Conquest A563 Grade A Coupling Nut – 1-1/2″ x 4″ Zinc-Plated Steel
The Conquest A563 Grade A Coupling Nut is engineered to connect or extend 1-1/2″-6 threaded rods and bolts in heavy-duty applications. It is designed to deliver solid performance where high-load structural support and precise rod alignment are essential. This coupling nut is widely used in large-scale framing, industrial builds, and equipment assembly projects where strength and stability matter most.
Zinc-Plated 1-1/2″-6 Coupling Nut for Threaded Rod Extension
Made from durable carbon steel and finished with a protective zinc coating, this nut resists rust and corrosion in indoor and dry environments. The internal threads are precision-cut for a tight, consistent fit that prevents movement under stress. The hex body is designed for quick installation using common hand tools, offering fast setup in demanding jobsite conditions.
Key Features
- Designed for Rod Joining and Extension: Ideal for securely connecting two 1-1/2″-6 threaded rods in structural, industrial, or mechanical fastening projects.
- Carbon Steel Construction: Manufactured to ASTM A563 Grade A standards for high tensile strength and long-lasting thread integrity.
- Thread Type/TPI: Internal 1-1/2″-6 threads (6 threads per inch) for strong, secure rod engagement in high-load connections.
- Corrosion Resistance: Zinc plating protects against rust and surface degradation in low-moisture indoor settings.
- Hex Body: Enables quick and efficient wrench tightening for a secure and reliable fit without specialized tools.
Applications
- Joining or extending 1-1/2″ threaded rods in structural support systems.
- Mechanical connections in industrial framing or heavy-duty assemblies.
- Ceiling grid, HVAC support, or anchor rod applications in commercial construction.
- Custom fabrication projects that require precise rod alignment and secure fastening.
Installation
- Verify that both rods are 1-1/2″-6 threaded to ensure compatibility.
- Thread rods fully into each side of the coupling nut until properly seated.
- Use a wrench on the hex body to tighten securely.
- Do not overtighten to preserve thread integrity and avoid thread deformation.
- Recommended for use in static load applications with minimal vibration or movement.
California Residents: WARNING
