USA–                

ANSI/ISEA 107-2015 – High-Visibility Safety Apparel and Accessories Standard

This standard sets forth the minimum design, performance, testing, and labeling requirements for high-visibility safety apparel and accessories including vests, jackets, coats, rainwear, and pants. The standard focuses on the use of retroreflective materials which provide visibility to wearers during low-light conditions.

EU —

EN 20471:2013 / A1:2016 – High-visibility clothing – Test methods and requirements

This European Standard specifies the minimum requirements for high-visibility clothing worn by adults and children. It outlines the design and performance requirements for the materials and garments to ensure visibility in various lighting conditions, such as daylight, twilight, and night-time, as well as in adverse weather conditions.

Australian and New Zealand  —

AS/NZS 1906.4:2010 – Retroreflective materials and devices for road traffic control purposes – High-visibility materials

This Australian and New Zealand Standard outlines the requirements for high-visibility materials used for road traffic control purposes, including vests, jackets, and other clothing. It specifies the minimum retroreflectivity performance and color requirements for the materials used in these products.

Canada–

CSA Z96-15 – High-Visibility Safety Apparel

This Canadian standard outlines the requirements for high-visibility safety apparel, including vests, jackets, and other clothing. It sets forth minimum performance and design requirements for retroreflective and fluorescent materials, as well as for the materials used to construct the garments.

China–

GB/T 24779-2009 – Safety requirements and test methods for fluorescent materials and fluorescent productsThis Chinese standard outlines the safety requirements and test methods for fluorescent materials and products, such as vests, jackets, and other clothing. It specifies the minimum performance requirements for the fluorescent materials used in these products to ensure visibility in various lighting conditions.