Carbide Inserts For Titanium & High Temperature Alloy (N)
Carbide Inserts For Titanium & High Temperature Alloy (N) — a precision indexable turning insert for stable, productive lathe operations, optimized for titanium and superalloy.
Recommended Materials
- Ultra-fine grain solid carbide substrate
- Advanced PVD coating for heat & wear resistance
- Precision ground geometry, tight tolerances
- Custom sizes & OEM manufacturing available
Product Description
The Carbide Inserts For Titanium & High Temperature Alloy (N) is a precision indexable turning insert for stable, productive lathe operations. Manufactured from premium ultra-fine grain tungsten carbide, it combines high hardness with the toughness needed for consistent, chatter-free cutting and a superior surface finish. It is optimized for machining titanium and superalloy.
The engineered chipbreaker controls swarf across a broad range of feeds and depths of cut, while the multi-layer coating resists crater and flank wear at high cutting speeds. Multiple indexable edges deliver an excellent, predictable cost per cutting edge.
Key Features
- Precision-pressed and ground for consistent edge quality and dimensional accuracy
- Engineered chipbreaker geometry controls swarf across a wide feed range
- Multi-layer CVD/PVD coating resists crater and flank wear
- Tough carbide grade withstands interrupted cuts and thermal cycling
Applications
Ideal for external and internal turning, facing and profiling on CNC lathes. MSU Tools also manufactures custom geometries, coatings and dimensions to suit your specific material and application — contact our engineering team to discuss your requirements.
Need a custom specification?
We manufacture bespoke carbide tools to your drawings — custom diameters, flute counts, coatings and tolerances.
Talk to an Engineer
