Основной каталог Kennametal вращающиеся инструменты 2018 - страница 1896

Перечень обрабатываемых материалов Перечень обрабатываемых материалов Сталь Сталь  Перечень обрабатываемых материалов • Сталь • P3 (продолжение)  Перечень обрабатываемых материалов • Сталь • P4 (продолжение) P3 Легированная и инструментальная сталь P3 Содержание: C >0,25% Предел прочности на разрыв RM (МПа)*: 600–850 Твердость (HB): <330 (HRC): <35 P4 Легированная и инструментальная сталь P4 Содержание: C>0,25% Предел прочности на разрыв RM (МПа)*: 850–1400 Твердость (HB): 350–450 (HRC): 35–48 Номер Название Номер Название AISI** DIN BTS JIS UNS EN AFNOR UNI SIS SAE ASTM материала производителя AISI** DIN BTS JIS UNS EN AFNOR UNI SIS SAE ASTM материала производителя – WSt E 420/P420NH S 420 NL STK 540 K02002 S 420 NL S 420 NL Fe E 420 KW – – – 1.8932 – – StE 240.7 – – – L 245 NB L 245 NB – – – – 1.0457 – – S 960 QL/TStE 960 V – – – S 960 QL – – – – – 1.8933 – – HIII/L 235 GA – – – L 235 GA – – – – – 1.0458 – – WSt E 460/P460NH P 460 NH – K02900 P 460 NH P 460 NH Fe E 460 KW – – – 1.8935 – – L 245 GA/RRStE 240.7 – – – L 245 GA TS E 250 – – – – 1.0459 – – S 960 Q – – – S 960 Q E 960 T–II S 960 Q – – – 1.8941 – – St E255 – – K01800 – – – – – – 1.0461 – – S 355 J 0 WP WR 50 A – – S 355 J0 WP E 36 W–A3 S 355 J0 WP – – – 1.8945 – – TStE 255 – – K11535 – – – – – – 1.0463 – – S 355 J 2 WP S 355 J 2 WP – – S 355 J2 WP E36W–A4 S 355 J2 WP – – – 1.8946 – – 15 Mn 3 Al – – – C 14 GAl – – – – – 1.0468 – – L 415 QB – – – L 415 QB L 415 QB – – – – 1.8947 – – 21 Mn 4 – – – – – 20 Mn 4 – – – 1.0469 – – L 360 QB – – – L 360 QB L 360 QB – – – – 1.8948 – – 19 Mn 6/P 355 GH P 355 GH SGV 46 K03300 P355GH A 52 CP Fe E355–2 2101 – – 1.0473 – – L 450 QB – – – L 450 QB L 450 QB – – – – 1.8952 – – 17 Mn 4/P 295 GH 224–460B SG 37 K03501 P 295 GH A 48 CP Fe E 295 2102 – – 1.0481 – – S 460 NH (FGS 47) – – – S 460 NH – S 460 NH – – – 1.8953 – – 19 Mn 5 224-460 SG 37 K 03102 – A 52 CP; AP; FP Fe 460- 2 KW – – – 1.0482 – – L 485 QB – – – L 485 QB L 485 QB – – – – 1.8955 – – L 290 AG – – – L290GA TS E 290 – – – – 1.0483 – – S 460 NLH/FG S 47 – – – S 460 NLH – S460NLH – – – 1.8956 – – L 290 NB – – – L290NB L 290 NB – – – – 1.0484 – – L 555 QB – – – L 555 QB L 555 QB – – – – 1.8957 – – 21 Mn 6 – – K12320 – – – – – – 1.0485 – – 9 CrNiCuP 3 2 4 WR 50 A SPA–H K11430 – – – – – – 1.8962 – – St E 285 P 275 N SM 41 A K 01802 P 275 N P 275 N Fe E 285 KG – – – 1.0486 – – WTSt 52-3 WR 50 C SMA 58 W K11430 S 355 J 2 G 1 W E 36 W-A2 – – – – 1.8963 – – W St E 285 P 275 N – K 01802 P 