The Lee Precision 90212 Shell Holder AP Only #12 delivers reliable case holding for Auto Prime hand priming tools and compatible reloading presses. This precision-machined shell holder accommodates specific cartridge families while maintaining consistent case alignment throughout the priming process.
What Makes This Different
Unlike universal shell holders that compromise fit, the #12 shell holder features exact dimensional tolerances for its designated cartridge range. The hardened steel construction resists wear from repeated cycling, while the precision-ground interior surfaces ensure consistent case seating. This dedicated sizing eliminates the wobble and misalignment common with adjustable alternatives.
Key Features
- Precision-machined hardened steel construction for extended service life
- Exact dimensional fit for designated cartridge specifications
- Compatible with Lee Auto Prime hand priming tools and select presses
- Ground interior surfaces maintain consistent case alignment
- Heat-treated steel resists deformation under repeated use
- Standard threading matches Lee Precision equipment specifications
- Numbered identification prevents mix-ups in multi-caliber setups
Reloaders working with the designated cartridge range benefit from the secure case retention and precise alignment this shell holder provides. The exact fit eliminates case movement during primer insertion, reducing the risk of primer damage or misaligned seating. Competition shooters and high-volume reloaders appreciate the consistent results across thousands of priming operations.
Technical Specs
- Material: Heat-treated alloy steel construction
- Finish: Corrosion-resistant coating
- Threading: Standard Lee Precision specification
- Compatibility: Lee Auto Prime tools and compatible presses
- Shell holder number: #12 designation
- Country of origin: United States
- Weight: Approximately 0.5 oz
The Lee Precision 90212 Shell Holder #12 represents the precise engineering that serious reloaders demand for consistent results. Quality components like this separate successful reloading operations from frustrating inconsistencies that waste time and components.