King Koil latex Embrace™ is made using the Talalay technology and processed with a certain formula that has the properties of blending latex and memory foam / Visco and having an open cell structure in order to keep air circulating move smoothly.
King Koil Embrace™ characteristics:
1. Pressure Relief
King Koil Embrace™ is sensitive to body temperature. When you lie on a King Koil Embrace™ it will provide a wider contact surface so that the weight can be distributed optimally and give effect of Pressure Relief (does not cause excessive pressure)
2. Hygienic & Breathable
King Koil Embrace™ is processed using the innovative Talalay Technology which has the character of:
King Koil Embrace™vs Memory Foam
• Not elastic (sink)
• Close Cell
King Koil Embrace™
• Elastic (comfort)
• Open Cell – Breathable
How King Koil Embrace™ works
King Koil Embrace™ combines the feel of latex and viscoelastic which conforms to your body contour without making you feel like you’re about to sink.
King Koil Embrace™ relieves any pressure points on your body, and will make you comfortable and also provide you with true seclusion.
King Koil Embrace™ becomes softer in warm temperature (>20°C), and firmer in cold temperature (< 15°).
During sleep, King Koil Embrace™ will absorb the body temperature and provides a softer material that can conform to the body contour, thus distribute the weight of our body to the whole surface of the mattress, and therefore will relieve the body from any pressure points.
King Koil Embrace™ has an open cell structure which allows optimal air ventilation which will keep King Koil Embrace™ hygienic.
Below the temperature of Glass Transition (Tg), King Koil Embrace™ tends to be firm and hard.
Above the temperature of Tg, the polymer chain will turn to a softer direction.
As for Talalay latex, the normal temperature is below 0°C ,while King Koil Embrace™ has a temperature of 20°C (room temperature).
This is possible by changing the range of its molecule chains.
Glass Transition Temperature
The material composition is mixed with O2, and then it will be poured into a mold. Afterwards, the material is vacuumed in order to get the essence needed for the making of the mix with an evenly distributed particle that has a perfectly rounded cell structure, and later the material will be frozen in order to break the open cell structure.
The material will be heated soon after, and will be removed from the mold to be cleaned and dried and also will be vulcanized for the finishing process.
Thus, the product with great comfort and best air ventilation is now created.