Chill Comfort Reversible Cooling Blanket — Breathable Design, Rapid Heat Extraction

Chill Comfort Reversible Cooling Blanket — Breathable Design, Rapid Heat Extraction

Grid Light Grey / Throw(50"x70")
€79,69
Sale price  €79,69 Regular price 
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Chill Comfort Reversible Cooling Blanket — Breathable Design, Rapid Heat Extraction

Chill Comfort Reversible Cooling Blanket — Breathable Design, Rapid Heat Extraction

€79,69
Sale price  €79,69 Regular price 
Details

Engineered to extract excess body heat within seconds, this reversible cooling blanket utilizes specialized Arc-Chill fibers to maintain a consistently refreshed sleeping temperature throughout the night. Designed specifically for individuals who experience nighttime overheating or heavy perspiration, the textile provides reliable thermal relief whether placed on a mattress or during outdoor evening activities.

The core performance relies on a structured grid weave that expands internal ventilation pathways, delivering five times more air circulation than standard textiles to prevent trapped warmth. Coupled with a Q-Max 0.45 fiber rating, the material rapidly draws thermal energy away from direct skin contact, lowering surface temperatures by approximately 4-5°C upon touch for an immediate, breathable comfort layer.

  • Core Material: Formulated entirely from Arc-Chill Cooling Fibers
  • Thermal Performance: Certified Q-Max 0.45 specifications for rapid heat displacement
  • Dimensional Options: Throw (50"x70"), Twin (60"x80"), Queen (90"x90"), King (108"x90")
  • Cleaning Protocol: Safe for complete machine washing in cold cycles; using a protective garment net during the wash cycle preserves fiber structure
  • Primary Use Cases: Optimized for ambient heat management, active sweat reduction, and regular nightly sleep environments

With four distinct coverage measurements, the blanket adapts easily to single occupancy, shared beds, or various home layouts. The straightforward construction supports routine laundering and long-term rotation without degrading its initial thermal-regulating capabilities.

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