Cold Formed SHS

EN 10219 Member capacity tablesIssue 1 - 1998

Cold Formed

PLEASE NOTECare has been taken to ensure that the contents of this publication are accurate, but British Steel plc and its subsidiary companies donot accept responsibility for errors or for information which is found to be misleading. Suggestions for or descriptions of the end use orapplication of products or methods of working are for information only and British Steel plc and its subsidiaries accept no liability inrespect thereof. Before using products supplied or manufactured by British Steel plc the customer should satisfy themselves of their suit-ability. If further assistance is required, British Steel plc within the operational limits of its research facilities may often be able to help.

Member Capacity TablesThe following tables give the axial tension capacity andcompression resistance for British Steel Tubes and Pipescold formed structural hollow sections to EN 10219 for usewith limit state methods of design.

Section Properties/Grade AvailabilityThe sectional properties used in these tables are in accor-dance with EN 10219. For further information on Sectionalproperties and grade availability see TD 402 & TD403.

Design StrengthThe material design strength has been taken as theminimum value of yield strength in accordance with EN 10219.

Resistance and CapacitiesThe basis of calculation is taken as ENV 1993-1-1 in conjunction with the UK NAD. The values have been calculated using the material design strength and a gm =1.05 and for the compression capacity design strut curve ‘C’.

Grade Yield Strength N/mm2

EN 10219 S275J2H 275

EN 10219 S355J2H 355

For other European countries the capacities or resistancescan be calculated by application of the appropriate gm factoras follows:

Nc.Rd (country) = Nc.Rd (UK) •1.05

gm (country)

Note: the gm (country) factor will be the box value in ENV1993-1-1 of 1.1 or the factor taken from the NAD (NationalApplication Document) for the appropriate country.

Section ClassificationThe section classification has been taken in accordancewith ENV 1993-1-1 in respect to the limits for class 3 andslender sections. For RHS which are found to be slenderthe area has been reduced in accordance with theeffective area method of ENV 1993-1-1. For CHS slendersections a stress reduction factor in accordance with BS 5950: Part 1 has been applied as no method isincluded in the Eurocode.

Slenderness RatioIn accordance with the limits for slenderness imposed by theUK NAD to ENV 1993-1-1 the values in the tables areshaded when the slenderness ratio of the section is between180 and 250 and between 250 and 350.

Designation

Examples:a) A cold formed circular hollow section of 114.3mm outsidediameter and 6.3mm thick in grade S275J2H is designated:114.3 x 6.3 EN 10219 S275J2H.

b) A cold formed rectangular hollow section of 100mm x 50mm sides and 4.0mm thick in grade S355J2His designated 100 x 50 x 4.0 EN 10219 S355J2H.

Due to the fact that steel designations are the same across different product types it is essential, when specifying or orderingcold formed hollow sections that all references should include the number of the European standard.

Structural Hollow Sections

MemberCapacitiesEN10219 S275

MemberCapacitiesEN10219 S355

EN10219 S275

Cold Form

edCircu

larH

ollowSectionsM

ember C

apacities

YY

XX

D

T

l/r≤180 180<l/r≤250 250<l/r≤350

26.9 2.0 1.23 41 16 5 22.5 1.50 50 19 6 33.2 1.87 62 23 7

33.7 2.0 1.56 52 27 10 52.5 1.92 64 33 12 63.0 2.27 76 38 14 73.2 2.41 80 41 14 74.0 2.93 98 48 17 8

42.4 2.5 2.46 82 54 23 11 73.0 2.91 97 63 26 13 83.2 3.09 103 66 28 14 83.6 3.44 115 73 30 15 94.0 3.79 126 80 33 16 10

48.3 2.5 2.82 94 68 32 17 10 73.0 3.35 112 80 38 19 12 83.2 3.56 119 85 40 20 12 83.6 3.97 132 94 44 22 13 94.0 4.37 146 103 48 24 14 10

60.3 2.5 3.56 119 96 56 31 19 13 9 73.0 4.24 141 114 66 36 22 15 11 83.2 4.51 150 121 70 38 23 16 11 83.6 5.03 168 135 77 42 26 17 12 94.0 5.55 185 148 84 46 28 19 14

76.1 2.5 4.54 151 132 92 57 37 25 18 14 11 83.0 5.41 180 158 109 67 43 29 21 16 12 103.2 5.75 192 167 116 71 46 31 22 17 13 113.6 6.44 215 187 129 79 51 34 25 19 154.0 7.11 237 206 142 87 55 38 27 21 16

88.9 3.0 6.36 212 193 146 99 66 46 33 25 20 16 133.2 6.76 226 205 155 105 70 48 35 27 21 17 144.0 8.38 279 253 191 128 85 59 43 33 26 21 175.0 10.3 345 312 234 156 103 71 52 39 31 25 20

114.3 3.0 8.23 275 262 218 169 123 90 67 52 41 33 27 23 20 173.2 8.77 293 279 232 179 131 95 71 55 43 35 29 24 21 183.6 9.83 328 312 260 200 146 106 79 61 48 39 32 27 23 205.0 13.5 450 427 354 272 197 143 107 82 65 53 43 36 31 276.0 16.0 535 507 420 320 231 168 125 96 76 61 51 43 36 316.3 16.8 560 531 439 335 242 175 130 100 79 64 53 44 38 32

139.7 5.0 16.6 554 542 472 393 310 238 184 144 115 94 78 66 56 48 426.3 20.7 691 676 588 487 383 293 226 177 141 115 96 81 69 59 528.0 26.0 867 846 734 606 474 362 278 217 174 142 117 99 84 73 63

10.0 32.0 1067 1040 899 739 575 437 335 261 209 170 141 119 101 87 76

168.3 4.0 16.2 541 541 486 426 360 295 237 191 156 129 108 91 78 68 595.0 20.1 672 672 603 528 446 364 292 236 192 158 132 112 96 83 736.3 25.2 840 839 753 658 554 451 362 291 237 195 163 138 119 103 908.0 31.6 1055 1054 943 823 691 561 449 360 293 241 202 171 146 127 111

