Taurus GX4 Magazine 13-Round 9mm Black Steel Factory OEM

The Taurus 358-0038-00 factory magazine delivers reliable 13+1 capacity for the GX4 compact pistol. This OEM magazine maintains the pistol's slim profile while maximizing ammunition capacity for concealed carry applications.

What Makes This Different

Factory Taurus magazines undergo the same quality control standards as the firearms themselves, ensuring proper fit and feeding reliability. The steel construction provides enhanced durability compared to polymer alternatives, while the flush-fit design maintains the GX4's concealable dimensions. Heat-treated steel components resist deformation under spring pressure over thousands of loading cycles.

Key Features

• 13-round capacity in 9mm Luger with steel construction
• Factory OEM design ensures perfect fit with Taurus GX4 pistols
• Flush-fit profile maintains compact dimensions for concealment
• Heat-treated steel body resists wear and deformation
• High-tensile spring provides consistent feeding pressure
• Witness holes allow visual ammunition count verification
• Drop-free design enables fast tactical reloads

The magazine's steel construction handles repeated loading and unloading without feed lip spread or dimensional changes. Competition shooters rely on this consistency for match-grade reliability, while law enforcement appreciates the extended capacity in a compact package. The factory tolerances ensure smooth insertion and positive lock-up in the magazine well under stress conditions.

Technical Specs

• Capacity: 13 rounds of 9mm Luger ammunition
• Construction: Black oxide finished steel body
• Compatibility: Taurus GX4 pistol models exclusively
• Profile: Flush-fit design with grip extension
• Spring: High-carbon steel with anti-fatigue coating
• Follower: Polymer with anti-tilt geometry
• Country of Origin: Brazil

Factory magazines eliminate compatibility concerns while providing the reliability demanded by serious shooters. The steel construction justifies the investment through extended service life and consistent performance across temperature extremes.