The advanced SureFire SF3P-762-5/8-24 three-prong flash hider, which fits the Armalite AR-10, DPMS LR308, and 7.62 mm rifles with 5/8-24 muzzle threads, features a patent-pending design that greatly reduces muzzle flash?typically greater than 99%?when compared with a plain muzzle. Boasting robust tines built to withstand the rigors of combat, the SF3P-762-5/8-24 also serves as a rock-solid mounting adapter for SureFire SOCOM Series 7.62 mm Fast-Attach suppressors, the SOCOM762-RC model having recently won the Mk13 .300 Win-Mag sniper rifle contract award with the US Special Operations Command in the most extensive and rigorous suppressor testing ever conducted. Precision machined from US mill-certified heat-treated stainless steel bar stock?and including high-precision single-point cut threads for optimum thread interface?the SF3P-762-5/8-24 flash hider is given a black Ionbond DLC coating to provide maximum protection under harsh environmental conditions and to facilitate cleaning, even after extreme use. When used in conjunction with a SureFire SOCOM Series suppressor, the patent-pending design of the SF3P-762-5/8-24 provides multiple bearing surfaces to ensure superior suppressor alignment and to prevent the audible ringing of tines inside the suppressor. A rear labyrinth seal minimizes potential carbon buildup in the indexing system and facilitates suppressor removal after extended firing. SureFire flash hiders are individually inspected for concentricity and alignment and are covered by SureFire?s No-Hassle Guarantee. FITS: Armalite AR-10, DPMS LR308, and 7.62 mm rifles with 5/8-24 muzzle threads
Note about our photos:
While we make every effort to ensure that our product photos are accurate, manufacturers occasionally change the design of components such as triggers, sights, or magazines without notice. Also, modifications to the firearm or component may be required in order to meet specific state compliance requirements. While we make every effort to accurately describe and illustrate the item you are going to receive, there may be visual differences on various components that do not affect functionality.