10.0 39.0 1302 1299 1161 1010 845 683 545 437 355 292 244 207 177 153 13412.5 48.0 1602 1595 1423 1234 1027 826 657 526 426 351 293 248 212 183 160

Outside Thickness Mass Axial Axial Compression Resistance in kN for Effective Length in MetresDiameter Tension

D T Mmm mm kg/m KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

EN10219 S275

Cold Form

edSqu

areH

ollowSectionsM

ember C

apacities

YY

XX

T

B

Bl/r≤180 180<l/r≤250 250<l/r≤350

20x20 2.0 1.05 35 10 32.5 1.25 42 11 3

25x25 2.0 1.36 45 19 6 32.5 1.64 55 22 7 33.0 1.89 63 24 8 4

30x30 2.0 1.68 56 30 11 52.5 2.03 68 35 12 63.0 2.36 79 40 14 7

40x40 2.0 2.31 77 53 24 12 7 52.5 2.82 94 65 29 15 9 63.0 3.30 110 75 33 17 10 74.0 4.20 140 93 40 20 12 8

50x50 2.0 2.93 98 77 43 23 14 10 72.5 3.60 120 94 52 28 17 11 83.0 4.25 142 111 60 33 20 13 94.0 5.45 182 140 75 40 24 16 11

60x60 3.0 5.19 173 146 94 55 34 23 16 12 104.0 6.71 224 187 118 68 42 29 20 15

70x70 2.5 5.17 173 153 110 70 45 31 22 17 13 113.0 6.13 205 181 129 82 53 36 26 20 15 123.6 7.24 242 213 151 95 61 42 30 23 18 144.0 7.97 266 234 165 104 67 46 33 25 19 165.0 9.70 324 283 198 123 79 54 39 29 23 18

80x80 3.0 7.07 236 216 165 113 76 53 39 29 23 19 153.6 8.37 279 255 195 133 89 62 45 34 27 22 184.0 9.22 308 280 214 145 97 67 49 37 29 24 195.0 11.3 376 341 258 174 116 80 58 44 35 28 236.0 13.2 441 399 299 200 132 92 67 51 40 32 266.3 13.5 451 406 303 201 132 91 67 50 39 32 26

90x90 3.0 8.01 267 250 202 148 103 74 54 42 33 26 22 18 153.6 9.50 317 296 238 174 121 86 64 49 38 31 25 21 184.0 10.5 350 326 262 190 133 94 69 53 42 34 28 23 205.0 12.8 428 399 318 230 159 113 83 63 50 40 33 28 246.0 15.1 504 468 371 266 183 130 95 73 57 46 38 32

100x100 3.0 8.96 299 285 237 183 134 98 73 56 45 36 30 25 21 184.0 11.7 391 372 309 238 173 126 94 72 57 46 38 32 27 235.0 14.4 481 456 378 289 209 151 113 87 69 55 46 38 33 286.0 17.0 567 537 443 336 242 175 130 100 79 64 53 44 38 326.3 17.5 583 551 453 342 246 177 132 101 80 65 53 45 38 338.0 21.4 713 672 548 409 291 209 155 119 94 76 62 52 44

120x120 4.0 14.2 475 464 403 334 263 201 155 121 97 79 65 55 47 41 355.0 17.5 586 571 495 409 320 244 187 147 117 95 79 67 57 49 436.0 20.7 692 675 584 480 374 285 218 170 136 111 92 77 66 57 506.3 21.4 715 696 601 493 383 291 222 174 139 113 94 79 67 58 508.0 26.4 881 856 736 600 462 349 266 207 165 134 111 94 80 69 60

150x150 4.0 18.0 601 601 543 478 407 335 271 219 179 148 124 105 90 78 685.0 22.3 743 743 670 589 500 410 331 268 218 180 151 128 110 95 836.0 26.4 881 881 793 696 589 482 389 314 256 211 177 150 129 111 976.3 27.4 913 913 820 719 608 497 400 322 263 217 181 154 132 114 1008.0 33.9 1133 1132 1014 886 745 606 486 391 318 262 219 186 159 138 120

Size Thickness Mass Axial Axial Compression Resistance in kN for Effective Length in MetresTension

B x B T Mmm mm kg/m KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

EN10219 S275

Cold Form

edRectan

gu

larH

ollowSectionsM

ember C

apacities

l/r≤180 180<l/r≤250 250<l/r≤350

50x25 2.0 2.15 xx 72 54 27 14 9 6 4yy 33 11 5

2.5 2.62 xx 87 65 33 17 10 7 5yy 40 13 6

3.0 3.07 xx 102 75 37 19 12 8yy 45 15 7

50x30 2.0 2.31 xx 77 59 31 16 10 7 5yy 44 16 8 5

2.5 2.82 xx 94 71 37 19 12 8 5yy 52 19 9 6

3.0 3.30 xx 110 83 42 22 13 9 6yy 60 22 11 6

4.0 4.20 xx 140 103 51 26 16 11yy 73 26 13

60x40 2.5 3.60 xx 120 100 61 35 22 15 10 8yy 86 40 21 12 8

3.0 4.25 xx 142 117 71 40 25 17 12 9yy 100 46 24 14 9

4.0 5.45 xx 182 149 89 50 31 21 15 11yy 126 57 29 17 11

80x40 3.0 5.19 xx 173 154 112 73 47 33 24 18 14 11yy 125 60 31 18 12

4.0 6.71 xx 224 199 143 91 59 41 29 22 17 14yy 159 74 38 23 15

90x50 3.0 6.13 xx 205 188 147 103 70 49 36 27 21 17 14 12yy 165 96 53 33 22 16 12

3.6 7.24 xx 242 222 172 120 81 57 42 32 25 20 16 14yy 194 112 62 38 25 18 14

4.0 7.97 xx 266 244 189 131 88 62 45 34 27 22 18 15yy 213 122 67 41 27 19 15

5.0 9.70 xx 324 296 227 156 104 73 53 40 32 26 21yy 256 144 78 48 32 23

100x50 3.0 6.60 xx 220 206 167 123 86 61 45 35 27 22 18 15 13yy 179 105 58 36 24 17 13

