Hornady 050128 Pistol Rotor Metering Insert Silver .50gr Capacity

The Hornady 050128 Pistol Rotor Metering Insert delivers consistent powder charges for precision handloading applications. This silver-finished metering insert provides accurate powder dispensing with a capacity range optimized for pistol cartridge reloading requirements.

What Makes This Different

This metering insert features Hornady's precision-machined rotor design that maintains consistent powder flow rates across multiple reloading sessions. The silver finish provides enhanced durability and corrosion resistance compared to standard black oxide treatments. Engineered tolerances ensure uniform powder charges within +/- 0.1 grains for match-grade ammunition consistency.

Key Features

• Precision-machined rotor chamber for consistent powder metering
• Silver corrosion-resistant finish for extended service life
• Capacity range suitable for common pistol powder charges
• Compatible with Hornady powder measure systems
• Hardened steel construction for dimensional stability
• Easy installation and removal for powder type changes
• Smooth operation reduces powder bridging and flow interruption

This metering insert performs reliably across temperature variations and extended reloading sessions. Competition shooters benefit from the consistent charge weights that contribute to reduced velocity spreads and improved accuracy. The insert handles both ball and flake powder types effectively, making it versatile for various pistol cartridge applications from .380 ACP through .45 ACP.

Technical Specs

• Model: 050128
• Finish: Silver
• Capacity: Optimized for pistol powder charges
• Material: Hardened steel construction
• Compatibility: Hornady powder measure systems
• Thread pattern: Standard Hornady threading
• Country of origin: United States

Reloaders who demand consistent ammunition performance choose this metering insert for its proven reliability and precision engineering. The silver finish and robust construction ensure years of dependable service in high-volume reloading environments.