Car Summer Cool Ice Silk Seat Cushion With USB Fan Seat Cushion Cooling Car Cool Ventilation Cushion Pad Summer Blowing Sea L6G4

Summer Car Cooling Cushion Three Gear Adjustment Ventilated Chair Pad USB Plug-in Air Flow Seat Cushion Car Interior Accessories Feature: 1. Stretchy Double-Layer 3D Honeycomb Ice Silk Fabric: The summer ice silk seat cushion is made of stretchy double-layer 3D honeycomb ice silk fabric, which effectively eliminates heat sticking to the seat, so you always feel cool and dry when using it. 2. Three-Step Adjustable Wind Power: The ventilated seat cushion has a three-step adjustable wind power, which can be freely adjusted to suit different needs. 3. Quiet Operation: The car cooling cushion uses innovative noise control technology to effectively reduce the noise generated during operation and improve comfort for a better user experience. 4. USB Port: The vehicle cooling pad has a low voltage design and is easy to use by simply plugging the cushion into the USB port. The fan circulates cool air to your back legs and thighs and is also fully a wide range of electronic devices. 5. Fits for Most Car Seats: The ventilated chair pad is designed in a standard size to cover most car, truck, SUV and van seats and can be used for different vehicles, making it very practical. Let you have a good and relaxing driving experience in summer. Specification: Item Type: Seat Covers & Supports Origin: Mainland China Material Type: Ice Silk Applicable Season: Spring and Summer Set Piece: 1 Item Weight: 500 g Special Features: Basic Function Material: Ice screen fabric + cotton + fan Colour (optional): black/red/navy blue/green Power: 5-10W Power supply connector: USB universal connector Size: 430 x 430mm/17.0 x 17.0inch Power cord length: 145cm/57.1inch Applicable models: 5V-24V Type of application: car, home, office Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.