7 New Kennametal Cnmg 432 Fn Carbide Inserts. Grade: Kc9125 {h537}

US $63

Mentor, Ohio, United States
Jun 6th

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7 NEW KENNAMETAL CNMG 432 FN CARBIDE INSERTS. GRADE: KC9125. CNMG 120408FN Visit My eBay Store: mmtoolscarbide WHAT IS SHOWN IN MY PICTURE IS WHAT YOU ARE BUYING. TAKE A GOOD LOOK, YOU CAN READ MY LABEL PLEASE ASK ANY QUESTIONS YOU MAY HAVE BEFORE BUYING. Be sure to add me to your favorites list! PLEASE CALL FOR DISCOUNTS ON COMBINED SHIPPING OR TO SPEAK WITH A SALES REPRESENTATIVE. 1-440-897-7919 M&M TOOLS CORP. We are a family owned business and we operate on the honor system. For any reason you have a problem with any of our tooling, please email us, contact us through eBay, or call us anytime 1-440-897-7919. We take care of our customers to the best of our abilities. We describe our tooling as it is, we do not hide anything. Please don't hesitate to ask us any questions before purchasing. Thanks M&M Tools Corp. WE SHIP OUR ITEMS USING 1ST CLASS MAIL IF UNDER 13OZ, AND/OR PRIORITY MAIL FOR HEAVIER ITEMS. PLEASE CONTACT US IF YOU WANT THE ITEM TO GO PRIORITY EXPRESS OR TO USE YOUR FED/EX # OR UPS #. ( WILL BE AN UP-CHARGE FOR EXPRESS DELIVERY.) Manufacturer: KENNAMETAL Grade name: KC9125 Insert material: CARBIDE - CVD COATED ISO range: (chart) P25 ANSI range: C5-C6 Coating: Multilayer Al2O3+TiCN Description: 'Provides added edge toughness over KC9110 while maintaining deformation resistance. Permits higher feed rates and increased security for varied depth and interruped cuts. Permits higher machining speeds at greater metal removal rates. Reduces the possibility of insert breakage providing added security and reliability. The fine-grain Alpha Al2O3 coating prevents crater wear at elevated cutting speeds. (Stable at high temperatures) The thick K-TiCN layer is designed to control flank wear. Higher operating speeds with longer tool life and better work piece finishes resulting in shorter machine cycle times. Assures consistent part processing and dimensional control. Newly developed coating technology greatly improves the bond between coating layers, permitting thicker and tougher coating layers. Thicker secure coatings offer longer, more predictable tool life. Providing for reliable consistent part processing over extended runs. Longer tool life with better part finishes. Broader application range, especially in wet interrupted cutting operations. Excellent for gummy materials. (low carbon steels) A specially designed pre-coat treatment improves the bond of innermost coating layers to the substrate, allowing for superior adhesion. This process minimizes coating flaking from the substrate, resulting in longer tool life and greater operational security.'