
Carlson's Choke Tubes 11493 Cremator 20 Gauge Mid-Range & Long Range Ported 17-4 Stainless Steel
Charter Arms
Introducing Carlson's Choke Tubes 11491 Cremator 11491 20 Gauge Long Range Mid-Range/Long-Range Ported 17-4 Stainless Steel the game-changing choke tubes that are setting the shooting world on FIRE!
Get ready to experience the next level of performance with our brand new Triple Shot Technology (TST). These chokes are equipped with three graduated rings in the taper section, ensuring a smooth and gradual transition from the shotgun bore to the final constriction. The result? Reduced pellet deformation, fewer flyers, and denser, more consistent patterns.
But that's not all! Our Cremator series comes with a range of benefits that every shooter will appreciate. The ported design helps to minimize muzzle jump and recoil, allowing for quicker follow-up shots and improved accuracy. Plus, these chokes feature an extended design with a 25% longer parallel section, resulting in tighter and more dense patterns.
Installation is a breeze with our wrench-less design, making it easy to switch between chokes on the go. And don't worry about wear and tear these chokes are built to last. Crafted from premium 17-4 stainless steel, they boast a matte black finish that not only looks sleek but also provides added durability.
Whether you prefer ported or non-ported configurations, the Cremator series has you covered. Choose the option that suits your shooting style and enjoy the benefits of reduced pellet deformation, improved accuracy, and a lifetime warranty that guarantees your satisfaction.
Pair these incredible chokes with today's premium ammunition, and you'll witness a remarkable fusion of power and precision. Say goodbye to inconsistent patterns and hello to a new level of shooting excellence.
Upgrade your shooting game with Carlson's Choke Tubes 11491 Cremator 11491 20 Gauge Long Range Mid-Range/Long-Range Ported 17-4 Stainless Steel. It's time to ignite your passion for shooting and experience the difference for yourself.