Your Stoov® arrives by default with a battery to charge it for a warmth experience of many hours
+ €20.00
Delivery time: 3-6 workdays
Free shipment
30 day return policy
Big Hug is a cordless heating blanket with infrared technology and rechargeable battery. Choose one of the 3 heating levels and enjoy hours of cozy warmth.
Woolly is our ultimate cuddly fabric: the structure is reminiscent of a sheepskin and has a woolly feel. The Woolly is made of recyclable synthetic fibres (polyester, acrylic). This makes it wear-resistant and fluff-free, and easy to clean.
Style check: the Woolly fabric adds instant homeliness to any interior (especially plain, Scandinavian rooms). A sensual "teddy"!
Our products are equipped with infrared technology and provide heat wherever and whenever you want. With three different heat settings, you can choose the heat that suits you.
You can take and use the wireless heated cushion anywhere. The battery charging time is on average 2-4 hours. A Stoov has two different sides. The front, which becomes wonderfully warm, in a colour and fabric chosen by you. The back, which does not get warm, in a grey or photochromic fabric.
You can simply wash the cushion cover in the washing machine.
Do this at a maximum temperature of 30 ̊C
Do not use bleach
Do not iron
No chemical cleaning
Do not tumble dry
Note; the inner pad must not be washed.
Heat source 12w
2x 16x23cm 9W FIR carbon fiber with overheat protection
Heat levels
34ºC / 38ºC / 42ºC (@20ºC)
Battery
Li-Ion 10.8V - 2600mAh or 4500 mAh
Dimensions inner cushion
45 x 135 cm
Weight
1500g
Outer cover material
90% Polyester / 10% Acryl
Cut your heating bills with Stoov®
With a comfortable heating cushion or blanket from Stoov®, you can turn down your thermostat and reduce your energy consumption. With every degree lower, you save 7% in energy costs! A better choice for your wallet and for the environment.
Smart design & technology
If you use a Stoov® your body temperature will rise, while your surroundings will feel cold. We create vibrations within the infrared waves by connecting infrared heating pads with low voltage.
