Ruag Ammotec USA Inc
CM223 CM 223 Rem/5.56 Nato NTF 42GR 20 Round Box (25 boxes make a Case)
Copper Matrix NTF Bullets contain no toxic heavy metals such as lead.
Frangible bullet construction immediately disintegrates into small
fragments upon striking a hard steel surface. Back splatter is eliminated.
Ricochet potential is significantly reduced. Copper Matrix NTF ammunition
functions reliably with duty weapons without modification.
THE NEW STANDARD FOR LEAD-FREE AMMUNITION.
Whether you’re using a pistol, rifle, or shotgun, no other frangible ammunition gives law enforcement, military, or other first responders, the ability to safely train up close on reactive steel targets at virtually point-blank range. Only RWS Copper-Matrix NTF bullets, buckshot, and slugs micro-pulverize into a fine powder on impact, unlike conventional sintered frangible projectiles that can fragment and injure shooters. Train more safely than ever before thanks to RWS Copper-Matrix NTF frangible ammunition.
The entire line of RWS Copper-Matrix NTF frangible ammunition for pistols and rifles, retains the same point of impact, along with the same perceived recoil and muzzle flash as standard duty rounds. Shooters who use RWS Copper –Matrix NTF will find unparalleled performance in terms of recoil, gun function, and on target performance.
The safest frangible ammunition available is also the most range and environment friendly. By micro-pulverizing into a fine powder upon impact, RWS Copper-Matrix NTF frangible bullets, buckshot, and slugs will not harm steel targets or other valuable range equipment. By eliminating back splatter, 100% bullet containment in indoor ranges is guaranteed.
Minimizing or eliminating light strikes or misfires is just one of the advantages of our SINTOX® lead-free boxer primers. Used exclusively on RWS Copper-Matrix NTF frangible ammunition for rifles and handguns, SINTOX primers are the only lead-free primers used in NATO qualified ammunition. SINTOX primers perform under adverse conditions, low temperatures, and after long periods of storage.