Value Collection EH4350 Aluminum Sex Bolt Binding Post

Product Description

The VALUE COLLECTION EH4350 is an aluminum sex bolt binding post designed for fastening applications that require a clean, flush, and removable connection through stacked materials. The barrel measures 3.25 inches in length with a 0.375 inch screw length and accepts an 8-32 UNC threaded screw. The uncoated aluminum construction keeps weight low while providing adequate strength for light- to medium-duty fastening tasks. This type of binding post is commonly installed by assembly technicians, fabricators, and maintenance professionals working with panels, leather goods, books, displays, and similar layered assemblies.

The EH4350 is suited for through-hole fastening in materials of appropriate thickness where a standard bolt or screw is not practical. The 3.25 inch barrel accommodates thicker material stacks, making it useful in panel assembly, binder manufacturing, signage, and similar trade or light industrial applications. The 8-32 UNC thread is a widely used standard size, allowing the post to mate with readily available 8-32 machine screws. No special tooling is required for most installations.

Key Features

• 8-32 UNC thread for compatibility with standard machine screws
• 3.25 inch barrel length accommodates thicker material stacks
• 0.375 inch screw length for secure thread engagement
• Uncoated aluminum construction for lightweight, corrosion-resistant fastening
• Flush-mount design provides a clean finished appearance on both faces

Compatibility

Designed as a standard 8-32 UNC sex bolt binding post suitable for panel assembly, bookbinding, signage, leather goods, and similar through-hole fastening applications where a removable barrel post connection is required.

Installation Notes

Installation requires a correctly sized through-hole drilled or punched through all material layers to be joined. Insert the barrel from one side and thread the mating 8-32 screw in from the opposite side by hand, then tighten with a flat-head or appropriate driver to snug fit without over-torquing the aluminum threads. Ensure material stack thickness does not exceed the usable barrel depth to achieve full thread engagement.