Tool materials for turning KENNAMETAL Carbide coated Particularly well suited to machining unalloyed and alloy steel, with excellent wear resista

Tool materials for turning KENNAMETAL Carbide coated Particularly well suited to machining unalloyed and alloy steel, with excellent wear resistance. TIN + TiCN + TIN + Al203 + T1CN + TIN (CVD). NL250 NL250 NL250 NL250 A grade enriched with cobalt for medium to rough machining of steel, stainless steel and grey cast iron. TiN+ TICN + AI203 + TiN (CVD). NL300 NL300 NL300 Tough grade with high cutting edge stability when machining steel and stainless steel. TiN -h TiCN + AI203 + TIN (CVD). NL920 NL920 NL920 NL920 For finish machining, even under unstable conditions. TiAIN nano-coating (PVD). SP4019 SP4019 SP4019 SP4019 Cobalt-enriched grade. Suitable for medium roughing of stainless steel and exotic alloys. TiN +- TiCN + AI203 + TIN (CVD). NL400 NL400 NL400 Combination of micrograin and an exceptionally hard surface for high-speed machining, with the best wear resistance, Suitable for abrasive materials. TiAIN nano-coating (PVD). SP0819 SP0819 SP0819 Cermet Megacoat (PVD) coating on a micrograin substrate. For general machining of steel. 1 PV7025 PV7025 Carbide coated The best wear resistance due to its micro-crystalline multi-layer coating - TICN + Al203 + TIN (CVD). High-speed machining of steel. CA510 First choice for machining steel. Tough substrate in conjunction with a TiCN + Al203 + UN (CVD) multi-layer coating for very high wear resistance. < :A52 i Tough grade for general machining of stainless steel. For both finishing and also roughing. TiCN + Al203 +TiN (CVD). CA6525 Megacoat (PVD) coating on a micrograin substrate. Machining of steel and stainless steel, slightly interrupted to interrupted cutting. PR1225 PR1225 Megacoat (PVD) coating. Specially for heat-resistant alloys, even for slightly interrupted cutting. PR1325 Megacoat (PVD) coating on a micrograin substrate. For general machining of stainless steel. PR 1425 PR 1425 First choice for turning cast iron; from slightly to heavily interrupted cut. TiCN + Al203 (CVD), CA4515 Carbide uncoated Machining of non-ferrous metals and cast iron. WC + Co. Tough micrograin carbide. KW10 Excellent wear resistance when machining titanium alloys, Suitable for finishing applications through to medium roughing. SW05 z CD o Extremely heat-resistant CBN substrate. Specially for finishing operations in hardened steels at high cutting speeds. Megacoat. KBN05M Micro-grain CBN in conjunction with highly heat-resistant Megacoat coating for high-speed machining of hardened steels. KBN25M Combination of a tough CBN shell around a wear-resistant hard CBN core. Can be used for interrupted cutting. Megacoat. KBN35M Ceramic For medium roughing to finish machining of cast iron and hardened steels. Al203 + TIC + Megacoat. PT600M PT600M holejC, Carbide coated HOLEX P20 grade for general-purpose machining of steel. Can be used for interrupted cutting. TiCN / Al203 / TIN, CVD multi-layer coating, 1 1 HB X020 HOLEX M30 grade for use on stainless steel. TCN / AIA /TIN, CVD multi-layer coatino HBX130 1 Main catalogue Hoffmann Group 46 493 Kennametal KymcERa HOLE P (Steel) M (st. stee l/INOX) K GG(G) N (Alu) SOI) H (HRC) Grade description o o_ o Q_ o r\i Q_ o m Q_ o Q_ M10 M20 M30 M40 1 2 (Alu) (Alu) b b < 55 < 60 < 67