Hillman Fasteners 839494 Adhesive Letter H 3 Inch Black

Product Description

The HILLMAN FASTENERS 839494 is a 3-inch self-adhesive letter H designed for clear, durable identification and signage applications. The character is printed in black on a reflective silver mylar background, providing high visibility in both low-light and direct-light conditions. The thin cut style gives the letter a clean, precise profile suited for professional labeling. Each unit ships in a package of 6. The self-adhesive backing allows for fast application without tools or additional hardware. The fade-resistant construction holds up under prolonged UV exposure, making this letter suitable for both indoor and outdoor use.

This adhesive letter is commonly used by facilities maintenance personnel, property managers, contractors, and signage installers for suite numbering, equipment labeling, door identification, and general wayfinding. The reflective mylar backing improves readability in parking structures, stairwells, and exterior locations where ambient lighting is limited. The thin cut format integrates cleanly onto flat surfaces including metal doors, glass, painted drywall, and plastic panels.

Key Features

• 3-inch tall letter H in thin cut style for a clean, precise appearance
• Black character on reflective silver mylar background for high-contrast visibility
• Self-adhesive backing — no tools or additional hardware required for installation
• Fade-resistant construction rated for indoor and outdoor environments
• Sold in a package of 6 units per order

Compatibility

Designed as an adhesive identification letter for general-purpose use on flat surfaces in residential, commercial, and light industrial signage applications.

Installation Notes

Clean and dry the target surface thoroughly before applying the adhesive letter to ensure a secure bond. Remove any dust, grease, or moisture that could compromise adhesion. Peel the backing carefully and press the letter firmly from center outward to eliminate air bubbles. Once applied to porous or textured surfaces, removal may damage the substrate.