Yhm Long Srx Flash Hider 5/8-24 Blk

Yankee Hill Machine Co., sRx Flash Hider, 5/8-24

Product Description

The sRx Flash Hider from Yankee Hill Machine Co. is a versatile and high-performance muzzle device designed for use with suppressors. This product is specifically designed for 5/8-24 threaded barrels and is compatible with the sRx Low Profile Adapter. Here are some key features and specifications of the sRx Flash Hider:

Features

The sRx Flash Hider is designed with a focus on aesthetics and ease of use. It features an internal taper seal in front of the threads that locks the suppressor on and forms a tight seal to contain gasses and debris. This device adds minimal length and weight to the suppressor setup, making it ideal for low-profile builds. Additionally, it has no moving parts, which simplifies maintenance and ensures reliable operation.

Specifications

• Muzzle Device Length: 2.3 inches
• Length Added to Barrel: 1.675 inches (on barrels with 0.6 inch threads)
• Thread Pitch: 5/8-24
• Compatibility: With sRx Low Profile Adapter and suppressors with 1-3/8 inch x 24 threads
• Material: Black oxide finish
• Weight: Lighter than many Q.D. mounting offerings on the market

This sRx Flash Hider is part of the YHM® sRx® System, which is designed to provide a sleek and low-profile suppressor setup that can withstand rigorous use. The sRx Flash Hider is compatible with AR-15s, AR-10s, and other rifles in various calibers, including 5.56 mm, 7.62 mm, .30 cal, 9 mm, and 6.8 mm.

The sRx Flash Hider is designed to reduce muzzle flash by up to 99%, making it ideal for reducing visual signatures and minimizing the risk of compromising shooter position. It is also designed to be permanently attached to the firearm barrel, eliminating the need for shimming or timing to the barrel.

Overall, the sRx Flash Hider is a reliable and efficient muzzle device that offers a range of benefits, from reduced muzzle flash to a sleek, low-profile design. It is an excellent choice for shooters who prioritize both aesthetic appeal and performance in their suppressor setups.