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PRE Pitting Resistant Equivalent calculated using the formula: PRE = %Cr + 3.3 x %Mo + 16 x %N CPT Corrosion Pitting Temperature as measured in the Avesta Cell (ASTM G 150), in a 1M NaCl solution (35,000 ppm or mg/l chloride ions). CCT Critical Crevice Corrosion Temperature is the critical crevice corrosion temperature which is obtained by laboratory tests according to ASTM G 48 Method F

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Outokumpu nameGrade familyCNCrNiMoOther
      
Moda 430/4016
Ferritic0.0516.2
Moda 439/4510
Ferritic0.0217.0Ti:0.80
Moda 430Ti/4520
Ferritic0.0216.2Ti:0.45
Moda 4589
Ferritic0.0514.01.70.3Ti:0.39
Moda 410L/4003
Ferritic0.0211.50.5
Moda 409/4512
Ferritic0.0211.50.2Ti:0.30
Core 201LN/4372
Austenitic0.020.1616.24.1Cu:0.75 Mn:6.6
Core 201/4372
Austenitic0.050.0816.13.6Mn:6.6
Core 304/4301
Austenitic0.0418.18.1
Core 304L/4307
Austenitic0.0218.18.1
Core 304L/4306
Austenitic0.0218.210.1
Core 321/4541
Austenitic0.0417.39.1Ti:0.40
Core 304LN/4311
Austenitic0.020.1418.59.2
Core 305/4303
Austenitic0.0417.712.5
Core 301/4310
Austenitic0.1017.07.0
Core 301LN/4318
Austenitic0.020.1417.76.5
Core 347/4550
Austenitic0.0517.59.5Nb:0.6
Core 441/4509
Ferritic0.0217.6Nb:0.30 Ti:0.14
Core 4622
Ferritic0.020.0221.0Cu:0.4 Nb:0.35 Ti:0.15
Supra 316/4401
Austenitic0.0417.210.12.1
Supra 316L/4404
Austenitic0.0217.210.12.1
Supra 444/4521
Ferritic0.0218.02.0Nb:0.40 Ti:0.13
Supra 316plus
Austenitic0.020.1920.38.60.7
Supra 316L/4432
Austenitic0.0216.910.72.6
Supra 316/4436
Austenitic0.0416.910.72.6
Supra 316L/4435
Austenitic0.0217.312.62.6
Supra 316Ti/4571
Austenitic0.0416.810.92.1Ti:0.40
Forta LDX 2101
Duplex0.030.2221.51.50.3Cu:0.3 Mn:5.0
Forta DX 2304
Duplex0.020.1023.04.80.3Cu:0.30
Forta LDX 2404
Duplex0.020.2724.03.61.6Cu:0.40 Mn:3.0
Forta DX 2205
Duplex0.020.1722.45.73.1
Forta SDX 2507
Duplex0.020.2725.07.04.0
Forta SDX 100
Duplex0.020.2725.46.93.8Cu:0.70 W:0.70
Forta H400
Austenitic0.040.2017.54.0Mn:6.8
Forta 430/4016
Ferritic0.0516.2
Forta 304/4301
Austenitic0.0418.18.1
Forta 304L/4307
Austenitic0.0218.18.1
Forta 301/4310
Austenitic0.1017.07.0
Forta 301LN/4318
Austenitic0.020.1417.76.5
Forta 316/4401
Austenitic0.0417.210.12.1
Forta 316L/4404
Austenitic0.0217.210.12.1
Forta 316plus
Austenitic0.020.1920.38.60.7
Forta 316Ti/4571
Austenitic0.0416.810.92.1Ti:0.40
Ultra 317L
Austenitic0.0218.211.63.1
Ultra 904L
Austenitic0.0119.824.24.3Cu:1.4
Ultra 254 SMO
Austenitic0.010.2020.018.06.1Cu:0.7
Ultra 6XN
Austenitic0.010.2020.524.86.5Cu:0.6
Ultra 654 SMO
Austenitic0.010.5024.022.07.3Cu:0.50 Mn:3.5
Ultra Alloy 825
Austenitic0.01023.039.03.2Al:0.1 Cu:1.7 Mn:0.8 Si:0.35 Ti:0.75
Ultra 725LN
Austenitic0.010.1225.022.32.1
Dura 4024
Martensitic0.1613.2
Dura 420/4021
Martensitic0.2013.0
Dura 420/4028
Martensitic0.3012.5
Dura 420/4034
Martensitic0.4513.7
Dura 4122
Martensitic0.4116.11.0
Dura 4110
Martensitic0.5014.80.6
Dura 4116
Martensitic0.5014.40.6V:0.11
Therma 253 MA
Austenitic0.090.1721.011.0Ce:0.05 Si:1.6
Therma 310S/4845
Austenitic0.0525.519.1
Therma 4828
Austenitic0.0519.311.2Si:1.9
Therma 309S/4833
Austenitic0.0622.312.3
Therma 314/4841
Austenitic0.0624.319.2Si:1.7
Therma 4713
Ferritic0.066.5Al:0.8 Si:0.8
Therma 4724
Ferritic0.0712.5Al:0.9 Si:1.0
Therma 304H/4948
Austenitic0.0518.18.3
Therma 321H/4878
Austenitic0.0517.39.1Ti:0.40