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Stainless steels & corrosion resistant alloys

Chemical analysis
Designation
Trade names		ENAISI or UNSAFNORCCrNiMoNOthersComments
UR 35N - 23041.4362
X2 Cr Ni 23-4		S 32304Z3 CN 23.04 Az<0.03234-0.1 Duplex and Superduplex
UR 45N - 22051.4462
X2 Cr Ni Mo N 22-5-3		S 31803Z3 CND 22.05 Az<0.03225.32.80.16 
UR 45N+ - 2306 Mo1.4462
X2 Cr Ni Mo N 22-5-3		S 31803 / S 32205Z3 CND 22.05 Az<0.0322.663.30.18 
UR 47N+ - SAF 25071.4410
X2 Cr Ni Mo N 25-7-4		S 32750Z3 CND 25.07 Az<0.032573.50.25 
UR 52N+ - 2507 Cu1.4507
X2 Cr Ni Mo Cu N 25-6-3		S 32550 / S 32520Z3 CNDU 25.07 Az<0.032573.50.251<Cu<2
UR 76N1.4501
X2 Cr Ni Mo Cu W N 25-7-4		S 32760 <0.032573.50.22Cu=0.6 W=0.6
ULTIMET R 31233  2695 Co=Bal.
FERRALIUM 255 S 32550  25.55.53.4 Mn=1.5 Si=1
LEWMET 15   0.15-0.2527-297-92-2.5 Cu=3-3.5
CD4MCu J 93370 <0.0424.5-26.54.75-61.75-2.25 Cu=2.75-3.25
18.9 (H)1.4301
X5 Cr Ni 18-10		304 (H)Z6 CN 18.9<0.0718.59-- Austenitic
18.10 N1.4315
X5 Cr Ni N 19-9		304 N <0.0618.58.5-0.17 
18.9 L1.4307
X2 Cr Ni 18-9		304 LZ3 CN 18.10<0.0318.59-- 
18.10 Ti1.4541321 - 347Z6 CNT 18.10<0.0817.59.5--Ti>5(C+N)
18.10Nb1.4550321 - 347Z6 CNNb 18.10     Nb/Cb>8C
18.10LN1.4311
X2 Cr Ni N 18-10		304 LNZ3 CN 18.10 Az<0.0318.59.5-0.15 
17.12.21.4401316 (316 Mo)Z7 CND 17.11.02<0.071710.52.1- 
(17.13.3)1.4436316 (316 Mo) <0.051711.52.6- 
17.12.2 L1.4404
X2 Cr Ni Mo 17-12-2		316 LZ3 CND 17.11.02<0.031711.52.1- 
17.12.2 Ti1.4571316 Ti – 316 NbZ6 CNDT 17.12<0.0817112.1-Ti>5(C+N)
17.12.2 Nb1.4580316 Ti – 316 NbZ6 CNDNb 17.12     Nb/Cb>10C
17.12.3 L1.4432316 LMo <0.031711.52.6- 
18.14.3 L1.4435316 LMoZ3 CND 17.12.03<0.0317.5132.6- 
17.13.3 LN1.4429
X2 Cr Ni Mo N 17-13-3		316 LN <0.0317.511.52.60.15 
18.15.4 L1.4438
X2 Cr Ni Mo 18-15-4		317 L <0.0318.5143.2- 
18.12.4 LN1.4434
X2 Cr Ni Mo N 18-12-4		317 LN <0.0318.5133.50.15 
17.13.5 LN1.4439
X2 Cr Ni Mo N 17-13-5		317 LNMZ3 CND 18.14.05 Az<0.0318144.20.15 
UR B61.4539
X1 Ni Cr Mo Cu 25-20-5		N 08904Z2 NCDU 25.20 Az<0.0220254.30.13Cu=1.5Super Austenitic
UR B251.4547
X1 Cr Ni Mo Cu N 20-18-7		S 31254 <0.03201860.2Cu=0.5/1
254 SMO S 31254 <0.0219.5-20.517.5-18.56-6.50.2Cu=0.5/1
UR B261.4529
X1 Ni Cr Mo Cu N 25-20-7		N 08925/6 <0.0220256.20.2Cu=1
AL-6X N 08925/6 <0.0320-2223.5-25.56-7 Mn=2 SI=0.75
UR B461.4565
X1 Cr Ni Mo Mn N 24-17-5		S 34565 <0.0324174.50.4Mn=4.5
UR B66(Type X1 Cr Ni Mo Mn Cu 24-22-6-3)S 31266 <0.025242260.4Mn=3 Cu=1.5 W=2
UR B281.4563
X1 Ni Cr Mo Cu 31-27-4		N 08028 <0.0227313.5-Cu=1
SANICRO 28 N 08028 <0.0227313.5 Cu=1
2RK651.4539
X1 Ni Cr Mo Cu N 25.20.5		N 08904Z1 NCDU 25.20.04<0.0220254.5 Cu=1.5
904L N 08904 0.0120254.5 Cu=1.5
JS 700 N 08700 <0.0419-2324-264.3-5  
20CB-3 N 08020 0.0619-2132.5-382.0-3.0 Cu=3-4
UREA 316L1.4435
X2 Cr Ni Mo 18-14-3		316 L modified <0.0317.513.52.6-Si<0.5Urea grades
UREA 25-22-21.4466
X1 Cr Ni Mo N 25-22-2		310 Mo LN<0.0225222.10.12Si<0.4
UR 16-304 L NAG <0.01518.512--Si<0.15Nitric acid grades
UR 651.4335
X1 Cr Ni 25-21		(310 L NAG)<0.0152521--Si<0.3
UR S11.4361
X1 Cr Ni Si 18-15-4		S 30600<0.0151714.5- -

Si=4
UR 825-N 08825 <0.0222413-Cu=2 Ti<1Nickel base and Titanium
UR 6252.4856
Ni Cr 22 Mo 9 Nb		N 06625 <0.0321.5609-Nb/Cb=3.5
HASTELLOY® C22®-N 06022 <0.01521.5Bal.13.5-Fe=4 W=3
HASTELLOY® C276-N 10276 <0.0115.5Bal.16-Fe=5 W=3
HASTELLOY® G35 N 06035 <0.0533Bal.8  
HASTELLOY® G30 N 06030
 <0.0328-31.5Bal.4-6 Co<5
INCONEL 686 N 06686  21Bal.16.3 W=3.9
INCONEL 625 N 06625  20-23>588-10 Nb+Ta=3.15 - 4.15
INCOLOY 825 N 08825  19.5-23.538-462.5-3.5 Cu=1.5-3.0
LEWMET 125    23.5Bal.7.2 Co=6
TITANIUM-B265 grade1 <0.10    O=0.06
  B265 grade 2 <0.10    O=0.10