In 1966, AMES research center of NASA developed memory foam to improve the safety of aircraft cushions. To create MF, polymer matrix was infused with gas. This is why it has an open-cell solid structure that helps match pressure and comes back to its original shape slowly. In early 1980, NASA introduced memory foam (MF) to the public and it leads to huge production ever since.
Applications of Memory Foam
Memory foam now is largely used for domestic purposes. It is best favored for bedding accessories. Memory foam supports the alignment of your spine besides its pressure points relieving and preventing back pains. No matter your sleeping position – back, stomach, or sides – this one is sure to accommodate your posture. MF repels allergenic elements like dust mites, molds, pet dander, etc to thrive in. This fairly low-maintenance foam can readily sit on adjustable base – be it angled or flat. Also, MF records for good durability and lifespan.
How it Works:
Memory foam has an open-cell structure that matches body pressure subjected to it. The internal structure relaxes when it comes in contact with body heat and becomes softer. It molds according to the pressure and heat absorbed. The foam gradually springs back to its original shape when not in use.
Types of Memory Foam
Memory foam mattress is one of the best selling mattresses. Traditional memory foam was first developed to deliver a good night sleep by molding your body. But somehow the drawback was, body heat trapped in MF mattress made it uncomfortable to sleep in high temperatures. With the passage of time, the open-cell MF came into use. It ensured effective air circulation inside the mattress for better distribution of body heat while sleeping. Gel-infused technology in MF absorbs heat like an ice pack. The cooling gel in MF mattress allows even distribution of heat, absorbing and releasing body temperature while sleeping.
Memory Foam with Cooling Gel
Getting accurate sleep requires the right mattress which comes with memory foam. The semi-liquid gel in MF is very effective to cool a surface drawing heat away from the body. The cooling gel layer on top of the MF helps separate our body from the heat in foam, thereby slowing down the rising rate of temperature. The constant flow of heat through foam can make it lose its shape and even exaggerate the process of decay. The gel also ensures that the integral structure of the foam is kept intact and slows down the aging of the foam. Not only this, but the cooling gel also acts like contraception for mites and bacteria as it helps in keeping the foam temperature lower to stop the growth of mites and bacteria.