NEW – Shell Shock’s NAS3 9mm Brass – 100 Count Pack

Shell Shock’s NAS³ 9mm cases are 50% lighter than brass cases, offer greater lubricity and will not abrade, clog, foul, wear-out or damage breach and ejector mechanisms. The cases offer greater corrosion resistance, higher tensile strength (2x stronger) and more elasticity than brass. NAS³ cases have been tested successfully to pressures over 50k psi. NAS³ cases eject cool to-the-touch and can be picked up with a magnet.

NAS³ cases will not split, chip, crack or grow (stretch) and are fully-reloadable using a set of S3 Reload dies. This set of reloading dies can be found here: https://www.shellshocktechnologies.com/shop/cases-reloading-tools/set-of-s3-reload-9mm-luger-sizing-and-flaring-dies-for-shell-shocks-nas3-cases along with more information, instructions and several videos.

New unprimed NAS³ 9mm Luger cartridge cases. Shell Shock’s NAS³ cases:

• Are 50% lighter than brass cases
• Offer greater lubricity and will not abrade, clog, foul, wear-out or damage breach and ejector mechanisms.
• Offer greater corrosion resistance, tensile strength, and elasticity than brass.
• More consistent round-to-round performance
• Will not split, chip, crack or grow (stretch) and are fully-reloadable with S3 Reload reloading dies.
• Eject cool to-the-touch and can be picked up with a magnet.

The bullet will only require a light crimp, the nickel alloy used in our case cylinder has a much higher tensile strength than brass and does not require the bullet be seated as deeply or crimped as hard as brass.  If you find the bullet spins or appears lose after crimping it is a strong indication that the bullet is seated too deep in the case. Also several of our testers have reported that NAS³ cases may not require resizing to fit in certain gun chambers.

More information on the reloading dies (including instructional videos) can be found at here. The main difference between these dies and conventional reloading dies is that these contain a spring to push the case out from the center instead of pulling from the case rim (extraction groove).