Hillman Fasteners 841630 Black Nail-on House Number 7

Product Description

The HILLMAN FASTENERS 841630 is a 4-inch black nail-on house number 7, constructed from die cast aluminum with a black finish. Designed for exterior residential and commercial address marking, this numeral installs directly onto siding, trim, or fascia surfaces using the pre-drilled mounting holes and included hardware. The die cast aluminum construction resists rust and corrosion, making it suitable for exposed outdoor environments. Installers receive three numerals per package, which is practical for addressing jobs that require repeated digits or multiple units in a single visit.

This nail-on number is intended for residential and light commercial address identification applications. It is commonly applied to house facades, mailbox posts, garage doors, and building entrances where clear, durable numbering is required. The black finish provides contrast against most exterior surface colors, aiding visibility for emergency responders and delivery services. No specialty tools are required for installation, making it a fast addition to any service call involving exterior hardware.

Key Features

• Die cast aluminum construction for corrosion resistance in outdoor environments
• Black powder-coat finish for high contrast visibility
• Pre-drilled mounting holes for straightforward nail-on installation
• Hardware included — no separate fastener sourcing required
• Sold in a package of 3 numerals per unit
• 4-inch height suits standard residential address visibility requirements

Compatibility

Designed as a nail-on exterior house number suitable for standard residential and light commercial mounting surfaces including wood, vinyl, and composite siding or trim.

Installation Notes

Installation requires only a hammer or finish nailer and a level for alignment. Pre-drilled holes accept the included hardware, so no drilling into the numeral itself is necessary. Confirm the mounting surface is structurally sound before fastening. For vinyl or composite surfaces, avoid over-driving fasteners to prevent surface deformation.