S-98560A791 3/8"-16 x 0.73" Rivet Nuts

Key Features & Benefits at a Glance

• Superior corrosion resistance with tin-zinc plating that protects against rust in demanding industrial environments
• Reliable thread engagement through Class 2B thread fit ensuring consistent performance in metal assemblies
• Enhanced load distribution with 0.588" flange diameter providing greater surface contact area
• Quick installation compatibility with standard 9/16" drill bits reducing setup time and tooling costs
• Versatile material thickness accommodation from 0.03" to 0.09" for flexible application across various metal gauges
• Durable coarse thread design with UNC 3/8"-16 configuration resisting vibration loosening in heavy-duty applications
• Environmental compliance assurance meeting REACH regulations for safe industrial use

Professional Applications & Engineering Value

This tin-zinc plated steel rivet nut delivers exceptional engineering value in metal fabrication and assembly operations. The sleeve-type body design combined with UNC coarse threading provides superior pull-out resistance in sheet metal applications ranging from automotive frames to industrial equipment enclosures. The right-hand thread direction and open end configuration enable straightforward installation with standard tooling, while the corrosion-resistant plating ensures long-term reliability in environments exposed to moisture and chemicals. Engineers specify this 3/8"-16 rivet nut for applications requiring strong, permanent threaded points in materials where welding isn't feasible or practical, significantly reducing assembly time while maintaining structural integrity.

Specification Summary & Compliance

This rivet nut maintains Class 2B thread fit tolerance per UNC standards with precise 0.561" body diameter and 0.588" flange diameter dimensions. The product is manufactured to industrial fastener specifications with REACH (EC 1907/2006) compliance for environmental safety. Installation parameters include compatibility with 9/16" drill bits and accommodation of material thickness from 0.03" to 0.09", ensuring consistent performance across standardized industrial applications.