The Patagonia Women's Adze Hoody is a winter focused soft shell designed to give excellent weather protection, while still being extremely breathable. The 3-layer Polartec® Windbloc® stretch-woven polyester soft-shell fabric repels wind and sheds snow, while its high level of breathability prevents overheating
The bonded fleece grid interior wicks moisture and adds light insulation, while the low-bulk construction also uses unlined, stretchy, double-weave soft-shell fabric in the side panels, cuffs and along the underside of the arms to minimize bulk while enhancing breathability and mobility. The helmet-compatible hood adjusts for a custom fit, the zippered hand pockets sit high and clear of a harness, and the hybrid cuff design stretches over gloves and has a minimalist hook-and-loop closure to secure the seal. With an exterior and interior zippered chest pocket, and a no-bunch drawcord hem. DWR (durable water repellent) finish.
This soft shell is tailored for active women, and is ideal for skiing, mountaineering, winter climbing and mountain walking.
Polartec® Windbloc® fabrics block 100% of the wind and provides maximum protection from the elements. The soft hand, stretch, and DWR (durable water repellent) finish combine to make this the highest quality, most comfortable windproof fleece product on the market.
Polartec Windbloc fabrics incorporate a polyurethane barrier membrane that allows moisture vapor transmission while completely blocking wind and water, eliminating the need for an additional shell. This reduces the weight and number of layers needed to protect and insulate.
Polartec Windbloc is durable, quiet, and non-pilling, and has enhanced stretch and recovery, making it ideal for activities when movement is intermittent, and when cold and inclement weather demands high-performance outer protection.
DWR
(durable water repellent) fabric finish repels light rain and snow and decreases dry times. When DWR is used in conjunction with a waterproof/breathable barrier, the DWR finish keeps the outer fabric from becoming saturated so that the breathable barrier can do its job.