EN 10028-3 Grade P355NH normalized or normalized formed (+N)

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EN 10028-3 Grade P355NH normalized or normalized formed (+N)

EN 10028-3 Grade P355NH normalized or normalized formed (+N)

EN 10028-3 Grade P355NH normalized or normalized formed (+N) introduction

Heat-resistant weldable fine grain steel for application in pressure vessel construction.
Max. application temperature: approx. 400 °C

Equivalent material: DIN P355NH, ASTM A299 Grade B, ASTM A299 Grade A, ASTM A737 Grade B, UNS K02803, UNS K12001, BS 225-490BLT20, UNI FeE355-2, SS 2106, ASTM Grade B, DIN WStE355, AS PT490N, IS P355NH, DIN 1.0565, EN WStE 355, EN 1.0565, DIN WStE 355, AFNOR P355NH, AFNOR A510AP, AFNOR A510CP, UNI A510AP, UNI FeE355 KW, BS 225-490 B, BS 500 Nb, BS P355NH, BS 225-490 A, BS 225/490, ISO P35, ISO PH35, ISO P355NH, ASTM Grade 70, ASTM Grade A, UNS K01600, UNS K02003, UNS K02007, UNS K02010, UNS K02700, UNS K02701, UNS K11803, UNS K12037, UNS K12609

EN 10028-3 Grade P355NH normalized or normalized formed (+N) general

Property	Temperature	Value	Condition	Related Standards	Shape
Density	20 °C	Density of 7.83 - 7.84 g/cm³	normalized or normalized formed (+N)	EN 10028-3	Flat
-	20 °C	Density of 7.83 g/cm³	normalized or normalized formed (+N)	EN 10028-3	Flat
-	20 °C	Density of 7.84 g/cm³	normalized or normalized formed (+N)	EN 10028-3	Flat

EN 10028-3 Grade P355NH normalized or normalized formed (+N) thermal

Property	Temperature	Value	Condition	Related Standards	Shape	Comment
Coefficient of thermal expansion	-100 °C	Coefficient of thermal expansion of 1.08e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Coefficient of thermal expansion of 1.19e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Coefficient of thermal expansion of 1.25e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Coefficient of thermal expansion of 1.3e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Coefficient of thermal expansion of 1.36e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Coefficient of thermal expansion of 1.41e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Coefficient of thermal expansion of 1.45e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Coefficient of thermal expansion of 1.49e-05 1/K	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Max service temperature	-	Max service temperature of -20 - 400 °C	normalized or normalized formed (+N)	EN 10028-3	Flat	Long
-	-	Max service temperature of 400 °C	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	Long
-	-	Max service temperature of 500 °C	-	-	-	Typical for Carbon Steel
Melting point	-	Melting point of 1480 - 1526 °C	-	-	-	Typical for Low Carbon Steel
Specific heat capacity	-100 °C	Specific heat capacity of 423 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Specific heat capacity of 430 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Specific heat capacity of 430 - 461 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Specific heat capacity of 461 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Specific heat capacity of 479 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Specific heat capacity of 499 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Specific heat capacity of 517 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Specific heat capacity of 536 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Specific heat capacity of 558 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Specific heat capacity of 587 J/(kg·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Thermal conductivity	-100 °C	Thermal conductivity of 37.6 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Thermal conductivity of 42 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Thermal conductivity of 42 - 42.2 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Thermal conductivity of 42.2 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Thermal conductivity of 43.2 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Thermal conductivity of 42.9 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Thermal conductivity of 41.2 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Thermal conductivity of 39.1 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Thermal conductivity of 36.6 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Thermal conductivity of 34.1 W/(m·K)	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Thermal diffusivity	-100 °C	Thermal diffusivity of 12.9 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Thermal diffusivity of 11.7 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Thermal diffusivity of 11.2 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Thermal diffusivity of 10.3 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Thermal diffusivity of 9.4 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Thermal diffusivity of 8.3 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Thermal diffusivity of 7.1 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Thermal diffusivity of 5.7 mm²/s	normalized or normalized formed (+N)	EN 10028-3	Flat	-

EN 10028-3 Grade P355NH normalized or normalized formed (+N) chemical

Property	Value	Condition	Related Standards	Shape
Aluminium	Aluminium of 0.02 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Carbon	Carbon of 0.18 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Chromium	Chromium of 0.3 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Copper	Copper of 0.3 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Manganese	Manganese of 1.1 - 1.7 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Molybdenum	Molybdenum of 0.08 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Nickel	Nickel of 0.5 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Niobium	Niobium of 0.05 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Nitrogen	Nitrogen of 0.012 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Phosphorus	Phosphorus of 0.025 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Silicon	Silicon of 0.5 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Sulfur	Sulfur of 0.015 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Titanium	Titanium of 0.03 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet
Vanadium	Vanadium of 0.1 %	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet

EN 10028-3 Grade P355NH normalized or normalized formed (+N) magnetic

Property	Value	Comment
Curie temperature	Curie temperature of 770 °C	Typical for Low Carbon Steel

