New Walter CBN Grades Optimized for Challenging Materials
Walter’s new WBK20 and WBK30 CBN grades have edge-preparation designs that are optimized for applications in cast iron and hardened steel.
Walter has introduced WBK20 and WBK30, new CBN grades with edge-preparation designs optimized for their target applications in cast iron and hardened steel.
With its tipped configuration, WBK20 is wear resistant and well suited for the finishing of cast iron or powered metal workpieces. Because of the higher CBN content, it is also well suited for roughing in hard turning applications.
With its full CBN configuration and high CBN content, WBK30 is designed for heavy depths of cut, as well as roughing in cast irons, powder metals and exceptionally hard and tough applications, such as interrupted cuts or hard turning.
These new grades complement Walter's previously released WBH10C coated CBN, WBH10 CBN and WBH20 CBN grades suitable for high temperature stability in hard metal turning. These inserts also have the option of a chip breaker (TM-M2) for troubleshooting, and wiper (MW2) for quality surface finish, and higher feeds and productivity. Various standard ISO turning insert shapes with these new grades, such as C, D, S and T, are available in both positive and negative clearance geometries. The WBS10 and WBH20 grades are also available as grooving inserts for aerospace alloys and hard steels, respectively.
Related Content
-
Form Tapping Improves Tool Life, Costs
Moving from cut tapping to form tapping for a notable application cut tooling costs at Siemens Energy and increased tool life a hundredfold.
-
10 Ways Additive Manufacturing and Machining Go Together and Affect One Another
Forget “additive versus subtractive.” Machining and metal additive manufacturing are interconnected, and enhance the possibilities for one another. Here is a look at just some of the ways additive and machining interrelate right now.
-
Grooving Attachment Streamlines Operation by 75%
A grooving attachment enabled Keselowski Advanced Manufacturing to reduce cycle times by over 45 minutes on a high-value, high-nickel part feature.