MEC Outdoors Size #26 Metal Powder Bushing - Reloading Component

The MEC Outdoors Size #26 Metal Powder Bushing delivers precise powder charges for consistent reloading performance. This precision-machined component ensures accurate powder dispensing in MEC progressive reloading presses, eliminating charge weight variations that affect shot consistency.

What Makes This Different

Unlike plastic bushings that can wear down or deform over time, this metal construction maintains dimensional stability through thousands of reloading cycles. The #26 size provides specific powder charge volumes optimized for popular shotshell loads, while the hardened steel construction resists wear from abrasive powders. Precision manufacturing tolerances ensure consistent powder metering shot after shot.

Key Features

• Size #26 designation for specific powder charge volumes
• Hardened metal construction resists wear and deformation
• Precision-machined interior dimensions for consistent metering
• Compatible with MEC progressive reloading presses
• Maintains accuracy through extended use cycles
• Easy installation and removal for load changes
• Corrosion-resistant finish protects against moisture

This bushing maintains consistent performance across various powder types, from fast-burning pistol powders to slower rifle formulations. Competition shooters rely on precise charge weights for consistent velocities and tight shot groups. The metal construction handles the mechanical stress of high-volume reloading sessions without dimensional changes that affect powder charges.

Technical Specs

• Size designation: #26
• Material: Hardened metal construction
• Compatibility: MEC progressive reloading presses
• Finish: Corrosion-resistant coating
• Installation: Drop-in replacement design
• Country of origin: United States
• UPC: 098489016780

Reloaders who demand consistent ammunition performance choose metal bushings for their dimensional stability and longevity. This Size #26 bushing provides the precision needed for competitive shooting and hunting loads where consistency matters most.