S-95036A024 1/2"-13 Hex Nuts

Key Features & Benefits at a Glance

• Exceptional load-bearing capacity with Grade 9 strength rating for heavy-duty applications
• Superior corrosion resistance provided by cadmium yellow-chromate plating in harsh environments
• Reliable thread engagement with Class 2B thread fit ensuring consistent fastening performance
• Optimized installation efficiency through UNC coarse thread design for faster assembly
• Enhanced torque transmission with standard external hex profile for secure tool engagement
• Dimensional precision with 3/4" width and 17/32" height for consistent fit and alignment
• Right-hand thread compatibility for standard industrial equipment and machinery

Professional Applications & Engineering Value

Engineered for demanding industrial environments, this Grade 9 hex nut delivers critical performance where failure is not an option. The cadmium yellow-chromate plated steel construction provides exceptional corrosion resistance, significantly extending service life in exposed or chemically aggressive settings. The 1/2"-13 UNC coarse thread configuration ensures rapid installation and reliable performance in high-vibration applications, from heavy machinery to structural assemblies. With its Class 2B thread fit, this fastener maintains precise tolerances for consistent clamping force distribution, preventing loosening under dynamic loads. The external hex drive style offers superior torque transmission for secure installations using standard industrial tools, making it ideal for maintenance, construction, and manufacturing applications where reliability and durability are paramount.

Specification Summary & Compliance

This heavy-duty hex nut features 1/2"-13 UNC coarse threads with Class 2B thread fit tolerances, ensuring precise dimensional accuracy and compatibility with standard mating components. Manufactured from high-strength steel with cadmium yellow-chromate plating, the fastener meets Grade 9 strength requirements for maximum load capacity. The product complies with relevant industrial standards for UNC thread specifications and is suitable for applications requiring reliable performance in demanding mechanical environments.