Η παγκοσμίως περιεκτικότερη βάση δεδομένων για υλικά
Language
Language
Choose language

Cross-referencing between numeric and alphanumeric temper designations to DIN 17672 and DIN 17673

Περίληψη:

Standard specifications DIN 17672 and DIN 17673 describe alphanumeric and numeric temper designation systems for wrought copper alloys. In this article are given cross-reference tables between these two systems for rods, bars and drop forgings made of wrought copper and copper alloys.

DIN 17672
Rod, bar of wrought copper and copper alloys

Copper
Alphanumeric designation Numeric designation
SW-Cu zh 2.0076.20
F20 .10
F22 .10
F25 .26
F30 .30
F37 .32
SF-Cu zh 2.0090.20
F20 .10
F22 .10
F25 .26
F30 .30
F37 .32

Cu - Zn Alloys

Alphanumeric designation Numeric designation
CuZn5 F22 2.0220.10
F27 .26
F33 .30
CuZn10 F24 2.0230.10
F30 .26
F36 .30
CuZn15 F26 2.0240.10
F32 .26
F38 .30
CuZn20 F27 2.0250.10
F33 .26
F40 .30
CuZn28 F28 2.0261.10
F36 .26
F43 .30
CuZn30 F28 2.0265.10
F36 .26
F43 .30
CuZn33 F29 2.0280.10
F39 .26
F44 .30
CuZn36 F30 2.0335.10
F38 .26
F45 .30
F55 .32
CuZn37 p 2.0321.08
zh .20
F30 .10
F38 .26
F45 .30
F55 .32
CuZn40 p 2.0360.08
zh .20
F35 .10
F42 .26
F48 .30

Cu - Zn Alloys with Lead

Alphanumeric designation Numeric designation
CuZn36Pb1,5 p 2.0331.08
zh .20
F30 .10
F38 .26
F45 .30
CuZn37Pb0,5 p 2.0332.08
zh .20
F30 .10
F38 .26
F45 .30
CuZn36Pb3 p 2.0375.08
zh .20
F35 .10
F41 .26
F47 .30
CuZn38Pb1,5 p 2.0371.08
zh .20
F34 .10
F41 .26
F48 .30
CuZn39Pb0,5 p 2.0372.08
zh .20
F35 .10
F42 .26
F48 .30
CuZn39Pb2 p 2.0380.08
zh .20
F37 .10
F44 .26
F50 .30
CuZn39Pb3 p 2.0380.08
zh .20
F37 .10
F44 .26
F51 .30
CuZn40Pb2 p 2.0402.08
zh .20
F37 .10
F44 .26
F51 .30

Cu - Al Alloys and Other Alloying Elements

Alphanumeric designation Numeric designation
CuZn20Al p 2.0460.08
CuZn31Si p 2.0490.08
F45 .27
F50 .31
CuZn35Ni p 2.0540.08
F45 .09
F50 .27
F55 .31
CuZn37Al F45 2.0510.27
F50 .31
CuZn40Al1 p 2.0561.08
F45 .27
F52 .31
CuZn40Al2 p 2.0550.08
F55 .97
F60 .98
F65 .31
CuZn40Ni p 2.0571.08
F45 .27
F50 .31
CuZn40Mn p 2.0572.08
F45 .27
F50 .31
CuZn40MnPb p 2.0580.08
F40 .09
F45 .27
F50 .31

Cu - Sn Alloys

Alphanumeric designation Numeric designation
CuSn6 F35 2.1020.10
F41 .26
F48 .30
F56 .32
F65 .34
CuSn8 F40 2.1030.10
F46 .26
F53 .30
F60 .32
F70 .34

Cu - Ni - Zn Alloys

Alphanumeric designation Numeric designation
CuNi10Zn42 F52 2.0770.26
F60 .30
CuNi12Zn24 F35 2.0730.10
F45 .26
F55 .30
F65 .32
CuNi12Zn30Pb F42 2.0780.26
F50 .30
CuNi18Zn20 F40 2.0740.10
F48 .26
F55 .30
F65 .32
CuNi18Zn19Pb F44 2.0790.26
F53 .30

