Coats Signal™ C522 30F combines retroreflective and fluorescent elements to ensure maximum visibility in daytime, nighttime, and low-light conditions.
It features a fluorescent yellow section and a high performance glass-bead-based silver section, laminated on a durable flame-retardant polymer layer with a heat-reactive adhesive on the reverse side. The tape is segmented into silver and fluorescent yellow areas arranged horizontally and diagonally providing flexibility and unique look.
The tape is evenly divided between the silver and fluorescent yellow parts, diagonally segmented into 7 mm-wide sections with a 1 mm horizontal gap between each shade. A protective liner covers both the reflective and adhesive surfaces.
In daylight, the tape appears fluorescent yellow and silver, while under illumination, it reflects bright white light.
Certified to EN ISO 20471 for high visibility, Coats Signal™ C522 30F also meets EN 469, EN ISO 11611, EN ISO 11612, EN ISO 14116, and EN ISO 15384 protective clothing standards. Additionally, it is certified to OEKO-TEX® STANDARD 100, Product Class II.
AVERTISSEMENT
Since conditions and applications vary considerably in the use of reflective tape, user should assure herself or himself by preliminarily testing that the reflective tape is suitable for the end use intended. Coats® accepts no liability for unsuitable or improper use or application of products.
Information provided above is based on current averages and should be taken only as indicative. Coats® accepts no liability for the preciseness and correctness of the information provided. Coats® Signal™ cannot guarantee an absolute visibility especially in severe weather conditions.
Brochures are updated from time to time, please be sure you are referring to the most recent publication. Coats® supports customers with advice on individual applications on request; if you have any questions or concerns, please contact us.
Coats® is a registered trademark of J. & P. Coats Limited. Signal™ is a trademark of J. & P. Coats Limited. © Copyright reserved 2025.