EN 10028-2 Grade P295GH normalized or normalized formed (+N)

EN 10028-2 Grade P295GH normalized or normalized formed (+N)

"EN 10028-2 Grade P295GH normalized or normalized formed (+N)" is a specification for steel. It denotes the grade, processing condition, and compliance with standards for the steel.


"EN 10028-2": This refers to the steel's compliance with the European standard EN 10028-2, which specifies requirements for flat products made of steels for pressure purposes.
"Grade P295GH": It indicates that the steel grade is P295GH, which is a pressure vessel steel grade.
"Normalized" or "Normalized formed (+N)": This signifies that the steel has undergone normalization treatment, which involves heating the material to a specific temperature and then cooling it in still air to improve its mechanical properties.

"EN 10028-2 Grade P295GH normalized or normalized formed (+N)" refers to steel that complies with the European standard EN 10028-2, has a grade of P295GH, and has been subjected to either normalization or normalized forming for pressure vessel applications.

Non-alloy heat-resistant steel for steam boiler and pressure vessel construction.
Max. application temp.: approx. 400 °C


Property Temperature Value Condition Related Standards Shape
Density 20 °C
7.83 g/cm³
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
7.83 - 7.84 g/cm³
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
7.84 g/cm³
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normalized or normalized formed (+N) EN 10028-2 Flat


Property Temperature Value Condition Related Standards Shape Comment
Elastic modulus -100 °C
217 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
212 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
207 - 208 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
207 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
208 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
199 - 201 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
199 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
201 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
192 - 193 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
192 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
193 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
184 - 185 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
184 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
185 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
175 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
164 GPa
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normalized or normalized formed (+N) EN 10028-2 Flat
Elongation
15.4 %
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Predicted Value, A200
15.7 %
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Predicted Value, A80
16.6 %
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Predicted Value, A80 Transverse
16.8 %
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Predicted Value, A5
19.2 %
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Predicted Value, A50
20 °C
21 %
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
21 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Hardness, Brinell
244 [-]
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Predicted Value, Transverse
Poisson's ratio
0.29 [-]
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Typical for Low Carbon Steel
Reduction of area
42.0 %
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Predicted Value
43.5 %
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Predicted Value, Transverse
Shear modulus
82 GPa
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Typical for Low Carbon Steel
Shear strength
547.7 MPa
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Predicted Value
Tensile strength 20 °C
430 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
430 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
430 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
430 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
440 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
440 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
440 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
440 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
460 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
460 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
460 - 580 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
460 - 570 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
Yield strength
289.1 MPa
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Predicted Value, RP1 Transverse
299.4 MPa
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Predicted Value, RP1
378.1 MPa
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Predicted Value, RP05
407.3 MPa
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Predicted Value, RP02 Transverse
601.7 MPa
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Predicted Value, RP002
20 °C
220 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
220 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
235 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
235 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
260 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
260 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
285 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
285 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
290 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
290 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
295 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat Transverse
20 °C
295 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat
50 °C
213 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
50 °C
227 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
50 °C
251 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
50 °C
276 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
50 °C
280 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
50 °C
285 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
200 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
214 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
237 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
259 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
264 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
100 °C
268 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
185 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
198 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
219 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
240 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
244 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
150 °C
249 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
170 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
182 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
201 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
221 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
225 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
200 °C
228 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
156 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
167 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
184 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
202 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
206 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
250 °C
209 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
144 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
153 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
170 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
186 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
189 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
300 °C
192 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
133 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
142 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
157 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
172 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
175 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
350 °C
178 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
125 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
133 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
148 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
162 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
165 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02
400 °C
167 MPa
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normalized or normalized formed (+N) EN 10028-2 Flat RP02


Property Temperature Value Condition Related Standards Shape Comment
Coefficient of thermal expansion -100 °C
1.08e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
1.19e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
1.22e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
1.22e-05 - 1.25e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
1.25e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
1.29e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
1.29e-05 - 1.3e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
1.3e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
1.34e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
1.34e-05 - 1.36e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
1.36e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
1.4e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
1.4e-05 - 1.41e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
1.41e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
1.43e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
1.43e-05 - 1.45e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
1.45e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
1.46e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
1.46e-05 - 1.49e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
1.49e-05 1/K
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normalized or normalized formed (+N) EN 10028-2 Flat
Max service temperature
20 - 400 °C
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normalized or normalized formed (+N) EN 10028-2 Flat Long
400 °C
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normalized or normalized formed (+N) EN 10028-2 Flat Long
500 °C
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Typical for Carbon Steel
Melting point
1480 - 1526 °C
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Typical for Low Carbon Steel
Specific heat capacity -100 °C
423 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
430 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
430 - 461 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
461 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
479 - 500 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
479 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
500 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
499 - 540 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
499 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
540 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
517 - 580 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
517 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
580 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
536 - 620 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
536 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
620 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
558 - 690 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
558 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
690 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
587 - 780 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
587 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
780 J/(kg·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
Thermal conductivity 20 °C
46.5 - 47 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
46.5 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
47 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
47 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
47 - 47.2 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
47.2 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
45.9 - 46 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
45.9 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
46 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
43.5 - 44 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
43.5 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
44 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
40.9 - 41 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
40.9 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
41 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
38 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
38 - 38.1 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
38.1 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
35 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
35 - 35.3 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
35.3 W/(m·K)
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normalized or normalized formed (+N) EN 10028-2 Flat
Thermal diffusivity 20 °C
12.9 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
12.2 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
11.1 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
9.9 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
8.7 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
7.3 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
5.9 mm²/s
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normalized or normalized formed (+N) EN 10028-2 Flat


Property Temperature Value Condition Related Standards Shape Comment
Electrical conductivity
6 S/m
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Predicted Value
Electrical resistivity 20 °C
2.2e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
2.2e-07 - 2.24e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
20 °C
2.24e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
2.7e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
2.7e-07 - 2.71e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
100 °C
2.71e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
3.4e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
3.4e-07 - 3.44e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
200 °C
3.44e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
4.3e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
4.3e-07 - 4.31e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
300 °C
4.31e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
5.3e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
5.3e-07 - 5.32e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
400 °C
5.32e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
500 °C
6.5e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
7.86e-07 - 7.9e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
7.86e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat
600 °C
7.9e-07 Ω·m
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normalized or normalized formed (+N) EN 10028-2 Flat


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


Property Value Condition Related Standards Shape
Aluminium
0.02 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Carbon
0.08 - 0.2 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Chromium
0.3 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Copper
0.3 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Manganese
0.9 - 1.5 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Molybdenum
0.08 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Nickel
0.3 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Niobium
0.02 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Nitrogen
0.012 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Phosphorus
0.025 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Silicon
0.4 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Sulfur
0.01 %
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normalized or normalized formed (+N) EN 10028-2 Flat
0.015 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Titanium
0.03 %
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normalized or normalized formed (+N) EN 10028-2 Flat
Vanadium
0.02 %
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normalized or normalized formed (+N) EN 10028-2 Flat


Property
Supplier Disclaimer The given information is a rough description and some properties can depend on various factors such as product thickness. Please contact the supplier or refer to the related norm or standard for further information.


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