Cu - Ni Alloys

Alphanumeric designation Numeric designation
CuNi10Fe p 2.0872.08
F28 .10
F36 .26
CuNi30Fe F35 2.0882.10
F43 .26

Cu - Al Alloys

Alphanumeric designation Numeric designation
CuAl5 F35 2.0916.10
F45 .30
CuAl8 p 2.0920.08
F38 .10
F50 .30
CuAl8Fe p 2.0932.08
F48 .97
F60 .30
CuAl10Fe p 2.0936.08
F60 .97
F70 .98
CuAl9Mn p 2.0960.08
F50 .97
F60 .98
CuAl10Ni p 2.0966.08
F65 .97
F75 .98
CuAl11Ni p 2.0978.08
F75 .97
F85 .98

Low-Alloyed Copper Alloy (Not for percipitation hardening)

Alphanumeric designation Numeric designation
CuAsP zh 2.1491.20
F20 .10
F22 .10
F25 .26
F30 .30
F37 .32
CuCd1 p 2.1266.08
F34 .26
F37 .26
40 .26
CuMn2 F27 2.1363.10
CuMn5 F36 2.1366.10
CuSi2Mn F30 2.1522.10
F34 .26
F40 .30
CuSi3Mn F35 2.1525.10
F50 .26
F60 .30
CuSP F22 2.1498.10
F27 .26
CuTeP F22 2.1546.10
F27 .26

Low - Alloyed Copper alloy (For percipitation hardening)

Alphanumeric designation Numeric designation
CuCd1 F35 2.1266.26
CuSp F22 2.1498.10
F27 .26
CuTeP F22 2.1546.10
F27 .26
CuCoBe F65 2.1285.60
F75 .76
CuCr F38 2.1291.60
F43 .73
F48 .77
CuCrZr F38 2.1293.60
F43 .73
F48 .77
CuNi1,5Si F44 2.0853.60
F60 .73
CuNi2Si F50 2.0855.60
F65 .73
CuNi3Si F70 2.0857.60
F80 .73

DIN 17673
Drop forgings of wrought copper and copper alloys

Copper alloy
Alphanumeric designation Numeric designation
E-Cu F20 2.0060.08
SF-Cu F20 2.0090.08
F28 .09

Cu-Zn Alloy

Alphanumeric designation Numeric designation
CuZn40 F35 2.0360.08
CuZn38Pb1,5 F35 2.0371.08
CuZn39Pb0,5 F35 2.0372.08
CuZn39Pb2 F37 2.0380.08
CuZn39Pb3 F37 2.0401.08
CuZn40Pb2 F37 2.0402.08

Cu-Zn Alloy with Other Alloying Elements

Alphanumeric designation Numeric designation
CuZn20Al F30 2.0460.08
CuZn35Ni F45 2.0540.08
CuZn40Al1 F45 2.0561.08
CuZn40Al2 F52 2.0550.08
CuZn40Ni F40 2.0571.08
CuZn40Mn F40 2.0572.08
CuZn40MnPb F40 2.0580.08

Cu-Ni Alloy

Alphanumeric designation Numeric designation
CuNi10Fe F26 2.0872.08

Cu-Al Alloy

Alphanumeric designation Numeric designation
CuAl8 F38 2.0920.08
CuAl8Fe F42 2.0932.08
CuAl10Fe F60 2.0936.08
CuAl9Mn F50 2.0960.08
CuAl10Ni F65 2.0966.08
F75 2.0966.09
CuAl11Ni F75 2.0978.08
F85 2.0978.09

Low - Alloyed Copper Alloy

Alphanumeric designation Numeric designation
CuCd F35 2.1266.08
CuCr F35 2.1291.60
F42 2.1291.61
CuCrZr F35 2.1293.60
F42 2.1293.60
CuNi2Si F50 2.0855.60
CuNi3Si F70 2.0857.60

Date Published: Oct-2002

ΔΩΡΕΑΝ ΔΟΚΙΜΗ

Αναζήτηση στη βιβλιοθήκη πληροφοριών

Εισάγετε μια φράση για αναζήτηση:

Αναζήτηση με

Πλήρες κείμενο
Λέξεις-κλειδιά

Επικεφαλίδες
Περιλήψεις

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.