Sig Sauer MAG191198 1911 Magazine 8rd 9mm Luger Stainless Steel

The Sig Sauer MAG191198 delivers reliable feeding and extended service life for 1911 pistols chambered in 9mm Luger. This factory magazine combines precision engineering with corrosion-resistant stainless steel construction to ensure consistent performance across thousands of rounds.

What Makes This Different

Unlike aftermarket alternatives, this OEM magazine maintains exact factory tolerances and spring tension specifications. The stainless steel body resists corrosion and wear better than standard carbon steel magazines. Factory heat-treating processes ensure the follower tracks smoothly without binding, while the witness holes provide accurate round counting during tactical reloads.

Key Features

• 8-round capacity optimized for 9mm Luger cartridges
• Stainless steel construction resists corrosion and extends service life
• Factory OEM specifications ensure perfect fit in Sig Sauer 1911 pistols
• Precision-formed follower prevents double-feeds and misfeeds
• Witness holes allow quick visual round count verification
• Heat-treated spring maintains consistent tension over extended use
• Removable floorplate enables thorough cleaning and maintenance

This magazine performs reliably in competitive shooting environments where consistent feeding is critical. The stainless steel construction handles exposure to moisture and cleaning solvents without degradation. Law enforcement professionals rely on the precise tolerances to ensure malfunction-free operation during qualification courses and duty carry.

Technical Specs

• Capacity: 8 rounds
• Caliber: 9mm Luger
• Material: Stainless steel body and spring
• Compatibility: Sig Sauer 1911 pistols in 9mm
• Overall Length: Approximately 3.5 inches
• Weight: 3.2 oz (empty)
• Finish: Natural stainless steel
• Country of Origin: USA

Sig Sauer's factory quality control ensures this magazine meets the same standards as those shipped with new pistols. The investment in OEM components eliminates feeding issues that can compromise accuracy and reliability during critical situations.