Conquest A563 Coupling Nut 3/4″ x 2-1/4″ Plain Steel

The Conquest 3/4″ x 2-1/4″ Coupling Nut is engineered to provide solid performance when extending or aligning 3/4″-10 threaded rods and bolts. Constructed from carbon steel and left uncoated with a plain finish, its ideal for indoor environments where moisture and corrosion are not concerns. This long-body hex nut offers a secure mechanical connection in bracing systems, utility supports, and steel framework builds.

Plain Finish 3/4″-10 Coupling Nut for Threaded Rod Alignment and Load Distribution

With coarse 10 threads per inch, this coupling nut meets ASTM A563 standards and ensures reliable thread engagement with common industrial fasteners. Its extended length and internal threading support proper load distribution across connections, making it suitable for HVAC systems, suspended strut channels, and structural support work. The hex body design allows for fast installation using hand tools, even in tight or overhead installations.

Key Features

• Designed for Rod Joining and Extension: Built to connect two 3/4″-10 threaded rods in framing or mechanical assemblies.
• Carbon Steel Construction: Meets ASTM A563 mechanical and material requirements for strength and durability.
• Thread Type/TPI: Internal 3/4″-10 coarse threads (10 threads per inch) for consistent engagement and alignment.
• Corrosion Resistance: Plain steel finish is intended for dry or indoor use where exposure is controlled.
• Hex Body: Provides multiple tool faces for wrench access and secure torque application.

Applications

• Rod extension in suspended ceiling systems or utility bracing
• Mechanical equipment assembly and bolt alignment
• Threaded rod connection in steel framing and support channels
• Interior construction and structural tie-ins without moisture exposure

Installation Tips

• Verify 3/4″-10 thread compatibility for both rod or bolt ends.
• Hand thread both sides before using a wrench for final torque.
• Use only in non-corrosive environments to preserve thread integrity.
• Follow project torque specs in load-bearing assemblies to ensure safety and performance.

California Residents: WARNING