Nook Pillow
$99
Make anywhere your cozy nook with this fuzzy, fluff-stuffed pillow.
COLOR Cream
SIZE
Details
Description
A perfectly firm, oversized pillow that’s covered and filled with two kinds of recycled plastic—soft and fuzzy on the outside, extra-fluffy on the inside.
- Provides neck and back support wherever you’re lounging
- Each pillow recycles approximately 25 plastic bottles
- Cover made from GRS-certified, recycled polyester fluff and dyed with water-saving, toxic-chemical-free dyes
Details
Insert: Super-soft, 300 single-ply thread count sateen weave lyocell shell, and 100% GRS-certified, BPA-free recycled PET fill
Cover: 100% GRS-certified, BPA-free recycled plastic fluff
Dimensions
Nook Pillow Insert: 20.5" x 18" x 6"
Sherpa Cover: 20.5" x 18" x 6"
Care Instructions
Pillow Insert: For best results, dry clean only. Recycled plastic fluff cover: Machine wash cold with your favorite pro-planet detergent and lay flat to dry.
Free Trial
Our 7 night free trial lets you sleep with our products before you commit to buying––like a test drive for your bed! When you place your order, a temporary hold will be placed on your card, which may appear as “pending” or “processing.” This is to ensure your payment method is valid. We’ll complete the charge after the trial ends. If you choose to end your trial within our return window, we’ll reverse your hold!
For curling up—anywhere!
A little plump with plenty of plush, this croissant-shaped cuddler is a fun and just-firm-enough way to go from a couch nap to a cozy-book-corner moment comfortably.
Cozy recycled plastic, inside and out!
We used not one, but two kinds of recycled plastic floof to create this pro-planet pillow: The stuffing (which saves 25 bottles from landfill!) creates the perfect amount of neck-and-back-loving support—while the deliciously dreamy fuzz exterior comes in three cotton-candy hues, dyed with an earth-friendly synthetic dye!
Score!
CO2e = Carbon Dioxide Equivalent
This handy metric expresses global warming potential by including all of the relevant greenhouse gasses and converting their long-term impacts to that of CO2.