kennametal

Product DescriptionThe KENNAMETAL 5640480 is a solid carbide turning insert in the KENLOC series, designed for external and internal turning operations on steel, stainless steel, and superalloy workpieces. It carries the ANSI insert designation CNMG432MP and ISO designation CNMG120408MP, with grade KCM15B and a...

Product Description The KENNAMETAL 5640486 is a DNMG331FP geometry turning insert in the KCM15B grade, designed for precision metal cutting in CNC turning applications. The insert features a 55-degree diamond (rhombic) shape with a negative rake and negative side clearance, ground to ANSI and...

Product DescriptionThe KENNAMETAL 5640490 is a solid carbide turning insert in the TNMG332MP geometry, coated with a multilayer TiCN and Al2O3 CVD coating under the KCM15B grade designation. Part of the KENLOC series, this insert features a 60-degree triangular shape, a neutral hand orientation,...

Product Description The KENNAMETAL 5640491 is a TPMT-style carbide turning insert with an industry standard number of TPMT18151LF and a manufacturer grade of KCM15B. It features a multilayer CVD coating of TiCN and Al2O3 applied via MTCVD process, delivering wear resistance and thermal protection...

Product Description The KENNAMETAL 5640905 is a solid carbide turning insert with ANSI designation CCMT2151MF and ISO designation CCMT060204MF, offered in the KCM15B grade. It features a multilayer MTCVD-applied TiCN and Al2O3 coating engineered for finishing and medium machining operations on steel and stainless...

Product DescriptionThe KENNAMETAL 5640907 is a CCMT2152LF screw-on turning insert in grade KCM15B, designed for precision finishing and light machining operations on CNC lathes and turning centers. The insert features an 80-degree diamond (rhombic) shape with a positive rake angle of 5 degrees and...

Product Description The KENNAMETAL 5640960 is a solid carbide turning insert with ANSI designation CCMT3251MP and ISO designation CCMT09T304MP. It features an 80-degree diamond (rhombic) shape, a KCM15B grade multilayer coating combining TiCN and Al2O3 applied via MTCVD and CVD processes. The insert measures...

Product DescriptionThe KENNAMETAL 5640964 is a solid carbide turning insert designated CCMT3252MP in the KCM15B grade, designed for external and internal turning, facing, and boring operations on CNC and manual lathes. The insert features an 80-degree diamond (rhombic) shape with a 3/8-inch inscribed circle,...

Product DescriptionThe KENNAMETAL 5640971 is a CNMG431MP turning insert in grade KCM15B, designed for external and internal turning operations on steel and stainless steel workpieces. It is constructed from solid carbide and features a multilayer MTCVD coating of TiCN and Al2O3, which balances wear...

Product DescriptionThe KENNAMETAL 5640973 is a CNMG431UP turning insert in grade KCM15B, designed for high-productivity metal cutting on CNC lathes and turning centers. The insert features a multilayer MTCVD coating of TiCN and Al2O3, combining moderate-to-high wear resistance with sufficient toughness for demanding applications....

Product Description The KENNAMETAL 5640976 is a CNMG432MR turning insert in grade KCM15B, designed for external and internal turning operations on steel and stainless steel workpieces. The insert features a multilayer CVD coating combining TiCN and Al2O3 applied via MTCVD process, delivering a balance...

Product Description The KENNAMETAL 5640977 is a solid carbide turning insert carrying the industry designation CNMG432P in the KCM15B grade. It features a multilayer TiCN and Al2O3 CVD coating applied via MTCVD process, delivering a balance of wear resistance and toughness suited to demanding...

Product Description The KENNAMETAL 5640978 is a CNMG432UP grade KCM15B solid carbide turning insert designed for high-productivity metal removal in demanding turning, facing, and boring operations. The insert features a multilayer MTCVD-applied TiCN and Al2O3 coating that delivers a balance of wear resistance and...

Product Description The KENNAMETAL 5641069 is a solid carbide turning insert designated CPMT2152MF with grade KCM15B. It features a multilayer TiCN and Al2O3 MTCVD coating applied via CVD process, delivering wear resistance suited to steel and stainless steel machining. The insert carries an 80-degree...

Product Description The KENNAMETAL 5641090 is a solid carbide turning insert with ANSI designation CPMT3251LF and manufacturer grade KCM15B. It carries a multilayer TiCN and Al2O3 CVD coating applied via MTCVD process, providing moderate to high wear resistance with retained toughness. The insert features...

Product DescriptionThe KENNAMETAL 5641091 is a solid carbide turning insert in the CPMT3252MF geometry, grade KCM15B, designed for precision material removal on CNC lathes and turning centers. It carries a multilayer MTCVD-applied TiCN plus Al2O3 coating that balances wear resistance with toughness across a...

Product DescriptionThe KENNAMETAL 5641096 is a DNMG431FF solid carbide turning insert in grade KCM15B, designed for high-performance metal cutting in CNC and manual lathe applications. The insert features a 55-degree diamond shape with a 0.5-inch inscribed circle and a 1/64-inch (0.0156-inch) corner radius. It...

Product DescriptionThe KENNAMETAL 5641098 is a solid carbide turning insert in the KENLOC series, designed for precision material removal on CNC lathes and turning centers. It carries the ANSI designation DNMG431MP and ISO code DNMG150404MP, featuring a 55-degree diamond (rhombic) shape with a negative...

Product Description The KENNAMETAL 5641099 is a solid carbide turning insert in the DNMG432MP geometry, coated with a multilayer TiCN and Al2O3 CVD coating under the manufacturer grade KCM15B. Part of the KENLOC series, this insert features a 55-degree diamond (rhombic) shape with a...

Product Description The KENNAMETAL 5641110 is a TNMG331MP series turning insert in grade KCM15B, part of the KENLOC tooling system. The insert is manufactured from solid carbide with a multilayer MTCVD-applied TiCN plus Al2O3 coating for wear resistance and thermal stability during interrupted and...