AISOLOVE - RS8 Multipurpose Heated Shawl

AISOLOVE's new RS8 heated shawl features graphene heating technology and double-layered soft fleece, along with a dedicated 9V power bank for rapid heating and efficient temperature retention. It has a built-in intelligent temperature control with five temperature settings, is large enough to be used as a small blanket, and is easy to fold and store, making it suitable for everyday use and travel.
Graphene heating technology boasts a heat conversion rate of up to 98%, providing rapid heating in one second. Five temperature settings allow for temperature control, maintaining a constant temperature between approximately 40℃ and 60℃. A large intelligent digital display screen shows real-time temperature and battery level.
This 9V 5000mAh dedicated power bank heats up faster and provides more stable output. It's safe and reliable for travel, thanks to its smart chip monitoring system (MCU chip monitoring + NTC temperature control protection). It features double-layered soft fleece: an inner waffle fleece layer and an outer velvet layer. The new layered warm fleece design ensures rapid heating and insulation, providing a soft and comfortable feel. Its large size (160cm*90cm) is large enough to be used as a small blanket, providing full-body warmth. The thoughtful zipper design allows it to be worn like a shawl or garment without worrying about slipping off.

Product Specifications

Product Name: Multi-purpose Heated Shawl Product Model: RS8
Battery type/energy: Polymer lithium-ion battery / 5000mAh 3.85V 19.25Wh
Temperature: Constant temperature of approximately 40℃~60℃ (±5℃)
Rated voltage: 5V
Rated input power: 10W
Product weight: Shawl: approx. 750g; Power adapter: approx. 116g
Product dimensions: Shawl: approx. 1600*900mm; Power adapter: approx. 74*69*29mm
Product materials: Shawl: Velvet + Fleece + Graphene; Power supply: PC + ABS (V0)
Safety certification: CE
Colors: Black, Gray, Yellow Note: The five temperature settings selected for this product refer to the temperature of the heating element and do not represent the overall surface temperature of the electric blanket.