Gibraltar 40913G Equal Double Threaded Stud 3/4-10 10 in

Product Description

The GIBRALTAR 40913G is an equal double threaded stud with a 3/4-10 thread size and an overall length of 10 inches. Double threaded studs are fully threaded from end to end with identical thread specifications on both ends, making them suitable for through-bolting, tensioning, and anchoring applications where nuts are engaged on both sides. This stud is manufactured from alloy steel with a black oxide finish for added corrosion resistance in moderate environments. A flat is included on the stud body, giving technicians a wrench grip point during installation. The thread fit is Class 50, consistent with standard industrial fastener tolerances.

This stud is used in mechanical, structural, and equipment assembly applications across plumbing, HVAC, and general industrial trade work. Equal double threaded studs of this size are commonly installed where a bolt would be impractical due to clearance or where a permanent anchor point with two threaded ends is required. Installed by millwrights, pipefitters, and general trade mechanics, this fastener is suited for residential and light commercial equipment mounting and structural connection tasks.

Key Features

• Equal double threaded design with identical 3/4-10 threads on both ends
• 10-inch overall length for deep through-bolt or extended anchoring applications
• Alloy steel construction with Grade 5 material rating
• Black oxide finish for moderate corrosion and wear resistance
• Flat included on body for wrench engagement during installation
• Thread fit Class 50 for consistent, standard industrial tolerances

Compatibility

Designed as a standard-fit equal double threaded stud for industrial and mechanical fastening applications requiring a 3/4-10 thread and 10-inch overall length.

Installation Notes

Installation of this stud is typically performed by a licensed mechanic, pipefitter, or general tradesperson. Power down or de-energize any adjacent systems before working in confined equipment areas. Use a wrench on the flat to drive the stud into the receiving thread without damaging the threads. Follow applicable torque specifications from the equipment manufacturer for final fastener loading.