Terry Women's Soleil Flow Short Sleeve Top (Solstice)

Terry Women's Soleil Flow Short Sleeve Top (Solstice)
Price: $89.95
Discontinued Online
This item is discontinued and no longer available for purchase. You may want to search our site for a similar item.
Note: Manufacturer does not allow coupons

Terry Women's Soleil Flow Short Sleeve Top Description:

It's all about the sleeve length and more room through the waist and hem with the Terry Women's Soleil Flow Short Sleeve Top. Designed to hit just above the elbow, the sleeves are also nicely tapered, providing just the right amount of comfort and coverage. It's also made of a proprietary UPF 50+ fabric that's extremely lightweight, moisture wicking, and comfortably wearable in hot temperatures.


Features:

  • 88% micropoly/12% spandex fabric is lightweight, moisture wicking and UPF 50+
  • Simply styled crew neckline provides good coverage
  • Elastic-free sleeves and hemline for a more comfortable fit
  • One-of-a-kind custom prints are unique to Terry
  • 3 open rear pockets

Specifications:

  • Gender: Women
  • Manufacturer Fit: Relaxed
  • Fabric: Micorpoly Spandex
  • SPF/UPF: Yes
  • Zipper: -
  • Pockets: 3 Rear
  • Sleeve Length: Short Sleeve
  • Color: Pink

This product was added to our catalog on February 7, 2022

Terry Jersey & Apparel Size Chart

Measurement Guide:

  • Chest- Measure the circumference of the fullest part of the chest, keeping the measuring tape up under the armpits and over the shoulder blades
  • Waist- Measure the circumference around the narrowest part of the natural waistline
  • Hips- Standing with heels together, measure the circumference around the fullest part of the body (approximately 8" below natural waistline)
Chest
Circumference (in)
Waist
Circumference (in)
Hip
Circumference (in)
XS32 - 33"25 - 26"34.5 - 35.5"
S34 - 35"27 - 28"36.5 - 37.5"
M36 - 37"29 - 30"38.5 - 39.5"
L38 - 39"31 - 32"40.5 - 41.5"
XL40 - 41"33 - 34"42.5 - 43.5"
2XL42 - 43"35 - 36"44.5 - 46.5"

Note: All measurements are provided by the manufacturer and may vary depending on how measurements are acquired.