THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS FreeSupply

The official online store for official team gear, shop for the authentic THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free for the upcoming season. Get ready for the upcoming season with an authentic THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free from the official online store. You can shop for any size and the official product is 100% authentic and comes with a 100% satisfaction guarantee.

In the midst of their resurgence, the THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free are creating a new generation of fans. Represent your team with this THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free. It’s made with breathable fabrics and has the THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free logo on the front. The breathable fabric makes it cool and comfortable to wear and the THE NORTH FACE Women’s Aconcagua 3 Vest – PFAS Free is made with 100% polyester.

SEIZE THE DAY. We’ve updated the fan-favorite Women’s Aconcagua line to include 100% recycled body fabric, fully recycled 600-fill down and synthetic insulation. The Women’s Aconcagua 3 Vest provides the core warmth you need, with unrestricted mobility.

DOWN INSULATION. Take on the cold with superior warmth in this vest thanks to 600 fill waterfowl down body insulation. Plus you’ll easily maintain warmth with zoned sheet insulation — even on cold wet days.

RECYCLED FABRIC. Made from 100% recycled polyester fabric, this water-resistant vest features a Durable Water-Repellent (DWR) finish for added protection from the elements and delivers cozy comfort for casual nights or adventure days.

STANDARD FIT. With a flattering shape and ample mobility through the chest and shoulders, this vest fits true-to-size for easy, comfortable movement and can be worn over mid-layers.

EXPLORATION WITHOUT COMPROMISE. Easily find our most sustainable products with this badge. To qualify, apparel, equipment and accessories must be made with 75% or greater recycled, regenerative and/or responsibly sourced renewable materials by weight.