Catalogo Vega Cutting Tools 2022

TORNITURA 54 VEGA CUTTING TOOLS 2022 2FYJWNFQN (FRUT IN FUUQNHF_NTSJ IJQ LWFIT IN YTWSNYZWF ISO 2FYJWNFQN IF QF[TWFWJ ;FQTWJ NSN_NFQJ IN [JQTHNYऄ IN YFLQNT R RNS AC150P AC200P AC250P AC350P AP301M AC150K ACK15A AW100K AP100S f(mm/rev) 0.1 0.4 0.6 0.1 0.4 0.6 0.1 0.4 0.6 0.1 0.4 0.6 0.1 0.3 0.5 0.1 0.4 0.6 0.1 0.4 0.6 0.1 0.2 0.4 0.1 0.3 0.5 &HHNFNT STS QJLFYT C0.25% Annealed 125 428 485 360 270 400 310 230 380 260 210 250 170 140 0.25 C0.55% Annealed 190 639 370 270 210 320 240 190 280 200 150 200 135 110 0.25 C0.55%Heat-treated 210 708 260 220 170 250 200 160 200 160 135 150 125 90 C 0.55% Annealed 190 639 270 220 160 270 200 150 240 160 125 170 110 90 C 0.55% Heat-treated 300 1013 210 180 150 210 160 150 160 120 110 125 75 65 Free cutting steel (short-chip) Annealed 220 745 440 310 250 360 270 210 340 220 175 220 145 115 &HHNFNT GFXXTQJLFYT Annealed 175 591 350 260 220 290 210 180 240 175 135 200 165 150 Heat-treated 300 1013 220 170 150 190 160 140 140 100 85 135 90 70 Heat-treated 380 1282 160 120 100 180 150 120 100 70 55 90 65 45 Heat-treated 430 1477 90 70 120 100 &HHNFNT FQYTQJLFYT J FHHNFNT UJW ZYJSXNQN FQYTQJLFYT Annealed 200 675 330 230 150 260 200 180 210 145 85 180 150 85 Hardened and tempered 300 1013 230 140 110 200 180 160 130 85 65 110 85 65 Hardened and tempered 400 1361 80 70 130 120 &HHNFNT NSTXXNIFGNQJ Ferritic/martensitic, annealed 200 675 220 170 160 180 150 120 150 120 95 Martensitic, heat-treated 330 1114 160 130 100 140 100 70 110 80 60 &HHNFNT NSTXXNIFGNQJ Austenitic, quench hardened 200 675 200 160 130 240 190 150 Austenitic, precipitation hardened (PH) 300 1013 160 130 70 150 85 Austenitic/ferritic, duplex 230 778 180 140 110 170 145 100 ,MNXF RFQQJFGNQJ Ferritic 200 400 300 200 150 240 160 130 Pearlitic 260 700 270 165 115 200 120 95 ,MNXF LWNLNF Low tensile strength 180 200 450 270 190 400 210 150 High tensile strength/austenitic 245 350 245 170 125 200 150 100 ,MNXF STIZQFWJ Ferritic 155 400 260 190 145 230 170 120 Pearlitic 265 700 190 145 125 170 120 100 GGV(CGI) 230 400 1JLMJ IN FQQZRNSNT QF[TWFYT Non-aging alloy 30 - Aged alloy 100 340 1JLMJ IN FQQZRNSNT KZXJ Ƶ 7M RSR EKMRK EPPS] 75 260 Ƶ 7M EKIH EPPS] 90 310 > 12% Si, non-aging 130 450 1JLMJ IN RFLSJXNT 70 250 7FRJ J QJLMJ IN WFRJ GWTS_T TYYTSJ Unalloyed, electrolytic copper 100 340 Brass, bronze, red brass 90 310 Cu alloys, short-chip 110 380 High tensile, Ampco alloy 300 1010 1JLMJ WJXNXYJSYN FQ HFQTWJ Fe-based Annealed 200 680 90 60 100 65 Aged 280 940 70 50 80 55 Ni or Co based Annealed 250 840 70 50 80 55 Aged 350 1180 60 40 70 45 Cast 320 1080 50 30 60 30 1JLMJ IN 9NYFSNT Pure titanium 200 680 200 180 140 » ERH ¼ EPPS]W EKIH 375 1260 70 45 40 90 55 45 ¼ EPPS]W 410 1400 40 35 30 55 35 30 1JLMJ IN 9ZSLXYJST 1177 300 1010 1JLMJ IN 2TQNGIJST 1262 300 1010 160 &HHNFNT YJRUWFYT Hardened and tempered 50HRC Hardened and tempered 55HRC Hardened and tempered 60HRC ,MNXF YJRUWFYF Hardened and tempered 50HRC P M K S N H 5FWFRJYWN IN YFLQNT WFHHTRFSIFYN .SXJWYN 3JLFYN[N )ZWJ__F 'WNSJQQ (HB) +TW_F IN YWF_NTSJ Rm(N/mm²) . IFYN IN YFLQNT WFHHTRFSIFYN XTST IF NSYJSIJWXN NS HTSIN_NTSN IN QF[TWT LJSJWFQJ TYYNRFQN LQN XYJXXN IT[WFSST JXXJWJ FIFYYFYN NS HFXT IN UTHF WNLNINYऄ IJQ XNXYJRF T ZYJSXNQJ JI J[JSYZFQN HTSIN_NTSN FLLWF[FSYN FQ XNXYJRF TORNITURA NEGATIVA/POSITIVA ACHTECK

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