Carmex Thread Mills Carbide - Hard Type - UN (UNC UNF UNEF UNS) - No. 8 x 32 - MT11

Carmex Thread Mills Carbide — Hard Type are high-precision tools designed for reliable thread milling and chamfering in tough materials. Ideal for Die & Mold shops and manufacturers tackling hardened steels and exotic alloys, these mills deliver accurate threads with efficiency.

• Thread form compatibility: supports UN, UNC, UNF, UNEF, and UNS thread forms, specifically for No. 8 x 32 threads with MT11 shank.
• Material and construction: solid carbide construction for exceptional rigidity, wear resistance, and long tool life in demanding applications.
• Multifunction capability: combines thread milling and chamfering in a single operation to shorten cycles and reduce setups.
• Rigidity and stability: increased cutting diameter enhances rigidity and minimizes deflection during heavy cuts.
• Coating and durability: equipped with a high-wear, heat-resistant coating to extend tool life in high-temperature environments.
• Fine-grained performance: ultra-fine grade optimized for hardened materials, delivering precise threads with short chips for cleaner finishes and safer chip evacuation.
• Thread length: capable of thread depths up to 2xD, enabling deeper threads without extra tools or operations.
• Shank and size: MT11 shank provides strong seating in compatible holders for consistent performance.
• Ideal applications: specifically suited for Die and Mold machining, enabling high cutting speeds, shorter machining times, and lower cutting forces with compact tool profiles.

This carbide thread mill is designed to tackle hardened steels up to 62 HRc, cast iron, high-temperature alloys, titanium alloys, and nickel-based superalloys such as Hastelloy and Inconel. By consolidating threading and chamfering into one tool, it streamlines production, improves surface quality, and helps maintain tight tolerances in challenging materials. Use cases include precision mold inserts, aerospace components, and automotive parts where robust performance and accurate threads are essential.