DETAILS
Inspired by our iconic Nuptse Jacket, our Nuptse Convertible Mittens adapt alpine gear for unbeatable warmth in the city. Like the jacket that gave rise to them, these mittens are filled with lofty, responsibly sourced down to give you game-changing warmth on the coldest days. That combines with Heatseeker™ Eco synthetic insulation in the palm and thumb for guaranteed warmth in variable conditions. Their flip-top construction means you can keep them on at all times, and Etip™ functionality on the thumb means you won't even need to take them off when you want to use your phone or tablet. Even better, they're made using recycled materials, making them better for the planet. In fact, the pairing toggle for keeping them together is made from recycled ocean plastic - a much better use for it, we think.
- Style:
- 55L6
- Fabric - shell :
- 100% recycled nylon ripstop
- Fabric - tip of thumb :
- Etip™-compatible, conductive polyurethane (PU)
- Fabric - palm overlay :
- pig nubuck
- Fabric - cuff :
- 100% nylon
- Fabric - palm lining :
- 100% recycled polyester brushedtricot
- Fabric - back-of-hand lining :
- 100% recycled polyester flannel
- Insulation - back of hand :
- 550 fill ProDown™ with water repellency; certified to the Responsible Down Standard (RDS) by Control Union
- Insulation - palm and thumb :
- 200 g Heatseeker™ Eco 70% post-consumer recycled polyester
- Sizes :
- XS-XL
- Urban adaptation of the NuptseMitten
- Recycled nylon shell
- Pig nubuck palm overlay
- Recycled brushed tricot lining in palm
- Flannel lining in back of hand for warmth
- Flip-top construction - cord fastens down mitt flap
- Etip™ functionality works with touchscreen devices
- Pairing toggle made from recycled ocean plastic keeps gloves together
- HEATSEEKER™ ECO
- Heatseeker™ Eco synthetic insulation provides durable, lightweight and compressible warmth.
- RDS-CERTIFIED DOWN
- The Responsible Down Standard (RDS) ensures our goose down is ethically sourced, responsibly produced and traceable. Natural down delivers the highest warmth-to-weight ratio of any insulation.
