Katherine Way Santa Rosa Dress - Dots Navy

Size X-Small Small Medium Large X-Large
Qty:

Description: 

The Santa Rosa Dress is a versatile but chic sheath style from Katherine Way's growing performance wear line. The perfectly cut sleeveless design featuring UPF 50+ ensures your shoulders are covered and protected from the sun, but still allows you the freedom to move with ease. The dress is completed with a slimming Mandarin collar and deep hidden pockets. Whether you opt to wear this on the course or in the classroom, the Santa Rosa dress is an easy option to layer to wear anywhere.

Fabric and details: 

  • V-Neckline with Mandarin Collar
  • Sleeveless
  • Shift-Style Body
  • Hidden Side Pockets
  • VERSAWAY™ UPF 50+ Fabric
  • MADE IN THE USA

VERSAWAY™ is an innovative fabric, exclusive to Katherine Way, offering exceptional quality with technical elements that enhance breath-ability, draw moisture away from the body, and combat UV rays.

  • SOFT & STRONG: Katherine Way's VERSAWAY™ blend consists of 82% Nylon and 18% Spandex, resulting in infinite versatility to produce the perfect fit for all modern women.
  • WRINKLE-RESISTANT: The fabric blend of VERSAWAY™ is wrinkle-resistant, allowing it to be packed and folded, while remaining sleek, smooth, and ready to be worn.
  • BREATHABLE: VERSAWAY™ fabric is manufactured to promote sweat to travel through the fabric, to the surface, where it is then evaporated, resulting in the look and feel as if it were never there.
  • TEMPERATURE CONTROLLED: VERSAWAY™ fabric features technical properties that keep women cool, even when the temperature rises.
  • MOISTURE WICKING: VERSAWAY™ fabric is manufactured to pull moisture away from the body, ensuring a dry feel and look for the ultimate comfort, even when breaking a sweat.
  • LOW MAINTENANCE: VERSAWAY™ fabric is machine washable, making it easy to throw in the wash and go.
  • UPF 50+: VERSAWAY™ fabric is the top of the line in sun protection, offering 50+ Ultra-violent Protection Factor, meaning it blocks 98% of the sun’s rays, significantly reducing the risk of exposure.