SPECIFICATIONS
- High-concerned Chemical: None
- Luminous Flux: <60
- Type: Atmosphere
- Shape: Keyboard
- Are bulbs included? No
- Certification: CCC
- Power Source: DC
- Power Source: DRY BATTERY
- Usage: Holiday
- Wattage: 0-5W
- Model Number: Game Pad Neon Lights
- Game Pad Material: ABS
- Is Smart Device: No
- Power Generation: Switch
- Voltage: 4.5V
- Are batteries included? No
- Battery Type: AA
- Are Batteries Required? Yes
- Length: 30cm
- Item Type: Night Lights
- Light Source: Fluorescent
- Choice: Yes
- Semi-Choice: Yes
Neon Signs for Bedroom Wall Decor USB Powered Switch LED Neon Light for Game Room, Living Room, Teen Gamer Room Decoration
Description:
- Neon signs, stylish room decoration aesthetics. LED signs are also dressing table decorations for playrooms and children's room decorations. It can be an aesthetic wall image.
- Battery and USB power supply: The LED neon light sign is powered by 3 AA batteries (not included), with ON and OFF switches, or connected to USB. Low energy consumption and durable. There is a hole on the back of the neon sign, which can be hung on the wall or placed on the table. Installation is quick and easy.
- Using flexible silicon LED light bars, high-quality PVC plastic is environmentally friendly, non-toxic, and durable. The use of USB 3V low-voltage insulation materials is non-hazardous and only consumes very little energy. There is no risk of broken glass or leakage of hazardous materials.
- The perfect decoration for game room decoration. LED signs are perfect for home decoration, wedding banquet decoration, and Christmas decoration.
Specification:
- Product material: LED soft light with light strip
- Power supply mode: USB + battery (3 X AA batteries, toggle switch)
- Product size: 35*9cm
- Function: Always on
- Power supply: 3 * AA battery (not included) or USB plug
Note:
Due to the different monitor and light effects, the actual colors of the item might be slightly different from the colors shown in the pictures. Thank you!
Please allow a 1-2 cm measuring deviation due to manual measurement.











