Safety Jackets

Select based on hazard and environment: high-visibility (ANSI/ISO class) for traffic or low-light work, flame-resistant for heat or welding, waterproof or breathable shells for wet conditions, and insulated versions for cold. Match jacket materials and certifications to specific workplace requirements

Look for ANSI/ISEA 107 or EN ISO 20471 for high-visibility performance and NFPA 2112 or ASTM/EN flame-resistant standards when thermal protection is needed. Certification labels indicate tested retroreflective area and performance levels appropriate to tasks

Choose a jacket with enough room to layer clothing without restricting movement; measure chest and waist and compare to the sizing chart provided. Ensure sleeves and hem cover intended areas and that closures and reflective tape remain visible when reaching or bending

Polyester and blended woven fabrics provide durability and colorfast high-visibility, while mesh liners and moisture-wicking layers improve breathability. Taped seams, reinforced stitching, YKK zippers, and heavy-duty closures increase longevity in industrial use

Follow the manufacturer care label: generally wash in cool water with mild detergent, avoid bleach and fabric softeners, line dry or tumble low, and inspect reflective tape and seams after laundering; flame-resistant garments often require specific cleaning instructions

Yes; many jackets meeting ANSI/ISEA or EN standards are available across price tiers, with entry-level high-visibility jackets typically under $50 and specialty or certified flame-resistant models costing more. Verify required certifications rather than relying on price alone

Consider pockets (internal and external), hood style (removable or stowable), adjustable cuffs and hems, ventilation zippers, and attachment points for ID or radios. These features can improve convenience and compatibility with other PPE without compromising visibility