Value Collection 92387 Hex Head Cap Screw 7/16-14 18-8 Ss

Product Description

The VALUE COLLECTION 92387 is a hex head cap screw designed for general fastening applications in trade and industrial settings. It features a 7/16-14 UNC thread and measures 1-1/2 inches under the head. Constructed from 18-8 stainless steel, this fastener offers corrosion resistance suitable for both indoor and outdoor service environments. The 5/8-inch hex drive head accepts standard wrenches and sockets. Plumbers, HVAC technicians, electricians, and general contractors use hex head cap screws like this one when assembling equipment, mounting components, or securing structural connections where corrosion resistance is a priority.

This fastener is suited for light to medium-duty mechanical and structural assembly in residential and commercial trade applications. The UNC thread form is the standard inch-series coarse thread, compatible with standard UNC nuts and tapped holes in the 7/16-14 size. Its stainless steel construction makes it a practical choice for installations exposed to moisture, mild chemicals, or outdoor conditions where carbon steel fasteners would corrode prematurely.

Key Features

• 18-8 stainless steel construction provides corrosion resistance in wet and outdoor environments
• 7/16-14 UNC coarse thread for compatibility with standard inch-series hardware
• 1-1/2 inch length under head suits a range of panel and bracket thicknesses
• 5/8 inch hex head accepts common wrenches and impact sockets
• Inch measurement system with UNC thread standard

Compatibility

Designed for use with standard UNC 7/16-14 nuts, washers, and tapped holes in inch-series fastener applications.

Installation Notes

Install using a 5/8 inch open-end, box, or socket wrench. Ensure the mating nut or tapped hole is also rated for UNC 7/16-14 thread before installation. De-energize any electrical equipment and shut off fluid systems before fastening or removing hardware in live service areas. Do not mix stainless steel fasteners with dissimilar metals in highly conductive or galvanic environments without appropriate isolation.