4.0 8.59 xx 287 268 215 157 110 78 57 44 35 28 23 19 16yy 230 133 73 45 30 21 16

5.0 10.5 xx 350 326 260 188 130 92 68 52 41 33 27 23 19yy 279 158 86 53 35 25

6.0 12.3 xx 409 380 301 216 149 105 77 59 46 37 31 26yy 323 180 97 59 40 28

6.3 12.5 xx 418 386 304 216 148 104 76 58 46 37 30 25yy 327 180 97 59 39 28

100x60 3.0 7.07 xx 236 222 181 135 96 69 51 39 31 25 21 17 15yy 203 136 82 52 35 25 19 15

3.6 8.37 xx 279 263 214 159 112 80 59 46 36 29 24 20 17yy 240 160 96 60 41 29 22 17

4.0 9.22 xx 308 289 234 174 122 88 65 50 39 32 26 22 19yy 263 175 104 66 44 32 24 19

5.0 11.3 xx 376 352 284 209 146 104 77 59 46 38 31 26 22yy 320 209 124 78 52 38 28 22

6.0 13.2 xx 441 412 330 241 168 119 88 67 53 43 35 29 25yy 373 241 141 88 59 43 32 25

6.3 13.5 xx 451 420 335 242 168 119 88 67 53 42 35 29 25yy 380 243 141 88 59 43 32 25

120x60 3.0 8.01 xx 267 258 220 177 134 100 76 59 47 38 31 26 22 19 17yy 231 158 96 61 41 30 22 17 14

3.6 9.50 xx 317 306 260 208 157 117 88 69 55 44 37 31 26 23 20yy 274 185 112 71 48 35 26 20

4.0 10.5 xx 350 337 286 228 172 128 97 75 60 48 40 34 29 25 21yy 301 202 122 77 52 38 28 22

5.0 12.8 xx 428 412 349 277 207 154 116 90 71 58 48 40 34 29 26yy 367 244 145 92 62 45 34 26

6.0 15.1 xx 504 484 408 322 240 177 133 103 82 66 55 46 39 34 29yy 429 281 166 104 71 51 38 30

6.3 15.5 xx 517 495 416 326 242 178 133 103 82 66 55 46 39 34 29yy 439 285 168 105 71 51 38 30

120x80 4.0 11.7 xx 391 380 326 265 203 153 116 90 72 59 48 41 35 30 26yy 360 281 197 134 94 69 52 41 33 27 23

5.0 14.4 xx 481 465 398 322 246 184 140 109 87 70 58 49 42 36 31yy 441 342 238 161 113 82 63 49 40 33 27

6.0 17.0 xx 567 548 467 376 286 213 162 126 100 81 67 56 48 41 36yy 519 400 276 185 130 95 72 57 45 37 31

6.3 17.5 xx 583 562 479 383 290 216 163 127 101 82 68 57 48 42 36yy 532 409 280 188 131 96 73 57 46 38

8.0 21.4 xx 713 686 581 460 345 255 192 149 118 96 79 67 57 49 42yy 648 491 332 221 153 112 85 67 53 44

150x100 4.0 14.9 xx 496 495 442 385 322 260 207 166 135 111 93 79 67 58 51yy 476 401 315 234 172 130 100 79 64 53 45 38 33 28

5.0 18.3 xx 612 609 544 472 393 317 252 202 164 135 113 95 82 71 62yy 586 492 385 285 209 157 121 96 78 64 54 46 40 34

6.0 21.7 xx 724 720 642 556 462 371 295 235 191 157 131 111 95 82 72yy 692 579 451 332 243 182 141 111 90 74 63 53 46 40

6.3 22.4 xx 748 743 662 572 474 380 301 240 194 160 133 113 97 84 73yy 714 597 463 340 249 186 144 114 92 76 64 54 47

8.0 27.7 xx 923 916 813 699 576 458 362 288 233 191 159 135 115 100 87yy 878 730 561 408 297 222 171 135 109 90 76 64 55

160x80 5.0 17.5 xx 586 585 524 457 384 311 249 200 163 134 112 95 81 71 62yy 541 425 301 206 145 106 81 64 51 42 35

6.0 20.7 xx 692 691 618 538 450 364 291 233 189 156 130 110 95 82 71yy 638 499 350 238 167 123 93 73 59 49 41

8.0 26.4 xx 881 876 780 674 559 448 355 283 229 189 157 133 114 99 86yy 807 622 429 289 202 148 112 88 71 58 49

200x100 4.0 18.0 xx 601 539 511 468 422 372 322 274 232 197 168 144 125 109 96yy 523 450 366 281 212 162 126 100 82 68 57 48 42 36

5.0 22.3 xx 743 743 697 634 564 490 417 350 294 247 210 180 155 135 119yy 714 605 480 359 266 201 155 123 100 83 69 59 51 44

6.0 26.4 xx 881 881 825 750 667 578 490 411 344 290 246 210 182 158 139yy 846 714 564 421 311 234 181 144 116 96 81 69 59 52

6.3 27.4 xx 913 913 854 775 688 596 504 422 353 297 252 215 186 162 142yy 876 739 582 433 319 240 186 147 119 99 83 71 61 53

8.0 33.9 xx 1133 1133 1057 957 847 730 615 514 428 360 304 260 224 195 171yy 1083 909 710 524 385 289 223 177 143 118 99 84 73 63

Size Thickness Mass Max Axial Compression Resistance in kN for Effective Length in MetresAxial

H x B T M Tensionmm mm kg/m Axis KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

YY

XX

T

B

H

EN10219 S355

Cold Form

edCircu

larH

ollowSectionsM

ember C

apacities

YY

XX

D

T

l/r≤180 180<l/r≤250 250<l/r≤350

26.9 2.0 1.23 53 17 5 22.5 1.50 65 20 6 33.2 1.87 81 24 7

33.7 2.0 1.56 67 30 10 52.5 1.92 83 37 12 63.0 2.27 98 42 14 73.2 2.41 104 45 15 74.0 2.93 126 53 17 8

