This reversible, moisture-wicking essential has piping on shoulders and side panels. Posi-Charge technology keeps colors vibrant. 3.2-ounce, 100% polyester mesh with Posi-Charge technology Removable tag for comfort and relabeling White mesh reverse with colored piping Rib knit neck Double-layer construction with open, individually hemmed layers for easy decoration
This V-neck delivers important style. 4.3-ounce, 100% ring-spun combed cotton, 30 singles 50/50 ring spun combed cotton/poly (Heathers) 90/10 ring spun combed cotton/poly (Light Heather Grey) Slightly slimmer body and shorter sleeves 1×1 rib knit neck Tear-away label Shoulder to shoulder taping
Sophistication meets great weather protection in this sleek, technical soft shell. A durable water-repellent (DWR) finish sheds rain and stretch adds easy mobility. 82/18 nylon/spandex bonded to 100% poly interlock with a water-resistant film insert for wind and water resistance 8000MM fabric waterproof rating 5000G/M2 fabric breathability rating Cadet collar OGIO heat transfer label for…
Our All-American Tee is 100% made in the USA. From the cotton to the fabric manufacturing to the sewing of the finished tee, our All-American Tees help create and sustain jobs right here in America. 5.5-ounce, 100% cotton Left chest pocket 90/10 cotton/poly (Athletic Heather) 50/50 cotton/poly (Safety Green, Safety Orange)
This long-sleeve tee looks perfect by itself or layered. 4.3-ounce, 100% ring-spun combed cotton, 32 singles 1×1 rib knit neck Shoulder to shoulder taping Open hem sleeves Please note: This product is transitioning from woven labels to tear-away labels. Your order may contain a combination of both labels.
STAY-COOL WICKINGSTRETCHFLATLOCK SEAMS FOR COMFORTREFLECTIVE DETAILS 5.2-ounce, 88/12 poly/spandex with stay-cool wicking technology OGIO heat transfer label for tag-free comfort Elastic locker loop inside neck Black coil zipper with locking pull and black reflective zipper garage Black reflective O Endurance heat transfer bar on back right shoulder Black reflective O heat transfer on left hem