Hillman Fasteners 461371 Bright Finish Nail 2in 6D

Product Description

The HILLMAN FASTENERS 461371 is a 2-inch, 6D bright finish nail sold in a 1-pound box of 12 units. These smooth-shank nails feature a bright, uncoated steel finish and are designed for general interior fastening applications including trim work, cabinetry, millwork, and light framing. The 6D designation indicates a standard penny size commonly used in interior carpentry and finish work. Carpenters, trim installers, and general contractors reach for these nails when a clean, uncoated fastener is needed for finished surfaces where corrosion exposure is not a concern.

These nails are suited for residential interior applications including door and window casing, base molding, crown molding, and similar finish carpentry tasks. The bright finish is appropriate for dry, indoor environments. They are compatible with standard nail pouches, manual hammering, and select pneumatic finish nailers depending on collation and gauge requirements. Typical use cases include new construction finish work and interior remodel trim installation.

Key Features

• 2-inch length, 6D penny size for standard finish carpentry applications
• Bright uncoated finish suitable for dry interior environments
• Smooth shank for clean driving into trim and millwork
• Sold by the pound for convenient jobsite portability
• Package quantity of 12 units per box for bulk stocking

Compatibility

Designed as a general-purpose bright finish nail for standard interior trim and finish carpentry applications in residential and light commercial construction.

Installation Notes

Bright finish nails are installed by licensed carpenters and general contractors using a hammer or compatible finish nailer. Always predrill near edges or in hardwood species to prevent splitting. These nails are intended for interior use only and should not be used in exterior, high-moisture, or pressure-treated lumber applications where corrosion resistance is required. Follow applicable building codes for fastener schedules in structural or load-bearing connections.