Gibraltar 60301G Equal Double Threaded Stud M8 X 1.25

Product Description

The GIBRALTAR 60301G is an equal double threaded stud with M8 x 1.25 metric threads on both ends and an overall length of 50 mm. Machined from alloy steel and finished in black oxide, this stud provides corrosion resistance and consistent thread engagement across both ends. The equal-thread design means both threaded ends share the same M8 x 1.25 specification and thread fit class 50, making it suitable for symmetrical fastening applications. It is used in mechanical assemblies, equipment mounting, and structural connections where a fixed double-end fastener is required. Licensed tradespeople and assembly technicians install this hardware during fabrication and maintenance work.

This stud is suited for residential, commercial, and light industrial mechanical applications. It fits into assemblies requiring a dual-end stud where both ends must accept the same M8 x 1.25 nut or threaded component. Common uses include HVAC equipment mounting brackets, pump assemblies, motor mounts, and general mechanical fabrication where a through-bolt arrangement is not practical. The black oxide finish helps reduce surface corrosion in moderate-exposure environments.

Key Features

• Equal double threaded ends — both ends are M8 x 1.25 thread
• 50 mm overall length for compact fastening applications
• Alloy steel construction with material grade 5 for reliable tensile strength
• Black oxide finish provides moderate corrosion resistance
• Thread fit class 50 for consistent engagement and installation torque

Compatibility

Designed as an OEM-style replacement or general-use double threaded stud for mechanical assemblies requiring M8 x 1.25 metric thread fasteners with a 50 mm overall length.

Installation Notes

Installation should be performed by a qualified mechanic or trades professional familiar with metric fastener specifications. Inspect mating threaded holes or nuts for class compatibility before installation. Use a stud installation tool or double-nut method to drive the stud to proper engagement depth without damaging threads. Verify surrounding components are depressurized or de-energized before disassembling any mechanical assembly for stud replacement.