Hillman Fasteners 150012 Hex Nut 7/16-14 50 Pack

Product Description

The HILLMAN FASTENERS 150012 is a 7/16-14 coarse thread hex nut made from zinc plated steel, sold in a 50-pack. Hex nuts in this thread size are standard fasteners used to secure bolts, threaded rod, and machine screws in structural and mechanical assemblies. The zinc plating provides a baseline level of corrosion resistance for general indoor and light outdoor use. Each nut conforms to the 7/16-14 UNC thread standard, meaning 7/16 inch nominal diameter with 14 threads per inch. Electricians, plumbers, HVAC techs, and general contractors reach for this size frequently when assembling equipment mounts, pipe hangers, and electrical enclosures.

This hex nut is suited for residential and light commercial construction, mechanical equipment installation, and maintenance work. Common applications include securing threaded rod in pipe hanger assemblies, fastening equipment mounting brackets, and general-purpose bolted connections where a standard zinc plated fastener meets the corrosion exposure requirements. The 50-pack quantity is appropriate for job-site use or stocking a service van or shop inventory.

Key Features

• 7/16-14 UNC coarse thread for broad compatibility with standard bolts and threaded rod
• Zinc plated steel construction provides corrosion resistance for general-purpose use
• 50-pack quantity reduces per-unit cost and supports job-site or van-stock replenishment
• Hex drive geometry accepts standard wrenches and sockets
• Coarse thread engagement is more tolerant of debris and easier to run by hand than fine thread

Compatibility

Designed for use with 7/16-14 UNC coarse thread bolts, cap screws, and threaded rod in standard steel and zinc plated fastener assemblies.

Installation Notes

Installation requires a standard open-end, box-end, or socket wrench sized for a 7/16-14 hex nut. Always verify that the mating bolt or threaded rod matches the 7/16-14 UNC thread specification before assembly. Mixing thread standards or damaged threads can result in cross-threading and fastener failure. For structural or load-bearing applications, consult applicable building codes and torque specifications provided by the equipment or structure manufacturer.