Experience the perfect balance of softness and cooling with our cooling comforter for hot sleepers, featuring advanced Japanese cooling fabric with Q-max >0.46 for instant cool touch. This lightweight cooling comforter for summer is breathable and helps reduce night sweats, delivering one of the best cooling comforters for bed without feeling heavy.
Features
Advanced Japanese Arc-Chill cooling fabric (Q-Max >0.46)
OEKO‑TEX® certified cooling comforter – safe, skin‑friendly, and breathable
Cloud‑like summer bedding – ultra‑soft, no shedding, no fading, anti‑static
Perfect cooling comforter for hot sleepers & summer nights
3D hollow structure for elasticity & airflow
Gift‑ready packaging
Material
100% Microfiber
How to Care
Machine wash using cold water
Tumble dry seperately on gentle cycle
Do not dry clean
Do not bleach or fabric softner
Do not iron
Shipping & Return
Shipping Policy
Ship to US* only
Free shipping on domestic orders $39+
Please expect a processing time of 2-3 business days for orders placed with standard shipping.
My bedroom felt generic before. Khaki comforter, some plants, wood accents: now it feels like a deliberate space. The comforter anchored the transformation.
G
Gonzalo Mcclure
The Packaging Convinced Me It Was Worth It
When the khaki comforter arrived, the packaging quality matched my expectation for the product quality. Both turned out to be excellent.
C
Calliope
The Q-Max Cooling Is Specific
I've had 'cooling' bedding before. This is different. The Q-max fabric has a specific instant-chill quality that other cooling products don't. You feel a measurable temperature change.
W
Weston Carlisle
Gift for My Mother
My mother has been hot at night for as long as I can remember. I gave her the khaki cooling comforter. She said it's the best sleep she's had in years. Best gift decision.
H
Harry
Khaki Is the Warmest-Feeling Neutral
Other neutrals can feel cold or stark. Khaki has warmth in the tone that makes the bedding feel welcoming even before you're in it. And then the Q-max keeps you from actually overheating.