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Precision and Power in Every Cut KCU25B upgrades Kennametal’s existing KCU25 with a newly engineered KENGold™ PVD, multilayer coating that makes machining from one material to another easy while also achieving consistency in cutting. The nano-composite coating has an enhanced coating adhesion that delivers better flank and chipping resistance. Upgrade your multi-material projects and beat deadlines when working on steels, stainless steels, cast iron, high-temp alloys and non-ferrous materials. KCU25B is available for a variety of insert styles and applications. A2:  Cut-off A4:   Grooving, Turning & Cut-off K-Lock:  R-style Fix-Perfect:  C-style, D-style, E-style Beyond Evolution:  Grooving, Turning & Cut-off Kenloc:  C-style, D-style, S-style, T-style, V-style, W-style Top Notch:  D-style, V-style, K-style Screw-on:  C-style, D-style, R-style, S-style, T-style, V-style, W-style A Closer Look at KENGold PVD Coating Technology This multilayer coating technology is comprised of three layers, each with unique protection properties: The TiSiN top layer is gold for easy wear identification. The AITiSiN second layer is a super-hard nanostructured interlayer for superior wear resistance. The AITiN third layer is a low-stress base layer for excellent flaking resistance. Multilayer coating applied to cemented carbide delivering greater thermal deformation resistance and exceptional edge wear resistance.

Beyond Evolution is applicable with high- or low-pressure coolant supply; the active coolant control feature delivers longer tool life and higher metal removal rates (MRR). The proprietary Triple-V seating feature with three contact surfaces provides functional stability and minimizes vibration, resulting in excellent surface finishes. Run at higher speeds with increased heat and friction resistance with CF and CL geometry cut-off inserts now available in KCS10B turning grade for high-temp alloys Experience precision and power in every cut with KCU25B universal turning grade with KENGold™ PVD coating technology Chip Breaking Effect Improve chip control in all grooving, cut-off, and multi-directional turning applications. Triple-V Design Top and Bottom V - Precise and secure insert positioning for increased rigidity and dimensional accuracy. V-Back Design - Unsurpassed grooving, cut-off, and multi-directional turning load stability. Fan Effect Directs coolant across the top of the insert precisely to the cutting zone underneath the chip and controls temperature.

Experience advanced technology and historically high levels of wear resistance in your machining. Our KCSM15A grade features new, innovative PVD coating technology and can deliver extended tool life for customers. The new coating technology is designed with a copper color for easy wear identification and delivers the best wear resistance in the history of Kennametal solid carbide end milling. You can count on the new KCSM15A grade for increased output, higher metal removal rates and overall reliability when machining stainless steel, titanium and other high-temp alloys. Additional Benefits: Protection against abrasive wear and minimized edge build-up Increased tool life at high temperatures with minimized chipping Improved process stability Copper color provides improved tool life observation and reconditioning management

HARVI II TE solid end mills are the latest addition to Kennametal’s HARVI family of high-performance and versatile end mills and the perfect fit for machinists seeking maximum machining flexibility across materials. HARVI II TE is the only 5-flute end mill you can count on for aggressive cutting parameters like ramping and plunging. With the powerful combination of an extremely broad application range and ultimate productivity and tool life, HARVI II TE can make your general engineering, aerospace and medical projects a cut above the rest. Features and Benefits Open 5-flute design combined with a stronger core for increased MRR, tool life and chip evacuation capabilities  Novel centerless end face design for ramping and plunging capabilities Chip gashes for better chip evacuation and improved tool cooling with increased coolant flow from flute to cutting zone Proprietary W-flute shape for better chip evacuation and stronger core Eccentric relief increases the edge strength for longer tool life and wide material application range