Material 1.4362

Duplex Superduplex

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1.4362

Standards

HDIN / EN US-Standard AFNOR UNI JIS request
request

Material Category: Duplex Superduplex

Chemical Composition

C % Si % Mn % P % S % Cr % Cu % Mo % N % Ni %
max 0,03 max 1,00 max 2,00 max 0,035 max 0,015 22,00 - 24,00 0,10 - 0,60 0,10 - 0,60 0,050 - 0,200 3,50 - 5,50

 

Product Specifications

DIN EN 10028-7 (10/2016)
DIN EN 10088-1 (12/2014)
DIN EN 10088-2 (12/2014)
DIN EN 10088-3 (12/2014)
DIN EN 10088-4 (01/2010)
DIN EN 10088-5 (07/2009)
DIN EN 10217-7 (01/2015)
DIN EN 10222-5 (06/2017)
DIN EN 10250-4 (02/2000)
DIN EN 10272 (10/2016)
DIN EN 10272 (10/2016)
DIN EN 10296-2 (02/2006)
DIN EN 10297-2 (02/2006)
DIN EN 10312 (12/2005)

Mechanical Properties

DIN EN 10272 (10/2016)
Stäbe aus nichtrostendem Stahl für Druckbehälter.
 
Stäbe  
lösungsgeglüht 0,2% Dehngrenze (Rp0,2) Zugfestigkeit (Rm) Bruchdehnung (A5, 65) Härte [HBW] Kerbschlagarbeit KV (ISO-V/Charpy-V) Probenlage bei Temperatur
<= 160 mm         >= 40 Joule längs ~ -40 ° C
<= 160 mm >= 400 N/mm² 600 - 830 N/mm² >= 25 % <= 260 HBW >= 100 Joule längs ~ 20 ° C
  >= 265 N/mm² >= 490 N/mm²         ~ 250° C
  >= 280 N/mm² >= 500 N/mm²         ~ 200 ° C
  >= 300 N/mm² >= 520 N/mm²         ~ 150 ° C
  >= 330 N/mm² >= 540 N/mm²         ~ 100 ° C
 lösungsgeglüht+kalt nachgezogen Zugfestigkeit (Rm) Bruchdehnung (A5, 65) /
Probenlage
bei Temperatur
<= 160 mm 800 - 1.030 N/mm² >= 20 % / längs ~ 20 ° C

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