Cross-reference tables for DIN aluminium wrought alloys: Part 1

Abstract:

Cross-reference tables between alphanumeric and numeric temper designations for wrought aluminum alloys according to DIN 1788 and DIN 1790 standard specifications are given in this article. It covers sheets and strips with thickness from 0,021 to 0,035mm and aluminium alloy wires.

DIN 1788

Sheet and strip of wrought aluminum and aluminum alloys, with thickness from 0.021 to 0.350 mm, mechanical properties

Alphanumeric designation (Kurzzeichen) Numeric designation
(Werkstoff-nummer)
AI99,98R W4 3.0385.10
F14 .32
Al99,5 W6 3.0255.10
W7 .10
F9 .24
F11 .26
G11 .27
F13 .30
G13 .31
F15 .32
F18 .34
Al99 W6 3.0205.10
W7 .10
W8 .10
F12 .26
F14 .30
F16 .32
F19 .34
AlFeSi W8 3.0915.10
F11 .24
G11 .25
F13 .26
G13 .27
F15 .28
G15 .29
F17 .30
F20 .32
AlMnCu W10 3.0517.10
G13 .25
F15 .26
G15 .27
F17 .28
G17 .29
F19 .30
AlMn0.5Mg0.5 W11 3.0505.10
G16 .25
F17 .26
G17 .27
F20 .28
G20 .29
F22 .30
F24 .32
AlMn1Mg0,5 W13 3.0525.10
G17 .25
G21 .31
F25 .32
AlMn1Mg1 W16 3.0526.10
F19 .24
G19 .25
F21 .26
G21 .27
F23 .28
G23 .29
F25 .30
G25 .31
F28 .32
AlMg1 W11 3.3315.10
G12 .25
F15 .26
G15 .27
F17 .28
F19 .30
F22 .32
AlMg2,5 W18 3.3523.10
G26 .29
F32 .34
AlMg3 W19 3.3535.10
F24 .26
G24 .27
F27 .28
G27 .29
F29 .30
G29 .31
F32 .32
AlMg4,5 G34 3.3345.31
F37 .32
G37 .33

DIN 1790

Wire of wrought aluminum and aluminum alloys; mechanical properties

Alphanumeric designation (Kurzzeichen) Numeric designation
(Werkstoff-nummer)
Al99,8R W4 3.0385.10
F7 .26
F11 .30
Al99,9 W4 3.0305.10
F7 .26
F11 .30
Al99,8 W6 3.0285.10
F9 .26
F12 .30
Al99,5 W7 3.0255.10
F10 .26
F14 .30
Al99 W8 3.0205.10
F11 .26
F15 .30
Al99,9Mg0,5 W7 3.3308.10
F10 .26
F13 .30
Al99,9Mg1 W10 3.3318.10
F13 .26
F16 .30
Al99,85Mg0,5 W7 3.3307.10
F10 .26
F13 .30
Al99,85Mg1 W10 3.3317.10
F13 .26
F16 .30
AlMn W10 3.0515.10
F13 .26
F16 .30
AlMg1 W10 3.3315.10
F14 .26
F19 .30
AlMg2Mn0,3 W15 3.3525.10
F19 .24
F23 .28
G22 .29
AlMg2,5 W17 3.3523.10
F21 .24
F25 .28
G24 .29
AlMg3 W18 3.3535.10
F23 .24
F27 .28
G26 .29
AlMg5 W27 3.3555.10
F31 .26
F35 .30
G34 .31
AlMgsSi0,5 W9 3.3206.10
F12 .26
F15 .41
F20 .53
F22 .61
F27 .56
F30 .73
AlMgSi1 W11 3.2315.10
F15 .26
F20 .41
F25 .53
F28 .61
F32 73
AlCu2,5Mg0,5 F18 3.1305.26
F27 .41
F31 .53
AlCuMg1 F22 3.1325.26
F38 .41
F42 .53
AlCuMg2 F26 3.1355.26
F42 .41
F48 .53
AlZn4,5Mg1 F35 3.4335.61
AlZnMgCu0,5 F20 3.4345.26
F46 .46
AlZnMgCu1,5 F25 3.4365.26
F51 .61
F55 .73

Søg i Vidensbasen

Skriv en sætning for at søge efter:

Søg ud fra

Fuld tekst
Nøgleord

Overskrifter
Abstracts

Denne artikel tilhører en serie af artikler. Du kan klikke på linkene nedenfor for at læse mere om dette emne.

With Total Materia finding information about a metal standard specification, its current status and the materials it defines is one click away.

Within seconds it is also possible for you to find related detailed material property data or search equivalent materials starting from the Total Materia standard list.

To get started, click on the standard list button in the menu bar.

solution img

By simply selecting a Standard Development Organization (SDO) and/or typing the standard number, you receive immediate results from the multi-lingual database containing over 30,000 standards.

For example, you can review all metal standards from UNI by selecting this SDO from the popup.

solution img

The result list consists of over 1400 UNI metal standards. Information includes: standard description, year of last issue, current status (valid, replaced, etc.) and a hot link to the materials defined by this standard.

solution img

By simply clicking the materials hot link, you can see a list of metal materials defined by the selected standard.

solution img

From the list of materials, you can review detailed properties and equivalents of each material.

solution img

For you’re a chance to take a test drive of the Total Materia database, we invite you to join a community of over 150,000 registered users through the Total Materia Free Demo.