Hillman Fasteners 847004 Black Vinyl Letter Number Set 2in

Product Description

The HILLMAN FASTENERS 847004 is a self-adhesive black vinyl die-cut letter and number set sized at 2 inches tall. Each character is pre-cut and mounted on a backing sheet for clean, individual application. The pressure-sensitive adhesive bonds to most non-porous surfaces without tools or additional hardware. This set is commonly used by facilities maintenance personnel, property managers, signage installers, and contractors who need durable, legible character labeling for equipment, doors, bins, and similar surfaces.

This letter and number set is suited for indoor and outdoor labeling applications where a clean, professional appearance is needed. Typical uses include unit numbering, equipment identification, bin labeling, and directional signage on smooth, hard surfaces such as metal, glass, plastic, and painted wood. Each set is sold as an individual package unit.

Key Features

• 2-inch tall die-cut characters provide high visibility for identification and signage use
• Black vinyl construction offers contrast against light-colored surfaces
• Self-adhesive backing eliminates the need for additional adhesives or fasteners
• Compatible with most non-porous surfaces including metal, glass, and plastic
• Peel-and-apply design allows for quick, tool-free installation

Compatibility

Designed for application to most non-porous surfaces including metal, glass, plastic, and similar smooth substrates. Not recommended for porous, textured, or uneven surfaces where adhesive contact may be compromised.

Installation Notes

No special tools or trade license is required for installation. Clean the target surface thoroughly with a dry or isopropyl alcohol-dampened cloth and allow it to dry completely before applying characters. Peel each character from the backing sheet and press firmly onto the surface, smoothing from the center outward to eliminate air pockets. Avoid application in extreme cold or on wet surfaces, as adhesive performance may be reduced.