CEP Women's Ultralight Tank Top - Black
CEP Women's Ultralight Tank Top - Black
RUN ULTRALIGHT TANK TOP FOR WOMEN: MORE FRESHNESS & PERFORMANCE FOR SUMMER RUNS
Don’t let the heat stop you. Enjoy your summer runs to the fullest with the Run Ultralight Tank Top by CEP Sportswear. It is ideal for both training activities and competition with its superior comfort and perfect fit. This lets you enjoy your runs to the last kilometer even on hot days.
Stay cool thanks to high-tech fabric with a dot structure
Want to keep your cool in the summer heat? No problem with the ultra-light running tank top for women. The fabric features a dot structure, which increases the surface area for better breathability and moisture management. Moisture evaporates faster the harder you train and you feel drier. This gives you extra energy to get the most out of your workout. But that’s not all. The shirt also has patented UV protection that blocks harmful UV rays.
Seamless comfort for total focus on your runs
Running is most fun when nothing distracts you and you are completely in the flow. The innovative, seamless design helps you get there: The Run Ultralight Tank Top has bonded fabric edges. This improves wearing comfort even more compared to conventional shirts with flat seams – without any chafing. What’s more, the seamless design underscores the ultra-modern look of the shirt.
Reflective panels increase your safety in the dark
Good visibility for other road users is essential when you run at night. Reflective elements on this running tank top increase your visibility when it’s dark outside. This translates into greater safety when you move your training activities to the early morning or late evening to avoid the daytime heat in the summer.
Get ready for active runs with maximum comfort when it’s hot outside: Order the new Run Ultralight Tank Top by CEP Sportswear for women in the web shop!
90% polyamide, 10% spandex
CEP Sports offers high-tech functional clothing of excellent quality. Only proper care can ensure unrestricted functioning over a longer period of time.