EN 10028-3 Grade P355NH normalized or normalized formed (+N) electrical

Property	Temperature	Value	Condition	Related Standards	Shape	Comment
Electrical conductivity	-	Electrical conductivity of 5 S/m	-	-	-	Predicted Value
Electrical resistivity	-100 °C	Electrical resistivity of 1.82e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Electrical resistivity of 2.47e-07 - 2.5e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Electrical resistivity of 2.47e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Electrical resistivity of 2.5e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Electrical resistivity of 2.96e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Electrical resistivity of 3.68e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Electrical resistivity of 4.55e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Electrical resistivity of 5.56e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Electrical resistivity of 6.75e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Electrical resistivity of 8.13e-07 Ω·m	normalized or normalized formed (+N)	EN 10028-3	Flat	-

EN 10028-3 Grade P355NH normalized or normalized formed (+N) mechanical

Property	Temperature	Value	Condition	Related Standards	Shape	Comment
Elastic modulus	-100 °C	Elastic modulus of 217 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Elastic modulus of 212 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	100 °C	Elastic modulus of 207 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	200 °C	Elastic modulus of 199 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	300 °C	Elastic modulus of 192 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	400 °C	Elastic modulus of 184 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	500 °C	Elastic modulus of 175 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	600 °C	Elastic modulus of 164 GPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Elongation	-	Elongation of 16.9 %	-	-	-	Predicted Value, A80 Transverse
-	-	Elongation of 17.2 %	-	-	-	Predicted Value, A80
-	-	Elongation of 17.8 %	-	-	-	Predicted Value, A200
-	-	Elongation of 20.3 %	-	-	-	Predicted Value, Transverse
-	-	Elongation of 20.6 %	-	-	-	Predicted Value, A50
-	-	Elongation of 21.2 %	-	-	-	Predicted Value, A5
-	20 °C	Elongation of 20 %	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	-
-	20 °C	Elongation of 21 %	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Elongation of 22 %	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Hardness, Brinell	-	Hardness, Brinell of 240 [-]	-	-	-	Predicted Value, Transverse
Poisson's ratio	-	Poisson's ratio of 0.29 [-]	-	-	-	Typical for Low Carbon Steel
Reduction of area	-	Reduction of area of 39.1 %	-	-	-	Predicted Value
-	-	Reduction of area of 43.9 %	-	-	-	Predicted Value, Transverse
Shear modulus	-	Shear modulus of 82 GPa	-	-	-	Typical for Low Carbon Steel
Shear strength	-	Shear strength of 516.8 MPa	-	-	-	Predicted Value
Tensile strength	20 °C	Tensile strength of 440 - 590 MPa	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	-
-	20 °C	Tensile strength of 450 - 630 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 450 - 610 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 450 - 600 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 450 - 590 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 460 - 630 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 460 - 610 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 460 - 600 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 460 - 590 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 470 - 630 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 470 - 610 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 470 - 600 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 470 - 590 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 490 - 630 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 490 - 610 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 490 - 600 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Tensile strength of 490 - 590 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
Yield strength	-	Yield strength of 260.2 MPa	-	-	-	Predicted Value, RP1
-	-	Yield strength of 315.1 MPa	-	-	-	Predicted Value, RP1 Transverse
-	-	Yield strength of 365.8 MPa	-	-	-	Predicted Value, Transverse
-	-	Yield strength of 458.1 MPa	-	-	-	Predicted Value, RP02 Transverse
-	-	Yield strength of 460.4 MPa	-	-	-	Predicted Value, RP05
-	-	Yield strength of 464 MPa	-	-	-	Predicted Value, RP002
-	20 °C	Yield strength of 285 MPa	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	-
-	20 °C	Yield strength of 295 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Yield strength of 305 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Yield strength of 315 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Yield strength of 335 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Yield strength of 345 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	20 °C	Yield strength of 355 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	-
-	50 °C	Yield strength of 275 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	50 °C	Yield strength of 285 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	50 °C	Yield strength of 295 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	50 °C	Yield strength of 305 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	50 °C	Yield strength of 324 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	50 °C	Yield strength of 334 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	50 °C	Yield strength of 343 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 245 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	100 °C	Yield strength of 268 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 277 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 287 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 305 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 314 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	100 °C	Yield strength of 323 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 225 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	150 °C	Yield strength of 249 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 257 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 265 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 282 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 291 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	150 °C	Yield strength of 299 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 206 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	200 °C	Yield strength of 228 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 236 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 244 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 259 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 267 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	200 °C	Yield strength of 275 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	250 °C	Yield strength of 186 MPa	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	RP02
-	250 °C	Yield strength of 209 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	250 °C	Yield strength of 216 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	250 °C	Yield strength of 224 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	250 °C	Yield strength of 238 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	250 °C	Yield strength of 245 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	250 °C	Yield strength of 252 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	300 °C	Yield strength of 167 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	300 °C	Yield strength of 192 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	300 °C	Yield strength of 199 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	300 °C	Yield strength of 206 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	300 °C	Yield strength of 219 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	300 °C	Yield strength of 225 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	300 °C	Yield strength of 232 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 147 MPa	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	RP02
-	350 °C	Yield strength of 178 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 184 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 190 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 202 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 208 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	350 °C	Yield strength of 214 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	400 °C	Yield strength of 117 MPa	normalized or normalized formed (+N)	EN 10028-3	Sheet, Flat	RP02
-	400 °C	Yield strength of 167 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat, Sheet	RP02
-	400 °C	Yield strength of 173 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	400 °C	Yield strength of 179 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	400 °C	Yield strength of 190 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	400 °C	Yield strength of 196 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02
-	400 °C	Yield strength of 202 MPa	normalized or normalized formed (+N)	EN 10028-3	Flat	RP02

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