Rechargeable tealight candles with remote control and timer, set of 12 flameless LED candles with flickering effect, with charging base and USB cable.

USB Charging Base: Each tealight candle has a built-in rechargeable battery that recharges simultaneously on the included base via USB. A full 3-hour charge provides up to 50 hours of continuous use, reducing battery waste. For optimal performance and extended battery life, please turn off the candles while charging. Safe and Attractive: These flameless tealight candles are made of durable plastic with a realistic dripping wax effect, recreating the charm of real candles without the flame or wax drips. Enjoy a cozy atmosphere in homes with children, pets, or elderly people, while benefiting from an elegant, warm white glow all evening long. Multifunctional Remote Control: The included remote control (pre-installed CR2025 battery) allows for easy operation from a distance. Choose the timer duration (2/4/6/8 hours), adjust the brightness (from light to dark), and switch between fast or slow flickering, BLN mode, or steady light. Instantly personalize the lighting to suit your mood and the occasion. Ideal size: Each LED candle measures 4 cm in diameter and 5.5 cm in height, a size compatible with most teacups, votive holders, and decorative lanterns. Perfect for decorating a table, windowsill, mantelpiece, or shelf, these compact electric candles complement Halloween, Christmas, weddings, and your everyday home décor. Complete contents: This convenient kit includes 12 warm white LED candles, 1 USB charging base, 1 remote control, and 1 USB cable. Decorate right away! These candles require no additional batteries, making them an eco-friendly and economical solution for parties, holidays, events, and everyday mood lighting.

Color: See image

Material: Plastic

Package Contents:

12 candle lights, 1 remote control, 1 charging cable

Only the above-mentioned contents are included. Other products are not included.

Note: The color of the item in the photo may slightly differ from the real thing due to light reflection and your monitor settings. There may be a margin of error due to measurement errors.