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Subject to satisfactory calculations we can adapt a stock disc spring to meet your needs.

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Corrosion Resistant Disc Springs

The standard range of stainless steel disc springs are manufactured from X12CrNi 17 7 (DIN 1.4310) at thicknesses up to 1.25mm and from 1.25mm upwards from X7CrNiAl 17 7 (DIN 1.4568).

The two tables below display the standard stock range available.

Disc springs can also be manufactured from other stainless steels types, please see the current disc spring materials table for possible options. Please contact us if you have applications that may require the use of even more exotic materials.


X12CrNi 17 7 (DIN 1.4310)

X12CrNi 17 7 to DIN 17 224 is a chrome-nickel alloy commonly used for corrosion resistant disc springs, The material gains its strength from cold rolling, therefore its maximum thickness must be limited. Parts manufactured from this material will have a degree of magnetism due to the cold rolling process.

X7CrNiAl 17 7 (DIN 1.4568)

X7CrNiAl 17 7 to DIN 17 224 is a precipitation-hardened, corrosion resistant spring steel. It obtains its strength from cold rolling and precipitation hardening, This material ih strongly magnetic and cold working increases this further.


Disc Spring Material to X12CrNi 17 7 (DIN 1.4310)

Please note: measurements are in millimeters & weight in kilograms. 15% Defl.
Disc Spring DIN 2093 15% Deflection		 30% Defl.
Disc Spring DIN 2093 30% Deflection		 45% Defl.
Disc Spring DIN 2093 45% Deflection		 60% Defl.
Disc Spring DIN 2093 60% Deflection		 75% Defl.
Disc Spring DIN 2093 75% Deflection		 90% Defl.
Disc Spring DIN 2093 90% Deflection
Code No. Outer Dia.

(De)		 Inner Dia.

