Value Collection 45913 Fully Threaded Stud 5/8-11 6 in Oal

Product Description

The VALUE COLLECTION 45913 is a fully threaded stud in a 5/8-11 thread configuration with a 6-inch overall length. Fully threaded studs provide continuous thread engagement along the entire shaft, making them well suited for through-bolted assemblies, double-nut applications, and situations where adjustable clamping depth is required. This stud is manufactured from carbon steel at material grade 3.6 and carries a black oxide coating that provides a baseline level of corrosion resistance. It is installed by mechanics, millwrights, pipefitters, and general tradespeople working on structural, mechanical, or industrial fastening assemblies.

This stud is appropriate for use in industrial, commercial, and light structural applications where a 5/8-11 UNC thread pattern is specified. The 6-inch overall length suits applications requiring moderate engagement depth or extended clamping range. Typical use cases include equipment mounting, flange assembly, jig and fixture construction, and general mechanical assembly where a removable, fully threaded fastener is preferred over a bolt or cap screw.

Key Features

• Fully threaded along the entire 6-inch length for maximum engagement flexibility
• 5/8-11 UNC thread size for compatibility with standard inch-series nuts and tapped holes
• Carbon steel construction at material grade 3.6 provides reliable tensile strength for general-purpose use
• Black oxide coating applied to resist surface rust and corrosion during service
• Uncoated base finish ensures dimensional accuracy without interference fit concerns

Compatibility

Designed for use in standard 5/8-11 UNC tapped holes and with standard 5/8-11 hex nuts, coupling nuts, or flanged nuts in general industrial and mechanical assembly applications.

Installation Notes

Installation of fully threaded studs is typically performed by a qualified mechanic or millwright. Before installation, confirm the tapped hole thread class and depth to ensure proper engagement. Use a stud driver, double-nut method, or locking insert to drive the stud without damaging threads. Always verify torque requirements against the applicable assembly specification or engineering drawing before final tightening.