Retroreflective self-adhesive blue number two ("2"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive red number two ("2"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive blue number three ("3"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive red number three ("3"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive blue number four ("4"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive red number four ("4"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Photoluminescent "STATION" sign with retroreflective green letters, 14” x 4”, horizontal layout. Flexible peel & stick products employ a long-lasting pressure-sensitive adhesive film. The durable high-tack adhesive adheres to virtually all surfaces. Learn More
Photoluminescent “STATION” sign with retroreflective red letters, 14” x 4”, horizontal layout. Flexible peel & stick products employ a long-lasting pressure-sensitive adhesive film. The durable high-tack adhesive adheres to virtually all surfaces. Learn More
High Performance photoluminescent paint kit. This application is a two-part urethane paint system with all the materials necessary to paint 600 sq-in. A gravity feed HVLP spray gun with a 1.4-1.5 nozzle is recommended. Developed for the U.S. Navy and tested under the harshest of conditions.
NSN 6850 01 558 3002
Covered by U.S. Patent No. 7,326,435 Learn More
8" x 4" photoluminescent "APC" sign with red retroreflective letters. Flexible peel & stick products employ a long-lasting pressure-sensitive adhesive film. The durable high-tack adhesive adheres to virtually all surfaces. Learn More
