Men's Powder Town Pants - Regular - Sale

Designed for versatility and mobility, our Powder Town Pants have a 2-layer H2No® Performance Standard shell for waterproof/breathable protection, an articulated fit for unrestricted movement, and a smooth mesh liner for soft, easy layering. Fabric, membrane and DWR finish are made without PFCs (perfluorinated chemicals). Inseam is 32½'; also available in a 30½' inseam. Made in a Fair Trade Certified™ factory.

• Tough 2-layer H2No® Performance Standard shell fabric is waterproof, breathable and treated with a durable water repellent (DWR) finish; with a slick mesh lining for wicking warmth and easy layering, plus the fabric, membrane and DWR finish are made without perfluorinated chemicals (PFCs/PFAS)
• Two-snap, zip-fly waist closure with exterior belt loops and adjustable elastic tabs to customize the fit; soft microfleece panel in the seat for additional warmth
• Webbing loop on the rear yoke securely attaches pants to the powder skirt on any Patagonia® Snow jacket
• Gaiters seal out snow, and tough scuff guards protect the inside of legs and bottom hem
• Mesh-lined vents at the outer thighs dump heat and keep out snow; inseam is 32½'
• Two zippered handwarmer pockets, and two zippered cargo pockets
• Concealed RECCO® reflector allows rescuers to use a directional signal to determine the reflector’s location; made in a Fair Trade Certified™ factory, which means the people who made this product earned a premium for their labor
• Material: H2No® Performance Standard shell: 2-layer, 3.5-oz 75-denier 100% postconsumer recycled polyester with a durable water repellent (DWR) finish. Lining: (front and lower) 3.8-oz 100% recycled polyester tricot mesh; (rear panels) 5.3-oz 100% recycled polyester brushed tricot with a DWR finish. Fabric, membrane and DWR finish made without perfluorinated chemicals (PFCs/PFAS). Fabrics are certified as bluesign® approved. Made in a Fair Trade Certified™ factory
• Weight in grams: 620
• Weight in ounces: 21.83
• Country of origin: VIETNAM
• Regular fit