Back to Accessories
Rumpl Nanoloft Puffy Blanket - Cypress main view

Rumpl Nanoloft Puffy Blanket - Cypress

image Inspired by the iconic, wind-swept Lone Cypress tree, this seasonal solid will keep you cozy all year long. U10010
Regular price Sale price $179.00

Free Shipping in U.S. Ships within 1 day.

Inspired by the iconic, wind-swept Lone Cypress tree, this seasonal solid will keep you cozy all year long. Rumpl’s NanoLoft® Puffy Blanket features a water resistant exterior shell filled with a proprietary, recycled synthetic insulation. It combines the performance of down blankets at a more affordable price.

Keep the vibes chill but your adventure warm with Rumpl’s light-weight, ultra-stashable Puffy Blanket. At Unagi, sustainability is a life-style and in keeping with our theme, we chose a blanket that’s not only eco-friendly but also boast-worthy. Please note that we are wholly responsible for the amazing changes this blanket will bring to your life.

Unlike traditional synthetic fills, Rumpl’s 100% post-consumer recycled NanoLoft® insulation is made up of tiny circular clusters of fiber that mimic the properties of down clusters. This technology traps warmth inside small pockets of air to efficiently preserve heat, regardless of conditions.

Inspired by the iconic, wind-swept Lone Cypress tree, this seasonal solid will keep you cozy all year long. Rumpl’s NanoLoft® Puffy Blanket features a water resistant exterior shell filled with a proprietary, recycled synthetic insulation. It combines the performance of down blankets at a more affordable price.

Keep the vibes chill but your adventure warm with Rumpl’s light-weight, ultra-stashable Puffy Blanket. At Unagi, sustainability is a life-style and in keeping with our theme, we chose a blanket that’s not only eco-friendly but also boast-worthy. Please note that we are wholly responsible for the amazing changes this blanket will bring to your life.

Unlike traditional synthetic fills, Rumpl’s 100% post-consumer recycled NanoLoft® insulation is made up of tiny circular clusters of fiber that mimic the properties of down clusters. This technology traps warmth inside small pockets of air to efficiently preserve heat, regardless of conditions.