High-performance original mattress with a focus on materials and comfort
Masterwall's original mattress, the Ranica series, is characterized by its alternating coil arrangement for a firm, comfortable sleep. This 29cm thick, tight-top mattress offers a premium sleeping experience. The alternating coil arrangement, individually packed into nonwoven fabric, maintains a natural posture and distributes body pressure to reduce strain on the body while sleeping. The outer fabric is made of "Adaptive", a fiber coated with a special functional polymer, which absorbs and evaporates sweat, creating a dry, cool environment.
[Jump Quilt]
Because the quilting is not linked, only the areas under pressure sink, and the outer fabric wraps around the body with plenty of room.
[Pocket coil]
Each independent pocket coil supports the body at a point. Measurements using a body pressure dispersion device also show that the strain on the body is reduced.
[Alternating Arrangement]
By increasing the number of pocket coils by placing them alternately, we have achieved a supportive sleeping experience that firmly supports your body.
[Profile processed urethane]
Uses urethane that has been profiled to create unevenness on the surface. It increases the ability to disperse pressure on the body.
[Basic Function]
A fiber coated with a special functional polymer that can sensitively sense the body temperature of a person and the surrounding temperature, and adjust the temperature in response to that temperature.
Human skin is the point of contact between the inside and outside of the body, regulating the evaporation of water through the skin and maintaining a comfortable body temperature. “Adaptive_” is more sensitive to this function.
When your body feels hot, the polymer instantly senses it, absorbs sweat, and evaporates it, creating a dry and cool environment.
On the other hand, when the temperature is low, water evaporation is suppressed and your body temperature can be maintained at the same level.
In actual experiments, the perspiration and evaporation functions were improved by 40%, and the temperature of the fabric was reduced by approximately 2.5°C. (There will be slight differences depending on the weight and composition.)
