High Visibility Black Bottom Vest for All Genders, Polyester, ANSI 107 Type R/Class 2

About this item

• HIGH-QUALITY COMFORT: This vest is constructed from Ultra-Cool 100% polyester mesh, which allows for exceptional airflow and ventilation. Along with its breathability, this fabric is also known for its durability, so you can stay safe and visible without having to sacrifice an ounce of comfort.
• FEATURE-PACKED: These vests work as hard as you do; they feature 2” wide silver reflective stripes with 3” contrasting color trim, and are equipped with left and right chest mic tabs, two lower outside expandable cargo pockets with adjustable flaps and grommets, right chest 2-tier, 4-division pencil pocket, left chest heavy-duty gusseted radio/utility pocket with reflective piping, inside lower left heavy-duty tablet pocket with load-bearing strap, and an inside lower-right patch pocket.
• Experience the Kishigo advantage. Established in 1971 with just one sewing machine, Kishigo is dedicated to producing top-notch, high-visibility work attire with unparalleled design, lasting quality, and useful features for the diligent workers on various job sites nationwide. Discover the Kishigo distinction.
• PREMIUM BLACK SERIES: Who says you can’t have it all? These premium-grade products are designed to stand out, giving you the profile you need without sacrificing the style, versatility or functionality you want. Kishigo’s Premium Black Series Black Bottom Vest is carefully crafted using high-quality materials that increase durability and enhance visibility with reflective trim around the arms and piping down the sides for added low-light visibility.
• MEETS ANSI/ISEA 107 TYPE R CLASS 2: This product is compliant with the ANSI (American National Standards Institute) standards for high-visibility safety apparel. ANSI 107 is the primary governing standard to ensure the safety of workers in low-light-or high-traffic environments, with Type R designated for roadway workers and Class 2 designated for workers facing greater visibility challenges.