275 NH P 275 N Fe E 285 KW – – – 1.0487 – – S 355 J 2 G 2 W S 355 J 2 G 2 W – – S 355 J 2 G 2 W S 355 J 2 G 2 W S 355 J 2 G 2 W – – – 1.8965 – – T St E 285 P 275 NL 1 SLA 235 A K 01803 P 275 NL 1 P 275 NL 1 Fe E 285 KT – – – 1.0488 – – S 355 K 2 G 1 W S 355 K 2 SMA 490 CW – S 355 K2 G1 W S 355 K2 G1 W S 355 K2 – – – 1.8966 – – H 300/ZSt E 300 H280LA – – H 280 LA E 280 C – – – – 1.0489 – G1W G1W – S 275 NH S 275 NH – – S 275 NH – S 275 NH – – – 1.0493 – – S 355 K 2 G 2 W S 355 K 2 – – S 355 K2G2W S 355 K 2 S 355 K 2 – – – 1.8967 – – S 275 NLH S275NLH – – S 275 NLH – S275NLH – – – 1.0497 – G2W G2W G2W – QStE 600 TM/S 600 MC – – – S 600 MC E 620 D S 600 MC – – – 1.8969 – – L 360 GA – – – L 360 GA – – – – – 1.0499 – – StE 415..7/L 415 NB – – – L 415 NB L 415 NB – – – – 1.8972 – – C 35 Pb/C 35 GPb – – – C 35 Pb – – – – – 1.0502 – – StE 415.7 TM/L 415 MB – – – L 415 MB L 415 MB – – – – 1.8973 – – St E 315/P 315N – SM 50 A K11506 P 315 N – Fe E 315 KG – – – 1.0505 – – S 700 MC (QStE 690 TM) – – – S 700 MC E 690 D S 700 MC – – – 1.8974 – – W St E 315 – SNC 1 K02404 P 315 NH – Fe E 315 KW 2107 – – 1.0506 – – L 450 MB/StE 445.7 TM – – – L 450 MB L 450 MB – – – – 1.8975 – – St 55 – STKM 16A – – – Fe 540 – – – 1.0507 – – S 650 MC (QStE 650 TM) – – – S 650 MC E 620 D S 650 MC – – – 1.8976 – – T St E315 – SLA 325 A K02404 P 315 NL – – 2106 – – 1.0508 – – L 485 MB/StE 480.7 TM – – – L 485 MB L 485 MB – – – – 1.8977 – – C 40 Pb – – – C 40 G Pb – – – – – 1.0512 – – StE 550.7 TM/L 555 MB – – – L 555 MB L 555 MB – – – – 1.8978 – – C38D – SWRH 37 – C 38 D FM 38 C 38 D – – – 1.0516 – – St 60-2 4360–55 E SM 58 – E 335 A 60-2 Fe 60–2 1650 – – 1.0060 – – C48D – SWRH 48 – C 48 D FM 48 C 48 D – – – 1.0517 – – St 70-2 E 360 – – E 360 A 70-2 Fe 70-2 1655 – – 1.0070 – – C56D – – – C 56 D FM 56 C 56 D – – – 1.0518 – – C4D – – – C4D FM 5 C4D – – – 1.0300 – – StSch 700 (R 0 700) – – – R 0700 – – – – – 1.0521 – – C 22 8 – – – P 250 GH – – – – – 1.0460 – – StSch800 (R 0 800) – – – R 0800 – – – – – 1.0524 – – H 260/ZSt E 260 H 240 LA – – H 240 LA E 240 C – – – – 1.0480 – – Cf 45 Pb – – – – – C 46 – – – 1.0526 – – C32D – SWRH 32 K02701 C 32 D FM 32 C 32 D – – – 1.0530 – – C32D – SWRH 32 K02701 C 32 D FM 32 C 32 D – – – 1.0530 – – ZStE 380/H 380 H 360 L A – – H 360 LA E 355 C – – – – 1.0550 – – GL-A 40 (S 390 G 1 S) – – – S 390 G 1 S – – – – – 1.0532 – – C60D – – – C 60 D FM 60 C 60 D – – – 1.0610 – – S 355 NH S 355 NH – – S 355 NH – S 355 NH – – – 1.0539 – – 38 SMn 28 38 SMn 28 – – 38 SMn 28 38 SMn 28 – – – – 1.0760 – – C42D – SWRH 42 B – C 42 