Sylvan Arms | GLOCK 9mm linear Compensator | 1/2x28TPI

Description

GLOCK COMPENSATOR – SYLVAN ARMS – 1/2X28

Sylvan Arms Glock Nano Compensator is threaded in the standard 1/2×28 thread pitch.

It will work on most 9mm Glock barrels threaded in that pitch, including most 40-9 conversion barrels! The Nano Comp only adds about .45? to the end of your threaded barrel. Our comp was designed for the Glock 19 and when installed will fit in all Glock 34/35 holsters. Although the comp was designed around the Glock 19, it will work very well with any 9mm Glock and will function with any open-ended holsters in the event the gun is longer than the holster. A compensator mitigates the recoil and keeps your gun flat throughout the recoil.

• 1/2×28 threaded barrel required

• 2 set screw holds it in place

• 6061 T6 aircraft aluminum

• Matches slide width for holster compatibility

• Counter recoil design

• Blended snag-free profile

• CNC machined

• No permanent modification required

SYLVAN ARMS GLOCK 9MM NANO COMPENSATOR

The famous GLOCK 17 and the GLOCK 19 were the first iterations that gained extreme popularity throughout the world due to their larger and compact size frame and slide, with excellent reliability to go along with it. Shooting the 9mm caliber pistol cartridge, they fared well with civilians, military, and law enforcement in completing the task at hand. This GLOCK 9mm compensator enables the weapon to function in a smoother manner mitigating recoil and muzzle flip. The GLOCK 9mm compensator softens the shooting experience, while also enabling the user to have increased control of the weapon with follow-up shots and maintain heightened accuracy. The GLOCK thumper nano compensator comes in a compact package that does not unnecessarily protrude out of the weapon, but rather fits snug and securely. No major gunsmithing work is needed to install this Glock nano 9mm compensator. Instead, the installation is very easy with traditional simple tools to secure the weapon that consists of a 1/2×28 threaded barrel.