S-95036A035 5/16"-24 Hex Nuts

Key Features & Benefits at a Glance

• Exceptional tensile strength with Grade 9 rating, ideal for high-stress industrial applications requiring reliable load-bearing capabilities.
• Superior corrosion resistance from cadmium yellow-chromate plating, extending service life in harsh or outdoor environments.
• Precise UNF fine threading (5/16"-24) ensures a secure, vibration-resistant fit, minimizing loosening in dynamic machinery.
• Class 2B thread fit guarantees consistent, accurate mating with bolts, reducing assembly time and improving joint integrity.
• Standard external hex drive design allows for easy installation and removal with common tools, enhancing maintenance efficiency.
• Durable steel construction provides long-term durability and resistance to wear, supporting heavy-duty operational demands.
• Right-hand thread direction offers compatibility with standard fastening systems, ensuring seamless integration in existing setups.

Professional Applications & Engineering Value

This Grade 9 heavy-duty hex nut is engineered to address critical challenges in demanding sectors like machinery assembly, automotive manufacturing, and structural frameworks. Made from cadmium yellow-chromate plated steel, it combats rust and degradation in corrosive settings, while the UNF fine thread (5/16"-24) and Class 2B fit deliver precise engagement, preventing thread stripping and ensuring stable connections under vibration. Its external hex drive simplifies installation in tight spaces, reducing downtime. Ideal for applications where high strength and corrosion resistance are paramount, this nut enhances safety and longevity in industrial fastening systems.

Specification Summary & Compliance

This hex nut adheres to inch system standards with a thread size of 5/16"-24 UNF and Class 2B thread fit for precise tolerance. It meets Grade 9 strength requirements, ensuring compliance with industrial benchmarks for heavy-duty use. The cadmium yellow-chromate plating aligns with RoHS and REACH directives for environmental safety, while the design follows common engineering specifications for reliable performance in various applications.