New Balance WRT1304 Women's Long Sleeve T-Shirt
Internal X-static to enhance body temperature regulation and help eliminate odour
Lighning Dry material for superior moisture management keeping you dry and comfotable Ventilated panels for improved breathability where you need it most Debossed stretch tape thumbholes for increased versatility in all weathers UV protective Front and back reflectivity
The New Balance NBx Adapter long sleeve running top is built with mesh ventilation, front and back hi-viz reflectivity components and cutting-edge X-Static ® material are developed for the runner who is searching for that included protective element whilst out training. Likewise attributes this silver-bonded, anti-static technology is resistant to odor and wicks away sweating to keep you more comfortable as you run. The top is likewise fitted with welded seams which act as a moderate muscle compressor for mild muscle activation perks assisting circulate blood around your system, it likewise enhances the shape of the garment to lower chafing over fars away.
Key Product Details
- Brand: New Balance
- Title: New Balance WRT1304 Women's Long Sleeve T-Shirt
- Color: Purple
The New Balance WRT1304 Women's Long Sleeve T-Shirt is among the choices within our assortment of top running tops from the very best running brand names for men and women. These tops share a couple of attributes that make them optimal for running and a better option than typical fabrics. The essential benefit of these advanced running tops and other top layers is the presence of technical fabrics. These are created to wick sweat from your body, which can help considerably in attempts to avoid annoying chafing. In addition, you'll discover materials that are extremely breathable, long-lasting and incredibly light. These products can keep you very comfortable and very dry, regardless of the weather. When it's warm, you have a selection of short-sleeve running tops made from Drifit and other quality fabrics. In colder climes, the runner can benefit from quality thermal tops, for example our selection of close-fitting baselayers.