42.4 2.5 2.46 106 62 24 12 73.0 2.91 126 72 28 13 83.2 3.09 133 77 29 14 83.6 3.44 148 84 32 15 94.0 3.79 163 92 34 17 10

48.3 2.5 2.82 122 80 34 17 10 73.0 3.35 144 94 40 20 12 83.2 3.56 153 100 42 21 12 83.6 3.97 171 110 46 23 14 94.0 4.37 188 121 50 25 15 10

60.3 2.5 3.56 153 117 61 32 19 13 9 73.0 4.24 183 138 72 38 23 15 11 83.2 4.51 194 147 76 40 24 16 11 93.6 5.03 217 164 84 44 27 18 13 94.0 5.55 239 180 92 48 29 19 14

76.1 2.5 4.54 195 164 105 61 38 26 18 14 11 93.0 5.41 233 196 124 72 45 30 22 16 13 103.2 5.75 248 208 132 76 47 32 23 17 13 113.6 6.44 277 232 146 85 53 35 25 19 154.0 7.11 306 256 161 93 58 39 28 21 16

88.9 3.0 6.36 274 241 171 107 69 47 34 26 20 16 133.2 6.76 291 256 181 114 73 50 36 27 21 17 144.0 8.38 361 317 223 139 89 61 44 33 26 21 175.0 10.3 446 390 273 169 108 74 53 40 31 25 21

114.3 3.0 8.23 355 331 265 192 133 95 70 53 42 34 28 23 20 173.2 8.77 378 352 282 204 142 101 74 57 45 36 30 25 21 183.6 9.83 423 394 315 228 158 112 83 63 50 40 33 28 23 205.0 13.5 580 540 429 308 213 151 111 85 67 54 44 37 31 276.0 16.0 690 640 508 363 250 177 130 99 78 63 52 43 37 326.3 16.8 723 670 531 379 261 184 135 103 81 65 54 45 38 33

139.7 5.0 16.6 715 688 583 463 347 257 194 150 119 97 80 67 57 49 436.3 20.7 893 858 725 573 428 316 238 184 146 119 98 82 70 60 538.0 26.0 1119 1073 904 712 529 390 293 226 180 146 120 101 86 74 64

10.0 32.0 1378 1318 1107 866 640 470 352 272 216 175 144 121 103 89 77

168.3 4.0 16.2 698 689 607 516 418 328 257 203 163 134 111 94 80 69 615.0 20.1 867 856 753 639 517 405 316 250 201 165 137 115 99 85 746.3 25.2 1084 1068 940 796 641 501 391 309 248 203 169 142 122 105 928.0 31.6 1362 1341 1177 994 798 622 484 382 306 251 208 176 150 130 113

10.0 39.0 1681 1653 1448 1218 974 756 587 462 371 303 252 212 181 157 13712.5 48.0 2069 2030 1774 1485 1181 913 706 555 445 363 302 254 217 187 163

193.7 4.0 18.7 806 806 727 640 544 447 361 292 238 197 165 140 120 104 914.5 21.0 904 904 816 717 609 500 404 326 266 220 184 156 134 116 1025.0 23.3 1002 1002 903 794 673 552 446 360 294 243 203 172 148 128 1126.0 27.8 1196 1196 1077 946 801 656 529 427 348 287 241 204 175 152 1326.3 29.1 1254 1254 1129 991 838 686 553 446 364 300 252 213 183 158 1398.0 36.6 1578 1578 1417 1242 1048 856 688 554 451 373 312 264 227 196 172

10.0 45.3 1951 1950 1748 1528 1286 1047 839 675 549 453 379 321 275 238 20812.5 55.9 2406 2401 2149 1873 1570 1272 1018 817 663 547 457 387 331 287 251

219.1 4.5 23.8 1026 1026 950 855 750 639 533 441 366 306 258 220 190 165 1455.0 26.4 1137 1137 1053 947 830 707 590 488 404 338 285 243 209 182 1606.0 31.5 1358 1358 1256 1129 989 841 701 579 480 401 338 288 248 216 1896.3 33.1 1424 1424 1317 1183 1036 881 734 606 502 419 354 301 260 226 1988.0 41.6 1794 1794 1656 1486 1299 1102 916 756 625 522 440 375 323 280 246

10.0 51.6 2221 2221 2047 1834 1599 1354 1122 924 764 637 536 457 393 342 29912.0 61.3 2640 2640 2428 2172 1890 1596 1320 1085 895 746 628 535 460 400 35012.5 63.7 2743 2743 2522 2256 1961 1655 1368 1124 927 772 650 553 476 414 36216.0 80.1 3452 3452 3163 2821 2444 2052 1689 1383 1139 947 797 678 583 506 443

244.5 5.0 29.5 1272 1272 1201 1098 985 864 742 628 530 448 382 328 284 248 2186.0 35.3 1520 1520 1435 1310 1175 1029 883 747 630 533 453 389 337 294 2586.3 37.0 1594 1594 1504 1374 1231 1079 925 782 660 558 475 407 352 307 2708.0 46.7 2010 2010 1894 1728 1547 1353 1158 978 824 696 592 508 439 383 337

10.0 57.8 2491 2491 2344 2137 1910 1667 1424 1201 1010 852 724 621 537 468 41112.0 68.8 2963 2963 2785 2536 2263 1971 1680 1414 1188 1001 851 729 630 549 48212.5 71.5 3080 3080 2894 2634 2350 2046 1743 1467 1231 1038 881 755 652 569 50016.0 90.2 3883 3883 3640 3306 2942 2551 2166 1817 1521 1280 1086 930 803 700 614

273 5.0 33.0 1423 1423 1368 1266 1157 1040 917 796 685 589 507 439 382 335 2966.0 39.5 1702 1702 1635 1513 1382 1240 1093 948 816 701 603 522 454 398 3516.3 41.4 1785 1785 1714 1586 1449 1300 1145 993 855 734 631 546 476 417 3688.0 52.3 2252 2252 2161 1998 1823 1634 1438 1245 1070 918 789 683 594 521 459

