S-94358A455 Length 7" Threaded Rods

Key Features & Benefits at a Glance

• Dual-thread versatility with UNC coarse and UNF fine threads enables compatibility with diverse mating components in complex assemblies
• Exceptional 150,000 psi tensile strength provides reliable performance under extreme mechanical loads and vibration
• Precision Class 3A thread fit ensures consistent engagement and reduces assembly time in high-volume production environments
• Black-oxide alloy steel construction offers superior corrosion resistance for extended service life in demanding conditions
• Rockwell C39 hardness rating maintains thread integrity and prevents deformation during repeated installations
• Strategic unthreaded tip section facilitates easier alignment and prevents cross-threading during assembly operations
• Hex drive compatibility allows for secure tool engagement and precise torque application in confined spaces

Professional Applications & Engineering Value

This double end threaded rod solves critical connection challenges in industrial machinery, automotive systems, and structural frameworks where different thread specifications must interface seamlessly. The black-oxide alloy steel construction provides essential corrosion protection while maintaining the 150,000 psi tensile strength required for high-stress applications. Engineers benefit from the dual-thread design - the 7/16"-14 UNC coarse thread end delivers rapid assembly in non-critical connections, while the 7/16"-20 UNF fine thread end offers superior vibration resistance and precise adjustment capabilities. The Class 3A thread fit ensures consistent performance across production runs, reducing installation errors and maintenance downtime in manufacturing and construction applications.

Specification Summary & Compliance

This heavy-duty threaded rod features precision Class 3A external threads on both ends with UNC coarse (7/16"-14) and UNF fine (7/16"-20) specifications. Manufacturing complies with ASME/ANSI standards for thread geometry and dimensional accuracy. The black-oxide surface treatment meets industrial corrosion protection requirements while the alloy steel material composition ensures compliance with mechanical performance specifications for high-strength fasteners in demanding engineering applications.