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| | Cutting material | Coating composition | Recommended use | Standard designation | |
| | A30 | / | HSS uncoated | Uncoated HSS-Co. As a cutting material for the pilot drill on the HTS and HTS-C deep suppliers of drilling tools, A30 is especially well suited for use in NF metals. | HSS | |
| | AS3 | / | TiN HSS | PVD-TiN coated HSS-Co for use as a cutting material for the pilot drill in the HTS and HTS-C. AS3 is the most efficient solution for all steel materials, stainless steel and materials with poor machining properties and as a pilot drill material in the HTS with cast iron materials. | HSS | |
| | KC100 | / | TiN HSS | HSS-Co with PVD-TiN coating. KC100 is the cutting material for dry taps and is used for all steels, whether alloyed or unalloyed. As well as stainless steels, KC100 also guarantees the longest possible tool life even in virtually any cast iron materials in dry tapping. | HSS | |
| | K10 | / | Uncoated carbide | The main application for K10 is the cutting of cast iron materials and NF metals and titanium alloys. In combination with the protruding geometry of the TF-Drills, K10 guarantees a high level of cutting performance and a industrial safe drilling process. This is due to the high temperature-resistance provided by the emergency operating conditions that apply at large drilling depths. K10 can be used both dry and using cooling lubricants. | HW - K10 | |
| | KM1 | / | Uncoated carbide | Uncoated fine grain solid carbide. Thanks to its excellent wear resistance, KM1 is especially efficient in cutting cast iron materials, NF metals and titanium alloys, if the use of coated cutting materials is not intended. | HW - K10 | |
| | KMF | / | Uncoated carbide | KMF is an uncoated, fine grain and very tough carbide grade. KMF is ideally suited for materials in the aerospace and space travel sector thanks to its very sharp cutting edges. This uncoated grade is used for machining NF metals materials with poor machining properties. | HW - M20 HW - K20 | |
| | CD4 | | | TiN TiCN X?- TiN Carbide | In CVD procedure with TiN-TiCN multi-layer coated carbide with good toughness properties. CD4 can be used universally for virtually all applications in steel machining. Long-chipping, tough steels are preferable, alloyed or unalloyed. | HC - P30 HC - M30 HC - K30 | |
| | CM4 | | fl | TiN TiCN //-"- TiN Carbide | Fine grain type with an especially thick, multi-layer CVD-TiN-TiCN coating. Thanks to its high resistance to wear, the main application for CM4 is machining unalloyed carbon materials and alloyed steels and cast steel. | HC - P25 HC - K25 | |
| | KC6215 | ^^^^^^^^^H TiAIN H Carbide | Coated carbide grade with a 3pm thick PVD-coating (TiAlN). KC6215 is a high-performance carbide grade for hard machining. This grade presents extremely high hardness and wear resistance. This grade is suited for machining hard materials up to 65 HRC. | HC - P15 | |
| | KC6310L | ^^^^^^^^^^ TiAIN Carbide | Industrial slide material-coated PVD-TiAlN, unalloyed carbide grade showing high resistance against plastic deformation besides good wear resistance. The slide material coating reduces friction to a minimum while tool life is increased. | HC - K10 | |
| | KC7030 | | TiN Carbide | PVD-TiN coated carbide with coarse structure. Due to excellent toughness among others CS3 (KC7030) combined with the MDM geometry of the KSEM is suitable for process-secure machining difficult materials. Also with difficult application conditions CS3 (KC7030) is to be preferred as FIRST CHOICE for process-secure machining stainless steel and heavy- machining materials. | HC - P40 HC - M30 HC - K30 | |
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