10.0 64.9 2793 2793 2678 2474 2255 2019 1773 1533 1316 1127 969 837 728 638 56312.0 77.2 3327 3327 3186 2941 2678 2393 2098 1812 1553 1329 1141 986 857 751 66212.5 80.3 3459 3459 3311 3056 2782 2485 2178 1880 1610 1378 1183 1022 888 778 68616.0 101 4368 4368 4173 3846 3494 3114 2721 2342 2001 1709 1466 1264 1099 962 847

323.9 5.0 39.3 1694 1558 1532 1440 1344 1241 1132 1019 907 801 705 621 548 485 4326.0 47.0 2026 2026 1992 1872 1746 1612 1470 1322 1176 1039 914 804 710 628 5596.3 49.3 2125 2125 2089 1963 1831 1691 1541 1386 1233 1088 958 843 743 658 5858.0 62.3 2684 2684 2637 2477 2309 2131 1940 1744 1549 1366 1201 1057 932 825 733

10.0 77.4 3334 3334 3273 3073 2863 2639 2401 2155 1913 1685 1480 1301 1146 1014 90212.0 92.3 3975 3975 3900 3659 3408 3139 2852 2557 2266 1995 1751 1538 1354 1198 106412.5 96.0 4134 4134 4055 3804 3542 3262 2963 2656 2354 2071 1817 1596 1405 1243 110416.0 121 5233 5233 5126 4804 4468 4108 3726 3332 2946 2588 2268 1989 1750 1547 1373

355.6 5.0 43.2 1862 1560 1551 1467 1381 1290 1194 1092 989 888 793 706 629 561 5026.0 51.7 2228 2228 2215 2095 1971 1841 1703 1557 1410 1265 1129 1005 894 798 7146.3 54.3 2337 2337 2323 2197 2068 1931 1786 1633 1478 1326 1183 1053 937 836 7488.0 68.6 2954 2954 2934 2774 2610 2436 2251 2057 1860 1667 1487 1322 1177 1049 938

10.0 85.2 3671 3671 3644 3444 3239 3021 2790 2547 2300 2060 1835 1632 1451 1293 115612.0 102 4379 4379 4345 4105 3858 3597 3319 3027 2731 2444 2175 1932 1717 1530 136712.5 106 4555 4555 4519 4269 4012 3739 3449 3146 2838 2538 2259 2006 1783 1588 141916.0 134 5771 5771 5719 5399 5069 4720 4348 3958 3565 3183 2829 2509 2228 1982 1770

406.4 6.0 59.2 2552 2244 2244 2156 2050 1939 1822 1699 1571 1441 1313 1190 1076 972 8786.3 62.2 2677 2473 2473 2375 2258 2136 2007 1871 1730 1587 1445 1310 1184 1069 9668.0 78.6 3385 3385 3385 3250 3088 2920 2743 2556 2362 2165 1970 1785 1613 1456 1315

10.0 97.8 4210 4210 4210 4039 3837 3627 3405 3171 2928 2682 2439 2208 1994 1799 162412.0 117 5027 5027 5027 4819 4576 4324 4057 3776 3484 3189 2898 2622 2366 2134 192612.5 121 5230 5230 5230 5012 4759 4496 4219 3926 3622 3314 3011 2724 2458 2216 200016.0 154 6635 6635 6635 6351 6027 5690 5334 4958 4568 4174 3788 3422 3085 2779 2507

457 6.0 66.7 2874 2248 2248 2195 2101 2005 1905 1799 1689 1575 1459 1345 1234 1129 10316.3 70.0 3016 2477 2477 2419 2315 2209 2098 1982 1860 1735 1607 1480 1358 1243 11358.0 88.6 3815 3815 3815 3723 3563 3399 3228 3048 2860 2665 2468 2272 2084 1906 1741

10.0 110 4748 4748 4748 4631 4431 4225 4011 3786 3550 3307 3060 2816 2581 2359 215412.0 132 5672 5672 5672 5529 5289 5042 4785 4514 4231 3939 3643 3351 3069 2804 255912.5 137 5902 5902 5902 5752 5502 5245 4977 4695 4400 4096 3787 3483 3190 2914 265916.0 174 7495 7495 7495 7298 6977 6647 6304 5943 5564 5174 4780 4391 4017 3667 3343

508 6.0 74.3 3199 2251 2251 2227 2142 2057 1969 1877 1781 1682 1579 1475 1371 1270 11746.3 77.9 3357 2480 2480 2453 2360 2266 2169 2068 1962 1852 1739 1624 1510 1399 12928.0 98.6 4249 3986 3986 3941 3791 3639 3483 3319 3149 2971 2789 2603 2419 2240 2069

10.0 123 5290 5290 5290 5228 5028 4825 4616 4399 4171 3934 3691 3444 3199 2961 273312.0 147 6322 6322 6322 6245 6005 5762 5511 5250 4977 4692 4400 4104 3810 3525 325212.5 153 6579 6579 6579 6498 6248 5995 5734 5461 5176 4880 4575 4267 3961 3664 338116.0 194 8361 8361 8361 8252 7933 7608 7273 6924 6559 6179 5788 5393 5003 4624 4263

Outside Thickness Mass Axial Axial Compression Resistance in kN for Effective Length in MetresDiameter Tension

D T Mmm mm kg/m KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

EN10219 S355

Cold Form

edSqu

areH

ollowSectionsM

ember C

apacities

YY

XX

T

B

B

l/r≤180 180<l/r≤250 250<l/r≤350

20x20 2.0 1.05 45 10 32.5 1.25 54 12 3

25x25 2.0 1.36 59 20 6 32.5 1.64 71 23 7 33.0 1.89 81 26 8 4

30x30 2.0 1.68 72 33 11 52.5 2.03 88 39 13 63.0 2.36 102 44 14 7

40x40 2.0 2.31 99 63 26 13 7 52.5 2.82 121 75 30 15 9 63.0 3.30 142 87 35 17 10 74.0 4.20 181 107 42 20 12 8