(Di)		 Thickness

(t)		 Cone Height

(ho)		 Total
Ht.
(lo)		 Cone
Height		 Weight
per
1000
pieces		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N
Thick.
Ratio
S63203 6.0 3.2 .30 .15 .45 .50 .05 .02 25 .05 49 .07 70 .09 91 .11 110 .14 129
183 252 387 490 612 714 858 924 1125 1121 1413 1304
S83205 8.0 3.2 .50 .20 .70 .40 .17 .03 72 .06 141 .09 206 .12 269 .15 330 .18 389
276 229 572 448 889 655 1226 851 1584 1036 1962 1210
S84202 8.0 4.2 .20 .25 .45 1.25 .06 .04 13 .08 22 .11 29 .15 33 .19 36 .23 38
-6 233 20 445 79 636 170 806 294 954 451 1081
S84203 8.0 4.2 .30 .25 .55 .83 .09 .04 30 .08 55 .11 76 .15 94 .19 109 .23 122
91 284 215 548 371 789 560 1010 782 1210 1036 1388
S84204 8.0 4.2 .40 .20 .60 .50 .11 .03 45 .06 85 .09 124 .12 159 .15 193 .18 226
183 247 387 481 612 702 857 908 1124 1102 1411 1281
S1052025 10.0 5.2 .25 .30 .55 1.20 .11 .05 18 .09 32 .14 42 .18 49 .23 53 .27 56
2 217 34 414 96 592 188 751 309 890 461 1010
S105204 10.0 5.2 .40 .30 .70 .75 .18 .05 51 .09 95 .14 132 .18 164 .23 193 .27 220
114 275 258 531 432 767 636 984 870 1181 1134 1359
S105205 10.0 5.2 .50 .25 .75 .50 .22 .04 69 .08 133 .11 192 .15 247 .19 300 .23 351
183 245 387 477 612 695 857 899 1123 1090 1411 1268
S124204 12.0 4.2 .40 .40 .80 1.00 .31 .06 51 .12 91 .18 122 .24 146 .30 165 .36 180
70 219 178 420 323 602 505 766 723 911 982 1038
S124205 12.0 4.2 .50 .30 .80 .60 .39 .05 53 .09 101 .14 144 .18 184 .23 220 .27 255
152 163 325 315 520 457 735 588 971 710 1228 820
S126205 12.0 6.2 .50 .35 .85 .70 .33 .05 77 .11 144 .16 203 .21 254 .26 301 .32 345
128 269 284 519 469 751 682 965 923 1161 1193 1339
S12562035 12.5 6.2 .35 .45 .80 1.29 .25 .07 51 .14 88 .20 113 .27 130 .34 140 .41 145
-13 289 17 552 89 787 205 996 363 1178 563 1334
S1256205 12.5 6.2 .50 .35 .85 .70 .36 .05 70 .11 130 .16 182 .21 229 .26 271 .32 310
119 238 264 459 435 665 631 854 853 1027 1102 1184
S1256207 12.5 6.2 .70 .25 .95 .36 .51 .04 108 .08 212 .11 312 .15 408 .19 503 .23 596
197 189 407 370 631 542 867 706 1117 862 1380 1010
S1472035 14.0 7.2 .35 .45 .80 1.29 .31 .07 42 .14 72 .20 92 .27 106 .34 114 .41 118
-12 239 11 455 68 650 159 823 285 973 445 1102
S147205 14.0 7.2 .50 .40 .90 .80 .44 .06 70 .12 129 .18 179 .24 221 .30 258 .36 291
87 238 201 458 342 662 510 847 705 1016 927 1167
S147208 14.0 7.2 .80 .30 1.10 .38 .71 .05 160 .09 312 .14 457 .18 598 .23 735 .27 870
211 217 437 424 678 622 934 810 1206 988 1493 1156
S158208 15.0 8.2 .80 .45 1.25 .56 .78 .07 245 .14 466 .20 668 .27 854 .34 1029 .41 1198
214 346 458 671 733 975 1038 1260 1374 1524 1740 1767
S168204 16.0 8.2 .40 .50 .90 1.25 .47 .08 51 .15 88 .23 114 .30 132 .38 142 .45 149
-6 228 21 434 81 621 172 786 297 930 453 1054
S168206 16.0 8.2 .60 .45 1.05 .75 .70 .07 100 .14 186 .20 259 .27 322 .34 378 .41 430
101 238 227 460 380 664 560 852 765 1023 997 1177
S168209 16.0 8.2 .90 .35 1.25 .39 1.05 .05 204 .11 398 .16 583 .21 761 .26 934 .32 1104
208 220 432 429 672 628 928 818 1200 996 1488 1165
S1892045 18.0 9.2 .45 .60 1.05 1.33 .66 .09 74 .18 127 .27 163 .36 185 .45 197 .54 203
-20 251 -3 479 51 683 141 863 269 1020 433 1154
S189207 18.0 9.2 .70 .50 1.20 .71 1.03 .08 136 .15 252 .23 353 .30 442 .38 522 .45 597
111 238 247 460 410 666 597 855 811 1028 1049 1184
S18921 18.0 9.2 1.00 .40 1.40 .40 1.48 .06 265 .12 515 .18 754 .24 983 .30 1205 .36 1423
207 236 430 462 670 676 927 879 1200 1071 1491 1252
S188102025 18.8 10.2 .25 .40 .65 1.60 .38 .06 10 .12 17 .18 21 .24 23 .30 24 .36 23
