Superior Carbide Grade for Machining Titanium Alloys and Superalloys
Reliable Performance When Machining Titanium Alloys
Titanium alloys such as Ti‑6Al‑4V punish cutting tools through heat buildup because of low thermal conductivity, galling tendencies, and adhesive wear. These conditions often result in rapid edge breakdown and inconsistent tool life.
In comparative side milling tests on Ti-6Al-4V, tools made with Hyperion grade AM10F demonstrated:
- Longer tool life compared to multiple premium competitor substrates
- Improved resistance to chipping and edge wear
- More stable and predictable cutting performance
By staying sharp longer and reducing heat‑related wear, grade AM10F supports enhanced tool life, longer continuous cuts, and greater reliability when machining titanium.
One Carbide Grade That Excels Across Two Critical Aerospace Materials
The advantages of grade AM10F are not limited to titanium alloys. Engineered to excel at machining HRSAs, AM10F delivered superior performance in side milling tests on InconelTM 718, an HRSA that presents some of the most severe challenges to cutting tool materials.
For toolmakers, this means the ability to offer a single carbide substrate that performs well across multiple high‑value aerospace materials. For manufacturers producing their own specialized tools or working closely with tooling suppliers, it simplifies material selection while maintaining high performance in both titanium and superalloy applications.
Why Application‑Specific Carbide Grades Set You Apart
Selecting a premium, application‑specific carbide substrate directly benefits tool life, process stability, and overall machining cost. Improved resistance to wear and chipping reduces unexpected failures, scrap risk, and downtime, especially when machining expensive aerospace components.
Grade AM10F is part of Hyperion’s application specific portfolio of carbide grades engineered for specific materials and machining conditions. By aligning carbide grade selection with the application, toolmakers can deliver higher‑value tools, and manufacturers can achieve more consistent, cost‑effective machining performance.
For toolmakers and manufacturers seeking deeper insight into carbide performance in titanium machining, as well as how one grade can support machining both titanium alloys and superalloys, fill out the form to download the full technical article.
*Inconel is a registered trademark of Special Metals Corp. or related entities in certain jurisdictions globally.
