The Lee Precision 90530 Carbide Sizing Die delivers consistent case sizing across multiple calibers with carbide construction that eliminates the need for case lubrication. This versatile sizing die streamlines the reloading process while maintaining precise dimensional tolerances required for accurate ammunition.
What Makes This Different
Carbide construction sets this sizing die apart from standard steel dies by eliminating case lubrication requirements entirely. The multi-caliber design accommodates various cartridge dimensions within its size range, reducing the need for multiple single-caliber dies. Precision-ground internal dimensions ensure consistent case neck tension and overall length specifications that meet SAAMI standards.
Key Features
- Carbide ring construction eliminates case lubrication requirements
- Multi-caliber compatibility reduces die inventory needs
- Precision-ground internal surfaces maintain SAAMI specifications
- Standard 7/8-14 threading fits most single-stage and turret presses
- Hardened steel body with carbide sizing ring for extended service life
- Includes lock ring for consistent die positioning
- Compatible with Lee and other manufacturer press systems
Reloaders processing moderate to high volumes benefit from the time savings of skip-case lubrication steps entirely. Competition shooters appreciate the consistent case dimensions that contribute to uniform powder charges and bullet seating depth. The carbide ring maintains its sizing properties through thousands of cases without dimensional changes that affect brass life or accuracy potential.
Technical Specs
- Construction: Hardened steel body with carbide sizing ring
- Threading: Standard 7/8-14 TPI
- Compatibility: Multi-caliber within specified size range
- Includes: Lock ring and installation instructions
- Finish: Black oxide coating on steel components
- Manufacturing: Lee Precision quality standards
- Press compatibility: Single-stage, turret, and progressive presses
This carbide sizing die represents proven Lee Precision engineering focused on practical reloading efficiency. The multi-caliber design and carbide construction address two primary reloader concerns: equipment costs and processing time.