Description
Federal Premium Centerfire Handgun Ammunition 9mm Luger 130 grain Syntech Total Synthetic Jacket Centerfire Pistol Ammunition
- Caliber: 9mm Luger
- Bullet weight: 130 grain
- Number of rounds: 50
- Bullet type: Syntech Total Synthetic Jacket (TSJ)
- Brand: Federal Premium
Product Info for Federal Premium Centerfire Handgun Ammunition 9mm Luger 130 grain Syntech Total Synthetic Jacket Centerfire Pistol Ammunition
Introducing a 9mm Luger load specifically designed for use in carbines. SyntechPCC is built to meet the exhaustive demands of fast-pace Pistol Caliber Carbine competitions, with flawless function in carbine platforms. Velocity and accuracy are optimized for long gun barrel lengths, with a bullet profile that provides excellent accuracy and reliable feeding in a variety of carbine platforms. Like all Syntech loads, Syntech PCC features the one-of-a-kind TSJ projectile, which uses a polymer jacket to eliminate metal fouling and drastically reduce damaging barrel heat and friction. The bullet style also minimizes splash-back on steel targets. Its exclusive Catalyst primer provides hot, reliable ignition without the use of lead or other heavy metals.
Specifications for Federal Premium Centerfire Handgun Ammunition 9mm Luger 130 grain Syntech Total Synthetic Jacket Centerfire Pistol Ammunition:
Caliber: | 9mm Luger |
Number of Rounds: | 50 |
Bullet Type: | Syntech Total Synthetic Jacket (TSJ) |
Bullet Weight: | 130 grain |
Muzzle Velocity: | 1140 ft/s |
Primer Location: | Centerfire |
Features of Federal Premium PCC 9mm Luger 130gr. Syntech TSJ Pistol Ammo – 50 Rounds
- 9mm Luger load specifically designed for use in carbines
- Velocities optimized for longer barrels
- Bullet profile designed for reliable feeding in carbine platforms
- Catalyst high-performance lead-free primer
- Total Synthetic Jacket prevents metal fouling
- Drastically reduces barrel heat and friction
- Minimizes splash-back on hard targets
Package Contents:
- Federal Premium PCC 9mm Luger 130gr. Syntech TSJ Pistol Ammo – 50 Rounds