The Mec-Gar MPSP917AFC delivers reliable 17-round capacity for Sig Sauer P2022 and P2009 pistols, featuring anti-friction coating technology that reduces wear and enhances feeding reliability. This factory-specification magazine matches OEM performance while offering superior value for competitive shooters and duty professionals.
What Makes This Different
Mec-Gar's anti-friction coating sets this magazine apart from standard alternatives, reducing metal-on-metal contact that causes premature wear and feeding malfunctions. The precision-formed carbon steel construction maintains consistent spring tension through thousands of loading cycles. Independent testing shows Mec-Gar magazines often outlast factory originals by 30-40% in high-volume applications.
Key Features
- 17-round capacity maximizes firepower in compact platform
- Anti-friction coating reduces wear and improves feeding reliability
- Heat-treated carbon steel construction for long-term durability
- Precision-formed body maintains consistent dimensions
- Chrome-silicon spring rated for 10,000+ compression cycles
- Drop-free design ensures positive magazine changes
- Witness holes for quick round count verification
Field testing demonstrates consistent feeding across various 9mm ammunition weights, from 115-grain ball to 147-grain hollow points. Law enforcement agencies report zero feeding failures during qualification courses spanning 500+ rounds. The blued finish provides corrosion resistance in humid environments while maintaining professional appearance standards required for duty carry.
Technical Specs
- Capacity: 17 rounds
- Caliber: 9mm Luger
- Compatibility: Sig Sauer P2022, P2009
- Material: Heat-treated carbon steel
- Finish: Blued with anti-friction coating
- Spring: Chrome-silicon wire
- Overall Length: 5.75 inches
- Country of Origin: Italy
Mec-Gar's ISO 9001 manufacturing standards ensure each magazine meets strict dimensional tolerances required for reliable function. Professional armorers specify these magazines for department inventory due to their proven track record in high-stress environments.