Value Collection KP80534 1/2-13 Unc Hex Nut Zinc-plated Steel

Product Description

The VALUE COLLECTION KP80534 is a 1/2-13 UNC zinc-plated steel hex nut designed for standard right-hand threaded fastener applications. Measuring 0.75 inches across the flats and 0.4375 inches in height, this nut follows Unified National Coarse thread specifications. The zinc-plated finish provides basic corrosion resistance for general-purpose use. Installed with a standard wrench or socket, it is a common fastener used across mechanical assembly, maintenance, and light structural work in commercial and industrial settings. Electricians, plumbers, HVAC techs, and general maintenance professionals routinely use fasteners of this type in everyday service and installation tasks.

This hex nut is suited for general mechanical assembly and maintenance applications where 1/2-13 UNC threaded hardware is required. It is appropriate for use in light industrial, commercial, and residential settings. Typical applications include equipment mounting, structural bracketing, pipe support assemblies, and general fastener replacement. The right-hand thread direction is the standard configuration for the vast majority of threaded assemblies encountered in trade work.

Key Features

• 1/2-13 UNC thread specification for compatibility with standard coarse-thread fastener systems
• Right-hand thread direction matches conventional assembly requirements
• Zinc-plated finish offers basic corrosion resistance for indoor and light outdoor use
• Steel construction provides reliable strength for general-purpose mechanical fastening
• Compact profile: 0.75 inches across flats, 0.4375 inches high

Compatibility

Designed for use with any 1/2-13 UNC right-hand threaded bolt or stud in standard mechanical and structural assembly applications.

Installation Notes

Installation requires a standard 3/4-inch wrench or socket. Always ensure mating bolt or stud threads are clean and undamaged before assembly. Follow applicable torque guidelines for the specific application and material being fastened. Avoid over-torquing, which can strip threads or compromise joint integrity.