S-92680A615 3/8"-16 Hex Nuts

Key Features & Benefits at a Glance

• Superior corrosion resistance from high-quality brass material, ideal for harsh environments and moisture-prone applications
• Enhanced grip and torque capability with extra wide profile, reducing slippage and improving installation efficiency
• Reliable thread engagement with Class 2B thread fit, ensuring consistent fastening and vibration resistance
• Quick assembly in coarse threading applications using UNC 3/8"-16 threads, saving time in high-volume production
• Durable external hex drive design for standard tool compatibility and secure tightening in industrial settings
• Compliance with environmental regulations through RoHS 3 adherence, supporting sustainable manufacturing practices
• Optimized for right-hand thread systems in machinery and equipment, providing dependable performance in standard assemblies

Professional Applications & Engineering Value

This 3/8"-16 UNC brass hex nut delivers exceptional engineering value by addressing common industrial challenges such as corrosion-induced failure and installation inefficiency. The extra wide profile enhances tool contact area, minimizing rounding during high-torque applications in automotive, plumbing, and electrical enclosures. Manufactured from copper alloy, it naturally resists rust and galvanic reactions, extending service life in humid or chemical-exposed environments. The Class 2B thread fit and coarse thread spacing ensure rapid assembly with reduced cross-threading risks, while the external hex drive accommodates standard wrenches for maintenance-friendly operations. Ideal for heavy-duty fastening where reliability and regulatory compliance are paramount.

Specification Summary & Compliance

This hex nut features precision UNC 3/8"-16 coarse threads with Class 2B thread fit for consistent dimensional accuracy. Key specifications include an 11/16" width and 23/64" height within the inch measurement system. It conforms to RoHS 3 (2015/863/EU) standards under exemption 6(c) for lead in copper alloys, ensuring environmental compliance without compromising mechanical performance in industrial assemblies.