Name: Antčiužinis Dormeo Memosan Ultimo, 200 cm x 160 cm, minkštas
Brand: Dormeo
Price: 509 EUR
Availability: OutOfStock

Prekės informacija

Bendrosios charakteristikos

Prekės tipas
Čiužinukai-antčiužiniai

Prekės ženklas
Dormeo
Kolekcija
Memosan
Modelis
Ultimo
Ilgis
200 cm
Plotis
160 cm
Storis
7 cm
Čiužinio matmenys
160 x 200 cm
Čiužinio rūšis
Memory Foam
A pusės čiužinio užpildas
Putų poliuretanas
B pusės čiužinio užpildas
Memory Foam
Čiužinio kietumas
Minkštas
Anatominių zonų skaičius
2
Čiužinys su užvalkalu
Taip
Užvalkalo skalbimo temperatūra
40 °C
Garantija
24 mėn
Papildoma informacija
Viskoelastinės poliuretano putos (atminties putos); Apatinis sluoksnis: poliuretano putos (Ecocell®)
Užvalkalo sudėtis
100% poliesteris

Prekės atspalvis gali skirtis nuo matomo nuotraukoje.

Upgrade your bed or couch with the perfect combination of comfort and support with the 7 cm Memosan Ultimo Roll Up 5 + 2 extra bed. It consists of a 5 cm layer of Ecocell® foam and 2 cm of memory foam, thanks to which it offers perfect adaptability and relief of pressure points. It is extra breathable with a special thermoregulatory treatment and CleanEffect® treatment against bacteria and mites in the coating.

If you sleep on an uncomfortable surface with insufficient support, you may wake up tired or with back and neck pain. Turn your old lying mattress or uncomfortable couch into an oasis of healthy sleep.

Dormeo Memosan Ultimo Roll Up is an extra bed 2in1: it combines the right support and comfort. The Ecocell® foam layer provides the right support. The breathable layer of memory foam adapts to the unique shape of your body, embracing you with perfect comfort. It is easy to use and saves, not only thanks to the added tapes for downloading.

The special perforated core creates an adaptive support for your head as well as your shoulders, legs and feet. The extra bed is divided into two comfort zones.

ZONE A - neck and head zone and foot zone, to which a special perforated core provides the right support and comfort
ZONE B - hip zone for optimal support and even weight distribution