1600 Round Can – 9mm Luger 115 Grain FMJ Ammo by Magtech – 9A – Packed in M2A1 Canister

Magtech 9mm Luger 115 Grain Full Metal Jacket – 1600 Round Canister (9A)

Magtech’s 115 Grain FMJ ammunition is a top choice for shooters seeking reliable, high-quality ammo for range practice, training, or recreational shooting. This 1,600-round canister delivers consistent performance in semi-automatic handguns, offering dependable ignition and excellent accuracy for plinking, drills, and skill-building sessions.

This cartridge features a reloadable brass case for added value and versatility, paired with a 115 grain full metal jacket projectile that ensures smooth feeding and a balanced blend of velocity and recoil control. Ideal for shooters of all experience levels, this ammo provides premium quality at an affordable price, making it perfect for extended range sessions.

• Caliber: 9mm Luger
• Bullet Weight: 115 grains
• Bullet Type: Full Metal Jacket (FMJ)
• Casing: Brass (reloadable)
• Primer: Non-corrosive Boxer
• Packaging: 50 Round Box(1,600 Rounds per Canister)
• Made in Brazil

Ideal for range use and budget-conscious shooters, Magtech 115 Grain FMJ offers exceptional performance in a clean-shooting, reliable package. It’s a solid go-to for anyone looking to maximize trigger time without breaking the bank.

Please note: These ammo cans are made from a soft, mild steel sheet metal. This type of metal is easy to bend and form by design, therefor these ammo cans commonly get small dents and dings from the package handling in transit that do not affect the functionality of the canister as a storage container. Minor dents and dings are easy to straighten and repair using a wood block and hammer to form the metal back into shape. We make a reasonable effort to package these cans to arrive in good shape, but we do not warranty the cans to be in perfect cosmetic condition after delivery, and we do not exchange or replace cans due to superficial damage issues such as dents, dings, chipped paint, or creasing of the metal that occur in transit.