
High-temperature alloy
2.4068
Alloy 201
N02201
B160
345
DIN 17740/17752
Corrosion-resistant alloy
2.4633
Alloy 602CA
N06025
B166 / B564
540
DIN 17742/17752
High-temperature alloy
2.4663
Alloy 617
N06617
B166 / B564
485
DIN 17744/17752
Superalloy
2.4668
Alloy 718
N07718
B637
DIN EN 10302, API 6A718
Superalloy
2.4816
Alloy 600
N06600
B166 / B564
305
DIN 17742/17752 / DIN EN 10095
High-temperature alloy
2.4851
Alloy 601
N06601
B166
DIN 17742/17752 / DIN EN 10095
High-temperature alloy
2.4856
Alloy 625
N06625
B446 / B564
499
DIN 17744/17752 / DIN EN 10095
Corrosion-resistant alloy
2.4952
Alloy 80A
N07080
B637
DIN EN 10269 / DIN EN 10302
Superalloy
3.7035
Titan Grade 2
R50400
B348 / B381
230/3
DIN 17850/17862
Reactive metals
3.7165
Titan Grade 5
R56400
B348 / B381
DIN 17851/17862
Reactive metals