50x50 2.0 2.93 126 94 47 24 15 10 72.5 3.60 155 114 56 29 18 12 83.0 4.25 183 134 65 34 20 13 104.0 5.45 235 169 81 42 25 16 12

60x60 3.0 5.19 223 180 104 57 35 24 17 13 104.0 6.71 289 230 131 72 44 29 21 16

70x70 2.5 5.17 223 191 126 75 47 32 23 17 13 113.0 6.13 264 225 148 88 55 37 27 20 16 133.6 7.24 312 265 173 102 64 43 31 23 18 154.0 7.97 343 291 189 111 69 47 34 25 20 165.0 9.70 418 352 225 131 82 55 40 30 23 19

80x80 3.0 7.07 305 270 194 124 80 55 40 30 24 19 163.6 8.37 361 319 228 145 94 64 46 35 27 22 184.0 9.22 397 351 250 158 102 70 51 38 30 24 205.0 11.3 485 427 302 189 122 83 60 45 35 28 236.0 13.2 569 499 349 217 139 95 68 52 40 32 266.3 13.5 582 508 352 217 139 95 68 52 40 32 26

90x90 3.0 8.01 345 315 241 165 111 77 56 43 34 27 22 19 163.6 9.50 409 373 285 194 129 90 66 50 39 32 26 22 184.0 10.5 451 411 313 212 141 98 72 55 43 34 28 24 205.0 12.8 553 502 379 255 170 118 86 65 51 41 34 28 246.0 15.1 650 588 442 295 195 135 98 75 58 47 39 32

100x100 3.0 8.96 386 360 288 209 145 103 76 58 46 37 30 25 22 194.0 11.7 505 470 375 270 187 133 98 75 59 47 39 33 28 245.0 14.4 621 576 457 327 226 159 117 89 70 57 47 39 33 286.0 17.0 731 677 535 380 261 184 135 103 81 65 54 45 38 336.3 17.5 752 695 547 387 265 186 137 104 82 66 54 45 39 338.0 21.4 921 847 659 460 312 219 160 122 96 77 63 53 45

120x120 4.0 14.2 614 589 498 393 293 217 163 126 100 81 67 56 48 41 365.0 17.5 756 725 611 480 357 263 198 153 121 98 81 68 58 50 436.0 20.7 894 856 719 563 416 306 230 177 141 114 94 79 67 58 506.3 21.4 923 882 740 577 426 312 234 181 143 116 96 80 68 59 518.0 26.4 1137 1084 904 700 511 373 279 215 170 138 114 95 81 70 61

150x150 4.0 18.0 776 729 648 558 459 366 289 230 186 153 127 108 92 80 705.0 22.3 959 948 837 714 581 458 359 285 229 188 156 132 113 98 856.0 26.4 1137 1123 991 843 684 538 421 333 268 220 183 154 132 114 996.3 27.4 1178 1163 1025 871 705 553 433 342 275 225 187 158 135 117 1028.0 33.9 1462 1440 1266 1071 862 673 525 414 333 272 226 191 163 141 123

180x180 5.0 27.0 1162 1162 1062 945 815 682 560 457 376 312 262 223 192 166 1466.0 32.1 1381 1381 1260 1120 965 806 660 538 442 367 308 262 225 195 1716.3 33.3 1434 1434 1307 1161 999 833 681 555 456 378 318 270 232 201 1768.0 41.5 1787 1787 1625 1439 1234 1025 836 680 557 462 387 329 283 245 215

10.0 50.7 2183 2183 1978 1747 1492 1233 1002 812 665 550 461 392 336 291 25512.0 58.5 2517 2517 2270 1995 1693 1389 1122 906 739 611 511 434 372 322 28212.5 60.5 2605 2605 2346 2060 1745 1430 1154 931 759 627 525 445 382 331 289

200x200 5.0 30.1 1297 1179 1110 1012 905 790 675 570 479 404 344 295 255 222 1956.0 35.8 1543 1543 1439 1302 1152 992 836 697 581 488 413 353 304 265 2326.3 37.2 1604 1604 1495 1352 1195 1028 865 721 601 504 426 364 314 274 2408.0 46.5 2003 2003 1863 1682 1483 1272 1067 887 738 618 523 446 385 335 294

10.0 57.0 2453 2453 2276 2050 1802 1540 1288 1068 886 741 626 534 460 400 35112.0 66.0 2842 2842 2626 2358 2063 1753 1459 1204 997 832 702 598 515 448 39212.5 68.3 2943 2943 2717 2438 2131 1809 1503 1240 1026 856 722 615 530 460 403

250x250 6.0 45.2 1949 1724 1682 1572 1457 1333 1202 1068 938 819 715 625 548 484 4296.3 47.1 2030 1854 1804 1684 1557 1420 1276 1129 988 861 749 653 573 504 4478.0 59.1 2544 2544 2457 2282 2095 1894 1683 1472 1275 1101 952 826 721 633 560

10.0 72.7 3130 3130 3018 2800 2568 2317 2053 1792 1550 1336 1153 1000 872 766 67612.0 84.8 3653 3653 3516 3257 2980 2681 2368 2060 1776 1528 1317 1140 994 872 77012.5 88.0 3788 3788 3644 3374 3086 2775 2450 2130 1835 1578 1359 1177 1025 899 794

300x300 8.0 71.6 3085 2920 2898 2738 2573 2399 2214 2020 1824 1632 1453 1291 1148 1022 91410.0 88.4 3806 3806 3761 3545 3322 3084 2831 2567 2302 2048 1813 1604 1421 1262 112512.0 104 4465 4465 4406 4150 3883 3600 3299 2985 2671 2371 2095 1851 1637 1453 129512.5 108 4633 4633 4571 4304 4027 3733 3419 3092 2765 2453 2168 1914 1693 1502 1339

