Carmex Thread Mills Carbide Mini Type - UN (UNC UNF UNEF UNS) - No. 10 x 32 - MT7 - Long

The Carmex Carbide Mini Thread Mill in a long MT7 form is a versatile threading tool designed for precision internal and external threads on UNC, UNF, UNEF, and UNS standards—specifically No. 10 x 32. Built for medium to high cutting speeds, it delivers reliable performance across a wide range of materials with deep-hole capability.

• Thread forms: Compatible with UNC, UNF, UNEF, and UNS thread standards, enabling a single tool to cover multiple specifications.
• Thread size: No. 10 x 32, suitable for common precision fastener applications.
• Coating and material: MT7 sub-micron carbide with Titanium Aluminium Nitride multi-layer coating (ISO K10–K20) for extended life and wear resistance.
• Flute design: Spiral flutes provide smooth cutting action and efficient chip evacuation, especially in harder materials.
• Through-coolant: Coolant through the flutes enhances heat management and enables reliable deep-hole threading.
• Length and profile: Long form with a short profile to reduce cutting forces and enable access to deeper features.
• Flute count: Multi-flute configuration (3–5 flutes) reduces machining time and improves throughput.
• Application scope: Effective for machining hardened materials up to 45 HRC and suitable for both internal and external threads with the same tool.
• Speed and efficiency: Optimized for medium to high cutting speeds, delivering efficient, consistent thread quality with less downtime.

This thread mill is built to simplify setups and extend tool life: a single tool that can tackle a range of thread pitches, depths, and forms, while maintaining accuracy and surface finish. Its through-coolant design minimizes heat buildup in deep threads, and the triple coating further enhances durability under demanding milling conditions. For shops aiming to reduce tool inventory and improve throughput, this long MT7 carbide thread mill offers a dependable, high-performance solution for precise threaded features.