P265GH delivery forms
Boiler steel grades | |||||
Steel grades
| Steel grade DIN
| Dimensions mm | Special thicknesses | ||
Thickness | Width
| Length up to
| |||
P 265 GH | 1.0425 | 3 – 250 | 1000 – 4000 | 14,000 | 7,9,11,13,14,16,18,22,28,32
|
P265GH delivery forms
Boiler steel grades | |||||
Steel grades
| Steel grade DIN
| Dimensions mm | Special thicknesses | ||
Thickness | Width
| Length up to
| |||
P 265 GH | 1.0425 | 3 – 250 | 1000 – 4000 | 14,000 | 7,9,11,13,14,16,18,22,28,32
|
Chemical Composition of P265GH Steel
| EN 10028-2
|
С
| <0,2
|
Si
| <0,4
|
Mn
| 0.6-1.4
|
P
| <0,025
|
S
| <0.01
|
Cr
| <0,3
|
Mo
| <0.08
|
Ni
| <0,3
|
V
| <0.02
|
Nb
| <0.02
|
Ti
| <0.03
|
Al
| >0.02
|
Cu
| <0,3
|
N
| <0.012 |
Fe
| Other
|
Mechanical properties of P265GH material
Per EN 10028-2
|
| ||||||
+N
|
| ||||||
Nominal thickness, (mm)
| < 16
| 16 – 40
| 40 – 60
| 60 – 100
| 100 – 150
| 150 – 200
|
|
Minimum yield strength, ReH (MPa)
| 265
| 255
| 245
| 215
| 200
| 185
|
|
Tensile strength (tensile strength) , Rm (MPa)
| 410-530
| 410-530
| 410-530
| 410-530
| 400-530
| 390-530
|
|
Minimum elongation after break, A (%)
| 22
| ||||||
Minimum absorbed energy at 20°C, J (J )
| 40
| ||||||
Minimum absorbed energy at 0°C 32°F], J (J)
| 34
|
| |||||
Minimum absorbed energy at -20°C, J (J)
| 27
|
| |||||
Yield strength at 50°C, ReH (MPa)
| 256
| 247
| 237
| 208
| 193
| 179
|
|
Yield strength at 100°C, ReH (MPa)
| 241
| 232
| 223
| 196
| 182
| 168
|
|
Yield strength at 150°C, ReH (MPa)
| 223
| 215
| 206
| 181
| 169
| 156
|
|
Yield strength at 200°C, ReH (MPa)
| 205
| 197
| 190
| 167
| 155
| 143
|
|
Yield strength at 250°C, ReH (MPa)
| 188
| 181
| 174
| 153
| 142
| 131
|
|
Yield strength at 300°C, ReH (MPa)
| 173
| 166
| 160
| 140
| 130
| 121
|
|
Yield strength at 350°C, ReH (MPa)
| 160
| 154
| 148
| 130
| 121
| 112
|
|
Yield strength at 400°C, ReH (MPa)
| 150
| 145
| 139
| 122
| 114
| 105
|
|