Gibraltar 60452G Unequal Double Threaded Stud M10 X 1.5

Product Description

The GIBRALTAR 60452G is an unequal double threaded stud designed for fastening applications that require two different thread engagement lengths on a single fastener. The stud is manufactured from carbon steel with a black oxide finish and carries a material grade of 5 and a thread fit class of 50. It features an M10 x 1.5 thread on both ends with an overall length of 65 mm, a long thread length of 20 mm, and a short thread length of 16 mm. This part is installed by machinists, maintenance technicians, and assembly professionals working in mechanical, industrial, and light structural applications.

This stud is suited for use in threaded assemblies where one end threads permanently into a tapped hole and the other end receives a nut for clamping or securing a mating component. The unequal thread lengths allow differentiated engagement depth on each side, making this stud a practical choice in machinery repair, equipment assembly, and fabrication environments. The black oxide finish provides a degree of corrosion resistance for general indoor and sheltered service conditions.

Key Features

• M10 x 1.5 thread on both ends for standard metric fastener compatibility
• Unequal thread lengths: 20 mm long thread, 16 mm short thread
• Overall length of 65 mm for precise fastener selection in threaded assemblies
• Carbon steel construction with material grade 5 for reliable tensile performance
• Black oxide finish for corrosion resistance in general service environments
• Thread fit class 50 for consistent fit and engagement

Compatibility

Designed as a standard metric double end stud for use in M10 x 1.5 threaded applications requiring unequal thread engagement lengths on opposing ends.

Installation Notes

This stud is typically installed by machinists or maintenance technicians using a stud driver or double-nut method. Ensure the tapped receiving hole meets the M10 x 1.5 thread specification and is clean and free of debris before installation. Do not apply excessive torque during installation as this may damage the thread engagement in the base material. Follow applicable mechanical assembly standards for the application.