Store

Patagonia Technical Sun Glove - New

Patagonia Technical Sun Glove - New - Fingerless gloves made of a recycled polyester/spandex blend, with synthetic suede palms. On Ascension Bay, Monomoy Flats or the Beaverhead, a roasting sun means fried hands. Of course, theres always sunscreen, but it tends to make slippery work of casting and line control. The solution is a light fingerless glove made from quick-drying, 30-UPF, 88% all-recycled polyester/12% spandex fabric for the ideal combination of comfort and sun protection. The longer finger design, with pull tabs, reinforced palm and out-of-the-way seams make the Sun Gloves easy to slip on and off. Your hands will thank you. Glove fabric is made of 5.6-oz 88% all-recycled polyester/12% spandex circular knit jersey, with 30-UPF sun protection. Synthetic suede palm: 8.45-oz 50% nylon/50% polyester blend Longer finger coverage with convenient pull tabs for easy on/off 5.6-oz 88% all-recycled polyester/12% spandex circular knit jersey, with 30-UPF sun protection. Synthetic suede palm: 8.45-oz 50% nylon/50% polyester blend 39 g (1.4 oz) Made in Vietnam.

$45.00
Buy
 

Related Products

PATAGONIA WOMEN'S DOWN SWEATER JACKET FEATHER GREY (S)

PATAGONIA WOMEN'S DOWN SWEATER JACKET FEATHER GREY (S)
$229.00

The perfect warmth for just about everything, our classic Down Sweater is lightweight and windproof, with a 100% recycled polyester ripstop shell and 800-fill-power 100% Traceable Down.

PATAGONIA WOMEN'S NANO-AIR JACKET FRENCH RED (M)

PATAGONIA WOMEN'S NANO-AIR JACKET FRENCH RED (M)
$249.00

An insulation breakthrough: The Nano-Air Jacket featuring FullRange insulation is warm, stretchy and so breathable, you can wear it for the entirety of any highly aerobic start-stop mission in the mountains.

PATAGONIA WOMEN'S BETTER SWEATER 1/4 ZIP BIRCH WHITE (XL)

PATAGONIA WOMEN'S BETTER SWEATER 1/4 ZIP BIRCH WHITE (XL)
$99.00

This quarter-zip, knitted, cross-dye pullover sweater combines the aesthetic of wool with the easy care of Better Sweaterer polyester fleece dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conve