Value Collection MP30081 Hex Cap Screw 7/16-14 X 1.5 in Grade 5

Product Description

The VALUE COLLECTION MP30081 is a 7/16-14 hex head cap screw designed for general mechanical and structural fastening applications. Manufactured from Grade 5 steel with a zinc-plated finish, this fastener delivers reliable corrosion resistance and shear strength for both indoor and light outdoor use. The partially threaded shank provides a clamping zone beneath the head, making it well suited for applications requiring a smooth bearing surface between joined materials. Each package contains 25 screws. The UNC (Unified National Coarse) thread form is the standard for inch-series fasteners across trade and industrial use.

This cap screw is used across a wide range of trade and light industrial settings, including HVAC equipment assembly, plumbing fixture mounting, electrical panel and enclosure work, and general mechanical maintenance. The 7/16-14 UNC thread size and 1.5-inch length under head make it a common replacement or stock fastener for equipment panels, brackets, and structural connections where Grade 5 steel meets load requirements.

Key Features

• 7/16-14 UNC thread form — compatible with standard inch-series tapped holes and nuts
• Grade 5 steel construction provides mid-range tensile and proof-load strength
• Zinc-plated finish offers corrosion resistance for general service environments
• Partially threaded shank allows a clamping grip zone for precise joint clamping
• 1.5-inch length under head suits medium-depth fastening applications
• Sold in a 25-piece package for stocking or job-lot use

Compatibility

Designed as an OEM-style replacement or stock fastener for any application requiring a 7/16-14 UNC hex head cap screw in Grade 5 steel with a zinc-plated finish.

Installation Notes

Installation is performed with a standard 3/4-inch hex wrench or socket driver. Always verify that the mating tapped hole or nut matches the 7/16-14 UNC thread specification before installation. Torque to the appropriate Grade 5 specification for the application per relevant mechanical or equipment standards. Avoid over-tightening, which can strip threads or reduce clamping integrity.