Store

Patagonia Womens LS Overcast Shirt - Sale

Patagonia Womens LS Overcast Shirt - Sale - Venturing out into a Colombian or concrete jungle is decidedly more civil in this long-sleeved, button-front shirt. Sophisticated yet simple, it shields you from sun and chilly air conditioning as expertly as it does savage mosquitos. Made from a lightweight blend of 2.8-oz 57% Tencel lyocell and 43% nylon, it has a pleat at the back yoke that helps keep you cool in humid climes, sleeves that roll up and secure with buttoned tabs when temps rise, two small chest pockets with button flaps and a feminine silhouette that hits at the hip. With 20-UPF sun protection, wrinkle resistance and mechanical stretch.Lightweight, wrinkle-resistant /nylon fabric with 20-UPF sun protection and a wicking finish Classic long-sleeved shirt Full-length placket with delicate buttons Two small chest pockets with buttoned flaps Double-button cuffs roll up and secure with tab and button Pleated back yoke Curved shirttail hem; hip length 2.8-oz 57% Tencel lyocell/ 43% nylon with a 20-UPF and wicking finish 170 g (6 oz) Made in China.

$79.00
Buy
 

Related Products

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (L)

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (L)
$149.00

Windproof and water-resistant, the Nano Puffer Vest is made with warm, incredibly lightweight, highly compressible 60-g PrimaLofter Gold insulation; ideal as outerwear or as an insulating layer in colder climates.

PATAGONIA WOMEN'S NANO PUFF VEST ULTRAMARINE (XL)

PATAGONIA WOMEN'S NANO PUFF VEST ULTRAMARINE (XL)
$149.00

Windproof and water-resistant, the Nano Puffer Vest is made with warm, incredibly lightweight, highly compressible 60-g PrimaLofter Gold insulation; ideal as outerwear or as an insulating layer in colder climates.

PATAGONIA WOMEN'S BETTER SWEATER JACKET SUMAC RED (S)

PATAGONIA WOMEN'S BETTER SWEATER JACKET SUMAC RED (S)
$139.00

Warm polyester fleece meets your favorite sweater in this full-zip, cross-dye jacket dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conventional dyeing methods.