AKEMI Outlast Alternative Latex Pillow
 
The AKEMI Outlast® Alternative Latex pillow features a type of unique memory foam that mimics the elastic attributes of natural latex. It serves as an ideal alternative for those who are prone to latex allergy but still appreciate the comforting and adaptative support of latex. In addition, the pillow allows you to switch preferences by offering pure cotton fabric on one side and fabric with advance Outlast® technology on the other.
 
Material: Silicone with Outlast PCM capsules & Bottom Cotton
Filling: Latex-like Foam
Dimension : 60cm x 40cm + 3cm
 
• Alternative Latex
• Elastic
• Active Thermal Regulation
• Enhanced Breathability
• Adaptative Support
• Removable Cover
 
How Outlast® Technology Works?
1. Excessive heat is absorbed
2. Heat is stored
3. Stored heat is released
4. Ideal thermal comfort
 
Great comfort, good durability
• Flexible and elastic to relieve pressure points and promote muscle relaxation
• Good durability for longer-lasting comfort
 
The Outlast® Phase Change Material (PCM)
Outlast® PCM was originally developed for NASA to protect astronauts from temperature fluctuations in space. It shifts between solid and liquid state as it absorbs, stores and releases heat for optimal thermal comfort.
 
The Benefits
As a result, the Outlast® cover proactively regulates towards optimum temperature while reducing thermal swings for deeper sleeps. Besides, it effectively manages moisture by reducing the need to sweat on an average between 30% – 50%.
 
The PCM
The Phase Change Material (PCM) of Outlast® Technology changes its form between solid and liquid to maintain body at the desired temperature.
 
The Effect
Outlast® Technology continually regulates the skin’s microclimate by absorbing, storing and releasing heat for optimal thermal comfort and moisture control.
 
The Comfort
Outlast® temperature-regulating textiles greatly reduce temperature swings, allowing sleepers to rest in the ideal comfort zone for better sleep quality.
 
The Benefits
Body temperature is managed at optimal state and sweat production is reduced by an average between 30% to 50%.
 
Size : 
65cm x 39cm x 13cm