-23 101 -32 192 -24 273 -2 344 36 405 89 455
S208205 20.0 8.2 .50 .65 1.15 1.30 1.03 .10 78 .20 135 .29 174 .39 198 .49 213 .59 221
-5 203 24 386 87 550 186 696 318 822 486 930
S2010205 20.0 10.2 .50 .65 1.15 1.30 .91 .10 86 .20 149 .29 191 .39 219 .49 234 .59 243
-14 241 7 459 64 656 155 829 281 981 442 1110
S2010206 20.0 10.2 .60 .60 1.20 1.00 1.09 .09 106 .18 189 .27 253 .36 303 .45 342 .54 374
40 232 110 444 209 638 339 812 498 968 687 1104
S2010208 20.0 10.2 .80 .55 1.35 .69 1.46 .08 176 .17 329 .25 463 .33 582 .41 690 .50 791
119 238 263 460 432 667 627 857 846 1031 1090 1189
S2010209 20.0 10.2 .90 .50 1.40 .56 1.64 .08 207 .15 394 .23 565 .30 723 .38 872 .45 1015
152 224 325 435 518 633 733 818 968 989 1223 1147
S201021 20.0 10.2 1.00 .55 1.55 .55 1.82 .08 311 .17 592 .25 850 .33 1089 .41 1315 .50 1531
187 273 400 530 638 771 900 996 1188 1206 1501 1399
S2010211 20.0 10.2 1.10 .45 1.55 .41 2.01 .07 309 .14 601 .20 879 .27 1145 .34 1403 .41 1655
204 223 425 435 663 637 918 828 1190 1008 1478 1178
S22511206 22.5 11.2 .60 .80 1.40 1.33 1.41 .12 147 .24 253 .36 324 .48 368 .60 392 .72 405
-21 279 -1 531 61 758 164 958 310 1132 497 1280
S22511208 22.5 11.2 .80 .65 1.45 .81 1.88 .10 180 .20 330 .29 455 .39 561 .49 653 .59 736
86 234 199 450 339 649 507 831 703 995 926 1143
S225112125 22.5 11.2 1.25 .40 1.65 .32 2.93 .06 300 .12 589 .18 870 .24 1143 .30 1411 .36 1676
181 163 373 319 575 468 787 611 1010 747 1244 877
S2512207 25.0 12.2 .70 .90 1.60 1.29 2.05 .14 202 .27 349 .41 450 .54 514 .68 553 .81 575
-12 285 18 543 91 776 207 981 365 1161 566 1314
S2512209 25.0 12.2 .90 .70 1.60 .78 2.64 .11 214 .21 395 .32 548 .42 680 .53 795 .63 901
92 221 209 425 352 614 521 787 716 944 936 1085
S2512215 25.0 12.2 1.50 .40 1.90 .27 4.40 .06 406 .12 801 .18 1188 .24 1569 .30 1944 .36 2316
187 149 382 292 585 430 797 563 1018 691 1247 813
S2814208 28.0 14.2 .80 1.00 1.80 1.25 2.87 .15 265 .30 459 .45 594 .60 683 .75 739 .90 774
-7 294 29 562 107 802 227 1016 389 1203 593 1363
S281421 28.0 14.2 1.00 .80 1.80 .80 3.59 .12 279 .24 513 .36 709 .48 876 .60 1021 .72 1153
87 235 201 452 342 652 510 835 706 1001 928 1150
S2814215 28.0 14.2 1.50 .50 2.00 .33 5.39 .08 426 .15 835 .23 1231 .30 1615 .38 1992 .45 2364
173 162 356 317 550 466 755 608 970 743 1195 872
S31516308 31.5 16.3 .80 1.05 1.85 1.31 3.58 .16 235 .32 404 .47 519 .63 592 .79 634 .95 656
-17 256 3 488 59 697 153 881 284 1042 451 1179
S315163125 31.5 16.3 1.25 .75 2.00 .60 5.60 .11 349 .23 661 .34 941 .45 1198 .56 1437 .68 1664
119 197 257 381 413 554 589 714 783 862 997 998
S315163175 31.5 16.3 1.75 .55 2.30 .31 7.84 .08 590 .17 1159 .25 1711 .33 2250 .41 2779 .50 3302
179 165 368 324 567 476 777 622 997 761 1226 894
S35518309 35.5 18.3 .90 1.15 2.05 1.28 5.13 .17 279 .35 482 .52 622 .69 713 .86 767 1.04 800
-11 244 13 465 73 664 167 840 295 994 459 1126
S355183125 35.5 18.3 1.25 1.00 2.25 .80 7.13 .15 428 .30 787 .45 1088 .60 1344 .75 1567 .90 1769
84 232 195 447 332 645 495 826 685 990 901 1137
S402041 40.0 20.4 1.00 1.30 2.30 1.30 7.30 .20 345 .39 595 .59 766 .78 874 .98 938 1.17 973
-14 241 7 459 64 656 155 829 281 981 442 1110
S4020415 40.0 20.4 1.50 .95 2.45 .63 10.95 .14 481 .29 906 .43 1285 .57 1628 .71 1944 .86 2244
106 187 231 361 375 524 537 675 718 814 918 940
S45224125 45.0 22.4 1.25 1.60 2.85 1.28 11.74 .24 635 .48 1097 .72 1415 .96 1620 1.20 1744 1.44 1816
            204 977 359 1156 556 1309




