If you are looking for a high visibility long-sleeved shirt that is not just protective but fits you perfectly as well, then DragonWear’s Pro Dry Long Sleeve Hi-Vis Orange Shirt for Women is for you. It’s designed to especially fit women’s build with its added room and length to accommodate bust and hips, and sleeves with a minimized opening to reduce sliding over the hands.
Pro Dry Long Sleeve Hi-Vis Orange Shirt for women is made from permanent moisture-wicking fabric that is also inherently fire and arc-resistant. It is designed to meet and exceed moisture management challenges with its innovative and proprietary fabric technology. It dries faster than cotton and wicks up to 30% more moisture than single-component fabric. The shirt also has 3M segmented silver reflective which allows the fabric to stretch for a perfect fit while boosting your visibility.
Pro Dry Long Sleeve Hi-Vis Orange Shirt for women also features True-Flat high-density seams, tagless garment label, and rib-trim collar to ensure maximum comfort. It also has a proven wash-and-wear performance which along with its improved durability and stretch makes it an ideal choice for everyday workwear.
- Made from DragonWear® Inherent Tri-Blend FR Fabric, 6.9 oz/sq yard
- Inherently fire and arc-resistant
- Tri-fiber fabric delivers superior, always permanent moisture management
- Tailored specifically to fit women’s build with added room and length for bust and hips
- Minimized sleeve opening to reduce sliding over the hands
- 3M segmented silver reflective
- Highly breathable and dries quickly
- Odor-resistant
- Increased fabric durability and improved stretch
- Proven wash-and-wear performance
- Comfortable rib-trim collar
- True-Flat high-density seams
- Tagless garment labels
- Made in the USA
- Comes in Hi-Vis Orange
- CAT 2, CSA Z96 Class 2 Level 2 Compliant (Hi-Vis Orange), NFPA 2112 (Standard on Flame-Resistant Garments for Protection of Industrial Personnel Against Flash Fire), NFPA 70E (Standard for Electrical Safety in the Workplace), Arc Rating 9.3 cal/cm2, GSA