D FM 42 C 42 D – – – 1.0541 – – QSt E 260 TM/5260 MC – – – S 260 MC 41 S 7 Fe E 275 TM – – – 1.0970 – Schienen 60 F(R 0600/ – C3D2 – – – C3D2 FM 5 C3D2 – – – 1.1110 – – St Sch 60) – – – R 0600 – – – – – 1.0544 – – C38D2 – – – C 38 D 2 FM 38 C 38 D 2 – – – 1.1150 – – S 355 JO H 50 C – – S 355 J0 H – S 355 J0 H – – – 1.0547 – – C 42 E Al/Ck 42 Al – – – S 355 G15 – – – – – 1.1190 – – ZStE 340/H 340 H 320 L A – – H 320 LA E 315 C – – – – 1.0548 – – C56D2/D 55-2 – – – C 56 D 2 FM 56 C 56 D 2 – – – 1.1220 – – S 335 NLH 50 EE – – S 355 N LH – S 355 N L H – – – 1.0549 – – C 70 W1 – – – CT 70 C 70 E 2 U C 70 K U – – – 1.1520 – – GS-52 A2 – – GE 260 – – – – – 1.0552 – – C 45 W – – – C 45 U Y3 42 – – – – 1.1730 – – S 355 JO En 50 C;S 355 J0 SM 520 M – S 355 J0 S 355 J0; S 355 J0; – – – 1.0553 – – C 60 W – SK 7 – – Y3 55 – – – – 1.1740 – E 36-3 Fe 510 C FN – 100 CrMn 6 – – K19195 100 CrMn 6 100 CM 6 – – – – 1.3520 – – GS-70 50 C – – S 355 JO C E 36–3 Fe 510 C – – – 1.0554 – – 28 B 2 – SWRCHB 26 – C 30 B 20 B 3 – – – – 1.5510 – – GS-62 – – – S 355 GO 1 – – – – – 1.0555 – – St E 380 – SM 50 B – S 380 N – Fe E 390 KG – – – 1.8900 – – ZStE 420/H 420 46/40HR,HS,CS – – H 400 LA H 400 LA – – – – 1.0556 – – TStE 380/S380NL – – – S 380 NL – Fe E 390 KT 2117 – – 1.8910 – – P355 NB – SG 365 – P 355 NB BS 4 – – – – 1.0557 – – S 890 Q – – – S 890 Q S 890 Q S 890 Q – – – 1.8940 – – GS–62.3 – – – S 355 GO 2 – – – – – 1.0559 – A 633 Gr. C St E 355 P 355 N SM 50 YB K12000 P 355 N E 355 R/FP Fe E 355 KG 2132 – – 1.0562 – – N 80 – – – – – – – – – 1.0564 – – W St E 355 P 355 NH – K01600 P 355 NH P 355 NH Fe E 355 KW – – – 1.0565 – – T St E355 P 355 NL1 SLA 37 – P 355 NL1 P 355 NL1 Fe E 355 KT – – – 1.0566 – – 32 Mn 3 – – – – – – – – – 1.0567 –  Перечень обрабатываемых материалов • Сталь • P4 – P355 QH1 P 355 QH – – P 355 QH P 355 QH – – – – 1.0571 – P4 Легированная и инструментальная сталь P4 Содержание: C>0,25% Предел прочности на разрыв RM (МПа)*: 850–1400 Твердость (HB): 350–450 (HRC): 35–48 – – ZStE 460/H 460 S 355 J 2 G 4 – S 355 J 2 G 4 – – – – – S 355 J 2 G 4 – S 355 J 2 G 4 – S 355 J 2 G 4 – – – – – – 1.0574 1.0577 – – – L 360 MB – – – L 360 MB L 360 MB – – – – 1.0578 – – St 52.4 – STS 49 – – – – – – – 1.0581 – Номер Название – L 360 NB/StE 360.7 – – – L360NB L 360 NB – – – – 1.0582 – AISI** DIN BTS JIS UNS EN AFNOR UNI SIS SAE ASTM материала производителя – S 355 J 2 G 3 Cu/St – – – S 355 J2 G3 Cu + CR – – – – – 1.0585 – A 570 Gr. 40 St 44-2 4360-43 B SM 41 B K 02502 S 275 JR E 28-2 Fe 430 BFN 1412 – – 1.0044 – 52-3 Cu3 – C50D – – – C 50 D FM 50 C 50 D – – – 1.0586 – – S 235 JO/Fe 360 C En 40C – – S 235 JO E24-3 Fe 360 CFN – – – 1.0114 – – QSt 52–3 Cu 3 – – – S 355 J2 G3 Cu C – – – – – 1.0587 – A 570 Gr. 36 St 37–3 4360-40 C – K01501 S 235 J2 G3 Fe 360 D1(2); E 24-3 Fe 360 D1(2) 1312 – – 1.0116 – – D 53-2 – SWRH 52 B – C 52 D FM 52 C 52 D – – – 1.0588 – – QSt 37-3 – SWRCH 12R – – – – – – – 1.0123 – – FStE 355 OS 3/S355G03 – – K12000 S 355 G03 – – – – – 1.0591 – – S 275 J0 En43C;S275J0 – – S 275 J0/Fe 430 C S 275 J0; E 28-3 S275J0;Fe430CFN – – – 1.0143 – Fe 430 D1(2); S 275 J2 – S 355 J 2 G 4 Cu – – – S 355 J2 G4 Cu – – – – – 1.0592 – A 573 Gr. 70 St 44-3 4360–43 C SM 41 B – G3 (4) Fe 430 D1(2); E 28-4 Fe 430 D FF 1414 – – 1.0144 – S355k2G3/Fe 510 DD1 S 355 K 2 G 3 SM 520 C – (MULTIST) K02505 S 355 K 2 G 3 E36–4 S 355 K 2 G 3 – – – 1.0595 – – S 275 J2 G4/Fe 430 D 2 S 275 J2 G4 – – S 275 J2 G4 E28-4;S 275 J2 G4 S 275 J2 G4 1414 – – 1.0145 – S355K2G4/Fe 510 DD 2 S 355 K 2 G 4 – Ro St 44-2 43C – – S 275 J0 H – S 275 J0 H – – – 1.0149 – – (MULTIST) – – S 355 K 2 G 4 S 355 K 2 G 4 S 355 K 2 G 4 – – – 1.0596 – – St 37.0 – STPG 38 – P 235 T1 – – – – – 1.0254 – – C 30 Pb – – – C 3 0 GPb – – – – – 1.0598 – – C9D – SWRM 8 – C9D FM 9 C9D – – – 1.0304 – – C 60 Pb – – – C 60 GPb – – – – – 1.0602 – – C7D C7D SWRM 8 G10060 C7D FM 8 C7D – – – 1.0313 – – C 67 GPb/C 67 Pb – – – C 67 GPb – – – – – 1.0606 – – L 210 GA – – – L 210 GA TS E 220 класс 2 – – – – 1.0319 – – C 75 GPb/C 75 Pb – – – C 75 GPb – – – – – 1.0607 – – USD 7/C 8 G1 W – – – C8G1W – – – – – 1.0323 – – RSD 7/C8G2W – – – C8G2W – – – – – 1.0324 – ПРИМЕЧАНИЕ. Пояснение см. на стр. Y217. (продолжение) – RSD 10 Si/C10WSi – – – C 10 W Si – – – – – 1.0339 – – P235 GH P 235 GH SPV 50 K02503 P 235 GH A 37 CP Fe E 235 1330 – – 1.0345 – – RRSD 10/C10 W – – – C 10 W – – – – – 1.0351 – – St 45.8 – STB 410 K02727 – – – – – – 1.0405 – – C 25 Pb – – – C 25 GPb – – – – – 1.0411 – – L 245 MB 430 – K03006 L 245 MB L 245 MB – – – – 1.0418 – 1513 P265 HR 40/30 – G15130 – 12 M 5 – – – – 1.0424 – – P310 NB 224-410 SG 325 K02100 P280GH BS 2 P 275 N 2103 – – 1.0426 – – L 290 MB – – – L290MB L 290 MB – – – – 1.0429 – – H III/P285NH – Sm 38 – P 285 NH – – – – – 1.0435 – – P310 NB 224-430 SG 325 K02100 P305GH P 275 N P 275 N 2103 – – 1.0436 – – A St 41 P 275 N STK 400 K02100 S 275 N BS 3 P 275 N 2103 – – 1.0437 – – B 500 A – SD 490 – B 500 A – B 500 A – – – 1.0438 – – GS-45 – SC 450 – – – – – – – 1.0443 – – H IV/P295NH – SG 37 K03102 – – Fe 460-2 KW – – – 1.0445 – (продолжение) Y198 kennametal.com kennametal.com Y199