Yankee Hill Machine Co YHM-2189-32 Universal Suppressor Mount for 5/8x24 and 1.375-inch-24 Threads

Yankee Hill Machine Co Universal Suppressor Mount, Coverts HUB Mount to Direct Thread, 5/8X32, Melonite QPQ Finish, Black YHM-2189-32

The Yankee Hill Machine Co YHM-2189-32 Universal Suppressor Mount provides a reliable and straightforward solution for converting HUB-compatible suppressors to a direct thread mounting system. Designed for durability and ease of installation, this mount is ideal for firearm enthusiasts seeking a secure attachment for their suppressors. Its black finish offers corrosion resistance and a sleek appearance. The mount features a 1.375-inch-24 thread size, compatible with a wide range of suppressors, simplifying the process of switching between different suppressor types and brands. Its robust construction ensures a stable connection, reducing movement and improving overall performance during shooting sessions. Installation is quick and straightforward; simply remove your existing mount mechanism from your suppressor, thread on the YHM-2189-32 using a 3/4-inch open-end wrench, and then thread the suppressor onto your barrel. The design eliminates the need for specialized tools or complex procedures, making it suitable for both professional and casual firearm owners. Whether you're upgrading your current setup or customizing your firearm for specific needs, this mount offers versatility and dependable performance. Its compact design ensures minimal added length, maintaining the firearm's balance and handling characteristics while providing a secure and consistent mounting solution.

Features:

• Compatibility: Designed to convert HUB-compatible suppressors to direct thread mounting system

• Thread Size: 1.375-inch-24 for broad compatibility with various suppressors

• Material: Durable metal construction with black corrosion-resistant finish

• Ease of Installation: Removable from suppressor and easy to thread onto barrel using a 3/4-inch open-end wrench

• Design: Compact and stable, ensures secure attachment and optimal performance