U-micco Fiber Washable Bed Mattress Supportive Pressure Relief

Product Description:

Making a Comfortable Sleeping Environment for You!

Easy-wash quick-dry: The new-design high polymer material mattress is easy to wash and dry, the water flows in a second, taking away all dirt.

Circulating ventilation: Air free circulation forms a microcirculation air layer to keep the environment dry and comfortable.

Monolithic design: Made of flexible fibers, no springs, no latex, no sponges.

Antibacterial anti mite: Double face mesh six dimensional surface hollow structure make it prevent bacteria and mites from breeding effectively, clean and convenient.

Efficient support: The mattress can release spine pressure effectively. It can support all points, lengthen deep sleep and improve sleep quality.

Environmental and non-toxic: 3D high polymer passes ISO International Quality Management System, meeting the development concept of environmental protection.

Comfortable And High Elastic, Disperse The Body Pressure Uniformly

The unique "X - 90 °" six sides breathable hollow three-dimensional structure of U-micco 3D mattress material has up to 400000 points per square meter, letting body part maintain enough support. No matter people lie on their side or back, it can fully undertake the body, make people go into deep sleep easily and sleep well all night long. From now on, sleeping is no longer tired!

Safety

It is safe, even when it burns. As U-micco fiber is made from polyester-elastomers, in the unlikely event of it catching fire and burning, the amount of toxic hydrogen cyanide gas that will be released is small.

Polyurethane, which is widely known as a cushion material, releases much more toxic hydrogen cyanide gas than U-micco fiber when it burns. Consequently it is disposed of in landfill sites.

Moreover, in recent years people are realizing that toxic gas is an issue when a fire breaks out in a confined or sealed space and there is a growing demand for cushion materials that do not release toxic gases in the unlikely event of these materials catching fire.