Retroreflective self-adhesive red number nine ("9"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
Retroreflective self-adhesive red symbol "O" or Zero ("0"). 2 inch letter height. Durable High-Tack adhesive adheres to virtually all surfaces. Package of 10. Learn More
This Bilingual Tornado Shelter Sign (English & Spanish) contains the text "Tornado Shelter" and "Refugio de Tornado", as well as a tornado image, and is comprised of a photoluminescent layer, bonded with a semi-rigid substrate, incorporating a foam polyester tape adhesive. The long-lasting adhesive is suitable for either smooth or rougher surfaces like CMU (Concrete Masonry Unit) blocks. This substrate material minimizes surface imperfections on the sign, and the high performance photoluminescent surface makes the sign easier to read in low light conditions, such as those that may be present during power outages, storms, or other severe weather. Sign dimensions are 11" x 14". Learn More
Emergency Equipment Green 12” x 4” Semi-Rigid. Photoluminescent layer bonded with a semi-rigid substrate, incorporating foam polyester tape adhesive. Long-lasting adhesive suitable for either smooth or rougher surfaces like CMU block. Minimizes surface imperfections. Learn More
AfterGlow, LLC UL 924 EXIT sign, 50’ viewing distance, molded in Red, Green, or Black LEXAN® - 16” x 8-1/2” x 3/8”.
AfterGlow Brand PL-EXT-XX series PL EXIT signs are covered by one or more U.S. Patent Nos. 8,479,423 and 8,286,378. Learn More
The photoluminescent layer is bonded with a semi-rigid substrate, incorporating a foam polyester tape adhesive. The long-lasting adhesive is suitable for either smooth or rougher surfaces like CMU (Concrete Masonry Unit) blocks. This substrate material minimizes surface imperfections on the sign. Learn More
AfterGlow, LLC UL 924 EXIT sign, 100’ viewing distance, molded in Red, Green, or Black LEXAN® - 16” x 8-1/2” x 3/8”.
AfterGlow Brand PL-EXT-XX series PL EXIT signs are covered by one or more U.S. Patent Nos. 8,479,423 and 8,286,378. Learn More
