Gibraltar 41003G Double Threaded Stud 7/8-9 4 in Oal

Product Description

The GIBRALTAR 41003G is an equal double threaded stud designed for bolted assemblies where both ends require full thread engagement. Manufactured from alloy steel with a black oxide finish, this stud measures 4 inches overall length with a 7/8-9 thread on both ends. The Grade 5 material rating and Class 50 thread fit confirm it is built for structural and mechanical applications where reliable clamping force is required. A flat is included on the shank, allowing a wrench or tool to grip and drive the stud into a tapped hole without damaging the threads. Licensed tradespeople and industrial maintenance technicians are the primary installers.

This stud suits applications in mechanical, structural, and industrial assembly contexts where a fixed threaded post is needed in a tapped component and a nut is applied to the opposite end. Common scenarios include equipment mounting, flange connections, and machinery assembly. The equal thread length on both ends makes it suitable for symmetric load distribution across the joint. It is sold individually with a minimum order quantity of 2 units.

Key Features

• Equal double threaded configuration for symmetric thread engagement on both ends
• 7/8-9 UNC thread size for broad compatibility with standard fastener hardware
• Grade 5 alloy steel construction for high-strength mechanical applications
• Black oxide finish provides mild corrosion resistance and a consistent appearance
• Class 50 thread fit for controlled tolerance and reliable mating
• Flat on shank for tool engagement during installation into tapped holes

Compatibility

Designed as a standard equal double threaded stud for use in tapped assemblies requiring 7/8-9 UNC thread engagement on both ends in mechanical and industrial applications.

Installation Notes

Installation is typically performed by mechanical or industrial maintenance technicians using a stud driver or wrench on the shank flat. Always verify that the tapped receiving hole meets the specified thread class before driving the stud. Torque the stud to the mating component first, then apply the fastening nut to the exposed end. Follow applicable torque and fastener standards for the joint type and load requirements.