This versatile athletic tee features Bodybuilding Global's Oxymesh™ fabric, ensuring a lightweight and breathable experience. Engineered for ultimate comfort, it provides superior sweat-wicking and odor control, all without harmful PFAS chemicals. Its durable design moves with your body and maintains its shape, making it an ideal choice for workouts or casual wear. Proudly made in the USA, this eco-friendly shirt combines performance with style, perfect for any active lifestyle.
From the brand: Trusted by professional athletes and the U.S. Army! Our best-selling Oxymesh™ fabric has a non-see-through athletic mesh exterior, is lightweight and feels fresh against your body. It's engineered for comfort and airflow, allowing you to feel and look sharp while you train. Built-in odor control and sweat-wicking technology keeps the wearer fresh and dry naturally, without the use of PFAS chemical applications used in most performance clothing. Features self-bound neck and armhole seams, a clean silhouette, and an easy tear-away tag. This shirt is longer-lasting, air-dries in 30 minutes and will immediately become one of your favorites. Sizing is true to size (size one-up for a more relaxed fit).
* RELIABLE: Easy to throw on before your day starts whether running errands, training at the track or hitting the gym.
* TOUGH: A shirt that is just as comfortable as it is durable. This shirt moves and stretches with your body and won't sag, pill, or fade over time.
* RESILIENT: Colors designed to keep you cool and collective while you push forward with your active lifestyle.
* 100% MADE IN THE USA: We knit, dye, cut, sew, pack and ship within a 20-mile Los Angeles radius which dramatically reduces our carbon footprint. Because of this proximity we can efficiently manage our production and ensure that quality is our top priority.
* ECO-FRIENDLY: PFAS Chemical-free! No ""forever chemical"" finishers, enhancers, or applications are used in our products. We are Prop 65 compliant and use Oeko-Tex® eco-friendly dyes that are recycled within a semi-closed loop water-saving system.
