Product overview
KEETDC USB Rechargeable Arc Candle Lighters (2 Pack): What to Know
This is the unglamorous item that makes the rest of the page work. A candle in a tall glass votive, an incense stick at the back of a shelf, a fire pit in the wind: all three defeat a match and most defeat a disposable lighter. An arc lighter solves it with a bendable neck and an electrical discharge instead of a flame, so there is nothing to blow out.
The mechanism is the selling point. Instead of butane, two electrodes strike an arc, which is why KEETDC can describe it as windproof and splashproof, and why there is no fuel to buy or leak. The neck is aluminium and bends through 360 degrees to any angle, so you can reach down into a jar candle or around an obstruction, and at 10.83 inches it is long enough to keep your hand away from a fire pit. Charging is over USB from a computer, a power bank or any charger, which also means it is dead when you forget rather than when it runs out of gas. The pack is two lighters, one black and one rose gold, with a USB cable and a manual.
Two honest notes. The listing's specification table gives an item weight of 3.5 pounds, which is plainly an error for two small aluminium lighters and should be read as a packaging or data entry mistake rather than a real figure, and we mention it only because it is the kind of number that makes people think they are buying something substantial. And no battery capacity, charge time or number of ignitions per charge is published anywhere, which are the three figures you would actually want, so the useful comparison against a butane lighter is convenience rather than endurance. KEETDC publishes no manufacturer site.
Key Listed Features
Electric arc ignition with no butane, described as windproof and splashproof
360-degree bendable aluminium neck, 10.83 inches long, for sunken wicks and awkward angles
USB rechargeable from a computer, power bank or charger, with no fuel to refill
Two lighters per pack in black and rose gold, with a USB cable and manual
Product image from current catalog data

