Gibraltar 74363714 Double Threaded Stud 3/4-10 3-1/2 in

Product Description

The GIBRALTAR 74363714 is an equal double threaded stud designed for applications requiring threaded fastening from both ends of a single shaft. Machined from alloy steel with a black oxide finish, this stud features a 3/4-10 thread size and measures 3.5 inches overall length. The Class 2A thread fit provides a standard external thread tolerance suitable for general industrial and mechanical assembly. Licensed tradespeople and maintenance mechanics use this stud where a bolt head would interfere with the assembly or where components must seat flush against a surface.

This double threaded stud is appropriate for a wide range of mechanical and structural fastening scenarios including equipment mounting, flange assemblies, and heavy-duty bracketing in industrial, commercial, and trade service environments. Its equal thread configuration means both ends carry the same 3/4-10 thread, making it suitable for symmetric clamping setups or stud-bolt installations where both ends accept a nut.

Key Features

• Equal double threaded design with identical 3/4-10 thread on both ends
• Alloy steel construction for high tensile strength and durability
• Black oxide finish provides mild corrosion resistance and reduces surface reflectivity
• Class 2A thread fit meets standard external thread tolerance requirements
• Compact 3.5 inch overall length suits confined-space fastening applications

Compatibility

Designed as a standard 3/4-10 UNC double threaded stud suitable for use with any 3/4-10 threaded nut or tapped hole conforming to ASME B1.1 unified thread standards.

Installation Notes

Installation is typically performed by mechanics, millwrights, or maintenance technicians using standard hex nuts and appropriate torque wrenches. De-energize and lock out all equipment before installing or removing threaded fasteners in live assemblies. Thread locking compound or anti-seize may be applied per the assembly specification. Verify thread engagement depth meets minimum requirements for the joint load before tightening.