Hillman Fasteners 461366 Bright Common Nail 4 in 20D

Product Description

The HILLMAN FASTENERS 461366 is a 4-inch, 20-penny (20D) bright common nail sold by the pound in boxes of 12 units. Common nails in this size class are a standard fastener for structural framing, sheathing, and general rough carpentry. The bright finish indicates an uncoated steel wire nail, suited for interior framing applications where corrosion resistance is not a primary requirement. At 4 inches in length, the 20D designation follows standard wire-nail sizing conventions recognized across the construction trades.

This nail is used in residential and light commercial framing applications. Typical installations include wall framing, floor joist assembly, and roof framing where a through-nail or face-nail connection is required. Carpenters, framers, and general contractors are the primary users. The 20D size is commonly specified in standard framing details and building code prescriptive tables for structural connections in wood-frame construction.

Key Features

• 4-inch length, 20-penny (20D) wire-nail sizing for structural framing use
• Bright uncoated finish for interior framing applications
• Common nail head profile provides strong face-nail and through-nail holding power
• Sold by the pound, packaged in boxes of 12 units per box
• Follows standard wire-nail diameter and length conventions recognized by framing codes

Compatibility

Designed as a standard 20D bright common nail suitable for wood-frame structural framing and rough carpentry applications where an uncoated nail is acceptable per project specifications.

Installation Notes

Installation is performed by carpenters and framers using a framing hammer or pneumatic framing nailer compatible with 20D common nails. Verify that the bright uncoated finish is appropriate for the exposure conditions before installation, as uncoated nails are not recommended for exterior or treated-lumber applications where corrosion resistance is required. Follow applicable building code nailing schedules for structural connections.