Conquest 3/4″ x 2′ A307 Coarse Threaded Rod – Zinc Plated
The Conquest 3/4″ x 2′ A307 Coarse Threaded Rod – Zinc Plated offers strong, adjustable anchoring for extended runs and heavy-duty mounting in indoor installations. It’s made from ASTM A307 low-carbon steel, fully threaded for maximum flexibility, and coated with zinc for moderate corrosion resistance. This rod supports light structural loads, making it ideal for mechanical bracing, baseplate anchoring, and rack installations. The 2-foot length delivers more reach for deeper assemblies or multi-point framing applications.
When pairing a nut with threaded rod, the material and finish must match. If these do not match, the nut will not fit the threaded rod.
Extended Rod for Utility Drops and Structural Fastening
Designed for jobs where spacing or span coverage matters, this rod supports pipe hangers, ceiling grid systems, and large frame tie-ins. It works with standard 3/4″-10 hardware and installs quickly without special tools. The full threading enables custom cutting, while the zinc finish protects the threads from rust during indoor use. Whether you’re working in a warehouse, mechanical room, or commercial build, this rod brings dependability and install-time savings.
Key Features
- ASTM A307 Steel: General-use rod for light structural and utility builds.
- 2-Foot Length: Adds extended reach for longer anchor spans.
- Fully Threaded Body: Allows cutting, layout flexibility, and full nut engagement.
- Zinc Plated Finish: Resists surface rust and keeps appearance clean.
- 3/4″-10 Thread: Works with heavy-duty standard fastening systems.
Common Applications
- Overhead system support or suspended framing
- Heavy-duty equipment or conduit mounting
- Baseplate and anchor tie-ins
- Ceiling or racking system drops
- Pipe, tray, or panel fastener frameworks
Installation Tips
- Always pair with matching zinc-plated hardware for optimal thread fit.
- Trim using a fine-tooth metal blade and deburr ends for safety and threading ease.
- Apply consistent torque across anchor points for proper load transfer.
