The North Face Thermoball Progressive Zip II Waterproof Boots Women's

Stay warm, dry and comfortable on city adventures with the Women’s THERMOBALL™ Progressive Zip II Waterproof Boots. These lightweight, waterproof and low-cut boots features THERMOBALL™ insulation and recycled P.E.T. ripstop uppers. Our waterproof footwear incorporates a variety of advanced waterproofing materials, treatments, and processes. To help keep feet dry, we use internal waterproof membranes and/or adhesive and seam-seal constructions.

The North Face Thermoball Progressive Zip II Waterproof Boots Women's Features & Specifications:

• Comfortable OrthoLite® Eco Lt™ Footbed Made With 5% Recycled Rubber Content And 8% Plant-Derived Bio-Oil Instead Of Petroleum Per ASTM-D6866-16
• Pu-Coated Zipper Closure
• Sole Unit: Rubber Outsole For Increased Traction
• Thermoball™ Eco 100% Recycled Polyester Insulation Helps Keep Feet Warm Even When Wet
• TNF™-Branded Webbing Pull Loop At Heel For Easy Pull-On
• Translucent Mono-Mesh Overlay On Vamp For A See-Through Effect To The Quilting Below
• Upper: Upper Made With 100% Recycled P.E.T. Ripstop With A Non-PFC Durable Water-Repellent (Non-PFC DWR) Finish For Added Water Repellency
• Waterproof DryVent™ Membrane
• Sizes: 5–11 (whole sizes)
• Approx Weight (½ pair): 11.64 oz (330 g)
• Waterproof: This keeps you dry from rain and snow.
• Breathable: Material allows air or moisture vapor to pass through, helping to regulate body temperature.
• Grip sole: Rubber compounds deliver grip, traction and durability on both wet and dry surfaces.
• Synthetic fill: Synthetic insulation maintains warmth even in damp conditions.
• Recycled material: Recycled content – Helps reduce landfill waste and the use of virgin materials.
• Non-technical Terrains: Lightweight support and stability for non-technical trails.
• City Exploration: Unrivalled comfort and wearability on the streets.
• DWR - Water repellent: A durable finish to allow for water beads on the surface of water repellent materials, preventing the fabric from saturating