Size Thickness Mass Axial Axial Compression Resistance in kN for Effective Length in MetresTension

B x B T Mmm mm kg/m KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

EN10219 S355

Cold Form

edRectan

gu

larH

ollowSectionsM

ember C

apacities

l/r≤180 180<l/r≤250 250<l/r≤350

Size Thickness Mass Max Axial Compression Resistance in kN for Effective Length in MetresAxial

H x B T M Tensionmm mm kg/m Axis KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

continued overleaf

YY

XX

T

B

H

50x25 2.0 2.15 xx 93 64 29 15 9 6 4yy 36 12 5

2.5 2.62 xx 113 78 35 18 10 7 5yy 43 14 6

3.0 3.07 xx 132 90 40 20 12 8yy 49 15 7

50x30 2.0 2.31 xx 99 70 33 17 10 7 5yy 49 17 8 5

2.5 2.82 xx 121 85 39 20 12 8 6yy 59 20 10 6

3.0 3.30 xx 142 99 45 23 14 9 6yy 67 23 11 6

4.0 4.20 xx 181 123 54 27 16 11yy 81 27 13

60x40 2.5 3.60 xx 155 122 68 37 22 15 11 8yy 101 43 21 13 8

3.0 4.25 xx 183 143 79 42 26 17 12 9yy 118 49 24 14 9

4.0 5.45 xx 235 182 98 52 32 21 15 11yy 147 60 30 18 12

80x40 3.0 5.19 xx 223 193 130 78 50 34 24 18 14 11yy 148 63 32 19 12

4.0 6.71 xx 289 248 164 98 62 42 30 23 18 14yy 187 78 39 23 15

90x50 3.0 6.13 xx 264 236 173 113 74 51 37 28 22 18 14 12yy 201 105 56 34 22 16 12

3.6 7.24 xx 312 279 203 132 86 59 43 32 25 20 17 14yy 236 122 64 39 26 18 14

4.0 7.97 xx 343 306 222 143 93 64 46 35 27 22 18 15yy 258 132 70 42 28 20 15

5.0 9.70 xx 418 371 267 170 110 76 55 41 32 26 21yy 311 156 82 49 33 23

100x50 3.0 6.60 xx 284 260 200 137 92 64 47 36 28 23 19 15 13yy 218 115 61 37 25 17 13

4.0 8.59 xx 370 337 257 175 117 81 59 45 35 28 23 20 17yy 280 145 77 46 31 22 16

5.0 10.5 xx 452 410 310 209 139 97 70 53 42 34 28 23 20yy 338 172 90 54 36 26

6.0 12.3 xx 529 478 359 239 158 110 80 61 47 38 31 26yy 391 194 101 61 40 29

6.3 12.5 xx 539 485 361 238 157 108 79 60 47 38 31 26yy 396 194 101 60 40 28

100x60 3.0 7.07 xx 305 280 218 152 103 72 53 40 32 25 21 17 15yy 251 154 87 54 36 26 19 15

3.6 8.37 xx 361 331 256 178 120 84 62 47 37 30 24 20 17yy 296 180 101 62 42 30 23 18

4.0 9.22 xx 397 364 281 195 131 92 67 51 40 32 26 22 19yy 326 196 110 68 46 33 24 19

5.0 11.3 xx 485 443 340 233 157 109 80 61 48 38 31 26 22yy 395 234 131 80 54 38 29 22

6.0 13.2 xx 569 518 395 268 179 125 91 69 54 44 36 30 25yy 460 268 149 91 61 44 33 25

6.3 13.5 xx 582 528 399 269 179 124 91 69 54 43 36 30 25yy 467 270 149 91 61 43 33 25

120x60 3.0 8.01 xx 345 308 256 198 144 105 78 60 48 39 32 27 23 20 17yy 272 173 100 63 42 30 23 18 14

3.6 9.50 xx 409 387 318 241 173 125 93 71 56 45 37 31 27 23 20yy 339 209 119 73 49 35 27 21

4.0 10.5 xx 451 426 350 264 189 136 101 78 61 50 41 34 29 25 22yy 373 228 129 80 54 38 29 22

5.0 12.8 xx 553 521 426 319 227 163 121 93 73 59 49 41 35 30 26yy 454 274 154 95 64 46 34 27

6.0 15.1 xx 650 612 498 370 262 188 139 107 84 68 56 47 40 34 30yy 530 315 176 108 72 52 39 30

6.3 15.5 xx 667 626 507 374 263 188 139 107 84 68 56 47 40 34 30yy 541 318 177 109 73 52 39 30

120x80 4.0 11.7 xx 505 481 400 308 224 163 122 94 74 60 50 42 35 30 27yy 453 332 217 142 98 71 54 42 34 28 23

5.0 14.4 xx 621 590 489 374 271 197 147 113 89 72 60 50 43 37 32yy 554 404 261 170 117 85 64 50 40 33 28

6.0 17.0 xx 731 693 573 436 314 228 170 130 103 83 69 58 49 42 37yy 650 470 302 196 135 98 74 58 46 38 32

6.3 17.5 xx 752 712 586 444 319 230 171 131 104 84 69 58 49 42 37yy 667 480 307 198 136 99 75 58 47 38

8.0 21.4 xx 921 868 709 530 377 271 201 154 122 98 81 68 58 50 43yy 811 575 361 232 159 115 87 68 54 45

150x100 4.0 14.9 xx 641 611 536 453 365 284 221 175 140 115 95 80 69 59 52yy 584 477 356 253 182 135 103 81 66 54 45 39 33 29

5.0 18.3 xx 790 775 678 569 453 350 271 213 171 140 116 98 84 72 63yy 740 599 441 310 221 164 125 99 80 66 55 47 40 35

6.0 21.7 xx 934 916 800 669 531 409 316 249 199 163 135 114 97 84 73yy 874 704 516 361 257 190 145 114 92 76 64 54 46 40

6.3 22.4 xx 965 946 824 687 544 418 323 253 203 166 137 116 99 85 74yy 902 725 529 369 263 194 148 117 94 78 65 55 47

