EQUIP ROADSIDE CREWS, WAREHOUSE TEAMS, AND SITE OPERATORS WITH EN ISO 20471 CLASS 2 CERTIFIED VISIBILITY, RETRO-REFLECTIVE TAPING, AND BREATHABLE PIQUE COMFORT
Keep your workforce visible, compliant, and comfortable in demanding work environments with the Uneek UC805 Hi-Viz Polo Shirt. Certified to EN ISO 20471 Class 2 safety standards, this essential high-visibility garment combines certified fluorescent fabric with twin horizontal retro-reflective body bands and vertical shoulder braces for 360-degree daytime and nighttime conspicuity. Crafted from a lightweight, breathable 100% polyester pique knit, it actively promotes air circulation to prevent overheating during active shifts while featuring a durable knitted collar, a clean 3-button front placket, side vents for ease of movement, and reinforced twin-needle stitching.
WHY THIS UC805 HI-VIZ POLO WINS (KEY FEATURES & BENEFITS)
- Certified EN ISO 20471 Class 2: Meets stringent European and UK safety benchmarks for intermediate-risk work environments, providing vital visibility on active job sites and roadsides.
- 360-Degree Retro-Reflective Bands: Features two 50mm reflective bands around the torso and two over the shoulders to reflect light directly back to drivers and equipment operators in low light.
- Breathable Polyester Pique Knit: Open-textured pique weave maximizes airflow around the core, wicking sweat away from the body during warm summer shifts and high-exertion tasks.
- Form-Holding Knitted Rib Collar: Anti-curl flat-knit collar retains a sharp, professional uniform silhouette shift after shift without fraying or rolling.
- Matching 3-Button Placket: Reinforced front placket with durable dyed-to-match buttons allows customizable chest ventilation while maintaining safety neatness.
- Side Vents & Active Reach: Tailored with lower side splits to ensure unrestricted hip and torso movement when bending, lifting, and climbing on-site.
- Reinforced Seam Architecture: Double-needle stitching across the hem, sleeves, and stress points protects against tearing and seam separation under rugged industrial conditions.