Disc Spring Material to X7CrNiAl 17 7 (DIN 1.4568)

Please note: measurements are in millimeters & weight in kilograms. 15% Defl.
Disc Spring DIN 2093 15% Deflection		 30% Defl.
Disc Spring DIN 2093 30% Deflection		 45% Defl.
Disc Spring DIN 2093 45% Deflection		 60% Defl.
Disc Spring DIN 2093 60% Deflection		 75% Defl.
Disc Spring DIN 2093 75% Deflection		 90% Defl.
Disc Spring DIN 2093 90% Deflection
Code No. Outer Dia.

(De)		 Inner Dia.

(Di)		 Thickness

(t)		 Cone Height

(ho)		 Total
Ht.
(lo)		 Cone
Height		 Weight
per
1000
pieces		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N		 Defl.
mm		 Force
N
Thick.
Ratio
S3551832 35.5 18.3 2.00 .65 2.65 .33 11.41 .10 865 .20 1697 .29 2503 .39 3288 .49 4058 .59 4818
198 186 408 364 629 535 862 698 1107 854 1364 1002
S402042 40.0 20.4 2.00 .80 2.80 .40 14.60 .12 865 .24 1684 .36 2464 .48 3213 .60 3940 .72 4653
176 188 366 368 569 539 787 700 1018 853 1264 997
S40204225 40.0 20.4 2.25 .70 2.95 .31 16.42 .11 1031 .21 2026 .32 2992 .42 3935 .53 4861 .63 5777
192 174 394 340 608 500 832 653 1066 799 1311 939
S45224175 45.0 22.4 1.75 1.05 2.80 .60 16.43 .16 675 .32 1278 .47 1822 .63 2318 .79 2780 .95 3221
121 191 261 371 419 538 597 694 793 838 1009 970
S4522425 45.0 22.4 2.50 .80 3.30 .32 23.48 .12 1263 .24 2481 .36 3661 .48 4811 .60 5940 .72 7056
191 171 392 335 605 493 829 643 1063 787 1309 923
S5025415 50.0 25.4 1.50 1.60 3.10 1.07 17.15 .24 785 .48 1389 .72 1845 .96 2184 1.20 2439 1.44 2640
31 268 98 513 201 735 339 935 513 1112 722 1266
S502542 50.0 25.4 2.00 1.15 3.15 .58 22.87 .17 889 .35 1689 .52 2415 .69 3083 .86 3710 1.04 4310
127 195 273 378 437 549 619 709 820 856 1039 992
S5025425 50.0 25.4 2.50 1.00 3.50 .40 28.59 .15 1349 .30 2625 .45 3840 .60 5008 .75 6141 .90 7253
176 188 366 367 569 537 787 698 1018 850 1264 993
S502543 50.0 25.4 3.00 .85 3.85 .28 34.31 .13 1871 .26 3688 .38 5461 .51 7198 .64 8911 .77 10607
205 175 420 344 645 506 880 662 1125 812 1381 955
S562852 56.0 28.5 2.00 1.40 3.40 .70 28.65 .21 950 .42 1771 .63 2846 .84 3118 1.05 3690 1.26 4224
99 205 220 395 363 572 528 735 715 884 923 1019
S562853 56.0 28.5 3.00 1.05 4.05 .35 42.98 .16 1902 .32 3723 .47 5477 .63 7179 .79 8842 .95 10481
187 182 387 356 599 523 823 681 1060 832 1308 975
S63312 63.0 31.0 2.00 1.55 3.55 .78 37.09 .23 866 .47 1596 .70 2216 .93 2748 1.16 3216 1.40 3645
75 181 171 349 288 504 426 646 585 775 765 891
S633125 63.0 31.0 2.50 1.45 3.95 .58 46.36 .22 1359 .44 2579 .65 3685 .87 4702 1.09 5654 1.31 6565
126 188 270 365 432 530 613 684 812 826 1030 957
S713625 71.0 36.0 2.50 1.75 4.25 .70 57.72 .26 1439 .53 2683 .79 3767 1.05 4725 1.31 5591 1.58 6401
97 198 214 383 353 554 514 712 695 856 897 987
S80413 80.0 41.0 3.00 1.90 4.90 .63 87.28 .29 2033 .57 3828 .86 5428 1.14 6875 1.43 8210 1.71 9476
112 197 243 382 394 554 565 714 756 861 966 995
S904625 90.0 46.0 2.50 2.55 5.05 1.02 92.23 .38 1721 .77 3065 1.15 4099 1.53 4890 1.91 5503 2.30 6005
33 216 95 414 184 594 301 756 447 900 620 1026
S112573 112.0 57.0 3.00 2.90 5.90 .97 171.92 .44 2078 .87 3728 1.31 5026 1.74 6046 2.18 6865 2.61 7558
37 184 98 354 182 508 290 648 421 772 575 882

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Institute of Spring TechnologyMember of UK Spring Manufacturers AssociationBelleville QualityBritish Valve and Actuator Association

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