8.0 27.7 xx 1192 1164 1011 838 658 504 387 303 242 198 164 138 118 102 89yy 1109 884 638 442 313 231 176 139 112 92 77 65 56

160x80 5.0 17.5 xx 756 744 654 552 443 346 269 212 170 139 116 98 83 72 63yy 680 504 332 218 151 110 83 65 52 43 36

6.0 20.7 xx 894 879 770 649 519 403 313 247 198 162 135 113 97 84 73yy 801 590 386 252 174 126 96 75 60 49 41

6.3 21.4 xx 923 906 793 666 531 411 319 251 201 164 136 115 98 85 74yy 826 606 394 258 178 129 98 76 61 50 42

8.0 26.4 xx 1137 1114 972 810 641 494 381 299 239 195 162 137 117 101 88yy 1012 732 470 305 210 152 115 90 72 59 49

200x100 4.0 18.0 xx 776 659 614 555 491 422 355 296 247 207 175 150 129 112 99yy 631 529 414 305 224 168 130 103 83 69 58 49 42 37

5.0 22.3 xx 959 900 829 743 648 549 455 375 310 258 217 185 159 139 121yy 853 704 535 385 279 208 160 126 102 84 70 60 52 45

6.0 26.4 xx 1137 1137 1040 925 799 668 548 448 368 306 257 219 188 163 143yy 1070 871 649 460 330 244 187 148 119 98 82 70 60 52

6.3 27.4 xx 1178 1178 1075 956 824 688 563 460 377 313 263 224 192 167 146yy 1108 900 669 473 339 251 192 151 122 101 84 72 62 54

8.0 33.9 xx 1462 1462 1330 1179 1011 840 685 558 457 379 318 270 232 201 176yy 1370 1106 813 571 407 301 230 181 146 121 101 86 74 64

EN10219 S355

Cold Form

edRectan

gu

larH

ollowSectionsM

ember C

apacities

l/r≤180 180<l/r≤250 250<l/r≤350

250x150 5.0 30.1 xx 1297 1115 1080 1005 925 839 749 658 573 496 430 374 327 287 254yy 1115 1008 888 756 623 505 408 334 276 231 196 168 146 128

6.0 35.8 xx 1543 1431 1378 1276 1168 1052 930 809 698 601 518 449 391 343 303yy 1429 1280 1117 938 762 611 491 399 329 275 233 199 173 151

6.3 37.2 xx 1604 1516 1457 1348 1231 1106 974 845 727 625 538 465 405 355 313yy 1512 1352 1177 984 796 636 510 414 341 285 241 206 179 156

8.0 46.5 xx 2003 2003 1913 1763 1601 1426 1245 1071 915 781 670 578 502 439 387yy 1989 1768 1523 1257 1003 793 632 511 420 350 296 253 219 191

10.0 57.0 xx 2453 2453 2338 2151 1950 1731 1507 1293 1101 939 804 692 601 526 463yy 2432 2156 1851 1519 1206 950 755 610 500 417 352 301 261 227

12.0 66.0 xx 2842 2842 2699 2477 2237 1977 1712 1461 1240 1054 900 774 671 587 516yy 2810 2484 2120 1727 1362 1068 847 682 559 465 393 336 290 253

12.5 68.3 xx 2943 2943 2793 2562 2312 2041 1766 1506 1277 1085 926 797 691 603 531yy 2909 2569 2190 1781 1403 1099 871 701 574 478 404 345 298 260

300x200 6.0 45.2 xx 1949 1686 1673 1580 1485 1385 1278 1165 1052 941 838 744 661 589 526yy 1686 1606 1476 1337 1186 1031 883 752 640 548 472 410 358 315

6.3 47.1 xx 2030 1790 1774 1674 1572 1463 1348 1226 1104 986 876 777 689 613 548yy 1790 1702 1562 1412 1249 1083 925 786 668 571 491 426 372 328

8.0 59.1 xx 2544 2461 2423 2278 2128 1968 1797 1619 1443 1276 1125 991 875 776 690yy 2461 2318 2113 1890 1651 1411 1191 1002 845 719 616 533 465 409

10.0 72.7 xx 3130 3130 3071 2882 2684 2473 2248 2016 1787 1574 1382 1214 1069 946 840yy 3130 2933 2664 2369 2055 1743 1462 1224 1030 874 748 646 563 494

12.0 84.8 xx 3653 3653 3578 3353 3118 2866 2598 2322 2053 1803 1579 1385 1218 1076 956yy 3653 3414 3094 2743 2369 2002 1674 1398 1174 995 851 734 639 561

12.5 88.0 xx 3788 3788 3708 3475 3230 2967 2688 2402 2122 1862 1631 1430 1257 1111 986yy 3788 3538 3205 2839 2450 2069 1728 1443 1211 1026 877 757 659 578

400x200 8.0 71.6 xx 3085 2618 2618 2550 2439 2324 2205 2079 1947 1812 1674 1539 1408 1286 1173yy 2618 2505 2310 2101 1876 1642 1416 1211 1036 889 767 667 584 515

10.0 88.4 xx 3806 3570 3570 3450 3288 3121 2945 2760 2566 2368 2170 1979 1798 1631 1479yy 3570 3383 3098 2790 2457 2120 1803 1526 1294 1104 949 822 718 631

12.0 104 xx 4465 4465 4465 4287 4074 3852 3619 3373 3117 2857 2601 2356 2129 1922 1736yy 4465 4198 3823 3413 2974 2536 2135 1794 1512 1285 1101 952 830 729

12.5 108 xx 4633 4633 4633 4447 4225 3995 3752 3496 3229 2958 2692 2438 2202 1988 1795yy 4633 4354 3963 3537 3079 2624 2208 1854 1563 1327 1137 983 857 753

Size Thickness Mass Max Axial Compression Resistance in kN for Effective Length in MetresAxial

H x B T M Tensionmm mm kg/m Axis KN 1 2 3 4 5 6 7 8 9 10 11 12 13 14

YY

XX

T

B

H