Ironwear Class 3 Orange Flame Retardant Safety Vest with Zipper Front and Sleeves
Product Code: 1293FR-OZ-RD -
This high-visibility safety vest is designed for enhanced visibility and functionality, featuring 2-inch silver reflective tape on 4-inch lime fabric in a suspender pattern over the shoulders and 360° continuous reflective bands encircling the torso. Made from 100% polyester mesh fabric, the vest is orange in color with orange polyester binding and meets ANSI/ISEA 107-2015 Class 3 standards. The vest includes two radio clips on the upper shoulders and six pockets—two lower front flap pockets, two inside pockets, and two upper chest pockets—for convenience. The front zipper closure ensures easy wear, and the fabric is flame-retardant, tested under ASTM D6413 to self-extinguish when exposed to fire. This vest should not be used in environments where arc flash or flash fire hazards are present.
Feature |
Description |
|---|---|
| Material | 100% Polyester Mesh Fabric |
| Color | Orange |
| Binding | Orange Polyester |
| Flame-Retardant Properties | - Tested under ASTM D6413, self-extinguishing when exposed to fire |
| - After-flame less than 2 seconds on average | |
| - Char length less than 6 inches on average | |
| - Not suitable for arc flash or flash fire hazards | |
| Standards | Meets ANSI/ISEA 107-2015 Class 3 |
| Reflective Striping | 2” silver tape on 4” lime fabric in suspender pattern over shoulders, 360° around torso |
| Closure Type | Zipper front closure |
| Design Features | - 2 radio clips on upper shoulders |
| - 360° continuous reflective bands | |
| Pockets | - 2 lower front flap pockets |
| - 2 inside pockets | |
| - 2 upper chest pockets | |
| Care Instructions | - Machine wash warm, tumble dry low |
| - Do not bleach, iron, or dry clean | |
| Note | Flame-retardant properties diminish with washing; not suitable for arc flash or flash fire hazards |
This table outlines the vest's key features, flame-retardant properties, and safety standards, ensuring high visibility and protection in non-arc flash environments.
