kennametal

Product DescriptionThe KENNAMETAL 5537420 is a CCMT3251FP turning insert in grade KCP10B, designed for precision finishing operations on CNC lathes and turning centers. It features a solid carbide substrate with a multilayer MTCVD coating stack of TiCN, Al2O3, and TiOCN, delivering high wear resistance...

Product Description The KENNAMETAL 5537429 is a solid carbide turning insert with ANSI code CPMT2151FP and grade designation KCP25B. It features an 80-degree diamond (rhombic) shape, a 1/4-inch inscribed circle, and a 1/64-inch corner radius (0.0156 inches). The insert carries a multilayer MTCVD coating...

Product DescriptionThe KENNAMETAL 5537430 is a solid carbide turning insert with ANSI code CPMT2151UF and manufacturer grade KCP25B. It features an 80-degree diamond (rhombic) shape with a positive rake angle of 5 degrees and an 11-degree relief angle. The insert carries a multilayer MTCVD...

Product DescriptionThe KENNAMETAL 5537432 is a solid carbide turning insert with ANSI code CPMT3251FP and manufacturer grade KCP25B. It features an 80-degree diamond (rhombic) shape with a 3/8-inch inscribed circle and a 1/64-inch corner radius. The insert carries a multilayer MTCVD coating stack of...

Product Description The KENNAMETAL 5537433 is a solid carbide turning insert conforming to ANSI code CPMT3251UF and ISO code CPMT09T304, offered in the KCP25B grade with a multilayer MTCVD coating of TiCN, Al2O3, and TiOCN. Designed for screw-on toolholders, this insert features an 80-degree...

Product Description The KENNAMETAL 5542249 is a solid carbide round milling insert carrying ISO designation RCGT250900SHFJ and ANSI code RCGT86SHFJ. It is manufactured to the KCPM40 grade and features a dual PVD coating of TiAlN and AlCrN, which provides thermal resistance and edge durability...

Product DescriptionThe KENNAMETAL 5544366 is an indexable square-shoulder end mill designed for precision milling operations in metalworking and machining applications. Built around the MILL 4-15 series platform, it features a 1-inch cutting diameter and accepts LNGU15T608SRGE insert style inserts secured by a screw-holding method....

Product DescriptionThe KENNAMETAL 5544402 is an indexable square-shoulder face mill designed for precision milling operations in metalworking and machining environments. Built around the MILL 4-15 series platform, it accepts five LNGU15T608SRGE inserts held in place by clamp and screw retention for reliable cutting stability....

Product DescriptionThe KENNAMETAL 5544403 is an indexable square-shoulder face mill designed for precision milling operations in metalworking and machining applications. With a 2-inch maximum cutting diameter and a 3/4-inch arbor hole diameter, this mill accepts five LNGU15T608SRGE-style inserts secured by a clamp and screw...

Product Description The KENNAMETAL 5544406 is an indexable square-shoulder face mill designed for precision milling operations in metalworking and machining applications. With a 3-inch maximum cutting diameter and a 1-inch arbor hole, this cutter accepts seven LNGU15T608SRGE inserts secured by a clamp and screw...

Product DescriptionThe KENNAMETAL 5545061 is a solid carbide milling insert carrying the ISO designation EDPT140408PDSRGD2 and manufactured to the KCPM40 grade. It features a parallelogram shape with a 70-degree included angle and is finished with a dual PVD coating of TiAlN and AlCrN for...

Product Description The KENNAMETAL 5545068 is a solid carbide milling insert carrying ISO designation EDCT140404PDERGD and manufacturer grade KCPM40. It features a parallelogram shape with a positive rake geometry and a 15-degree relief angle, making it well suited for aggressive material removal with reduced...

Product Description The KENNAMETAL 5545214 is a solid carbide milling insert with ISO designation EDPT10T308PDERHD and manufacturer grade KCPM40. It carries a dual PVD coating of TiAlN and AlCrN, engineered for high-temperature resistance and wear performance in demanding milling operations. The insert features a...

Product Description The KENNAMETAL 5545215 is a solid carbide milling insert carrying ISO designation EDPT10T304PDERHD and manufacturer grade KCPM40. It features a dual-layer PVD coating — TiAlN and AlCrN — engineered for wear resistance and thermal stability at elevated cutting temperatures. The parallelogram-shaped, single-sided...

Product Description The KENNAMETAL 5545216 is a solid carbide milling insert in the EDPT series, designed for high-performance material removal in demanding machining environments. Carrying grade KCPM40 and a dual PVD coating of TiAlN and AlCrN, this insert delivers strong wear resistance and thermal...

Product Description The KENNAMETAL 5545398 is a solid carbide milling insert carrying ISO designation EDPT180516PDERGD and manufacturer grade KCPM40. It features a parallelogram shape with a 70-degree included angle, a positive rake geometry, and a honed cutting edge style that reduces built-up edge on...

Product DescriptionThe KENNAMETAL 5545403 is a solid carbide milling insert with ISO designation EDPT180516PDSRGD and manufacturer grade KCPM40. It features a dual-layer PVD coating — TiAlN and AlCrN — engineered for cutting steel, stainless steel, superalloys, and titanium. The insert has a parallelogram shape...

Product DescriptionThe KENNAMETAL 5548042 is a solid carbide milling insert carrying the KCPK30 manufacturer grade with a multilayer CVD coating of TiN, TiCN, and Al2O3. It follows the LNPU insert style in a rectangular shape with four cutting edges, making it well suited for...

Product DescriptionThe KENNAMETAL 5550702 is a solid carbide hexagon milling insert in the HNPJ series, designed for high-performance milling of steel, stainless steel, superalloys, and titanium. It carries the KCPM40 manufacturer grade and features a dual-layer PVD coating of TiAlN and AlCrN for thermal...

Product Description The KENNAMETAL 5550703 is a solid carbide hexagon milling insert in the KCPM40 grade, designed for high-performance milling of steel, stainless steel, superalloys, and titanium. It carries a TiAlN and AlCrN PVD coating applied via physical vapor deposition, which provides thermal resistance...