Bullet Points:
1.Durable and Heat-resistant: This negative ion hair straightener styling comb is made of high-quality ABS+aluminum alloy, which can resist oxidation and withstand high temperatures. It is designed to last long and give you a smooth and shiny hair.
2.Fast Heating: This negative ion hair straightener styling comb can reduce damage to hair by evenly heating 22 comb teeth and providing rapid heating in 30 seconds. It also features constant temperature hair care to prevent sudden high and low temperatures.
3.Shine-Boosting Technology: This negative ion hair straightener styling comb uses shine-boosting technology to create hair styling faster, with less frizz and more luster. It is easy to comb to the end and get smooth and shiny hair.
4.Portable and Convenient: This negative ion hair straightener styling comb has a telescopic design that makes it easy to carry on business trips, collapsed to only half the size of a mobile phone. You can use it at home or anywhere to create perfect makeup styling at work.
5.Ultra-long Standby: With a built-in 1800mah lithium battery, this negative ion hair straightener styling comb can last for an ultra-long standby of 120 hours. You can also easily know the battery level with the LED display.
Description:
This Hair Straightener Comb features a durable high-quality ABS+aluminum alloy that can withstand high temperatures, making it ideal for home use. With an easy-to-comb design, it reaches the end of your hair with ease without any tangles. The built-in 1800mah lithium battery allows you to use it anywhere without worrying about plugging it in. A must-have for hair styling enthusiasts!
Specification:
Product name: Negative ion hair straightener
Product packaging size: about 19.1*11.2*4.7cm/7.52*4.41*1.85in
Product weight: 288g
Product List:
Negative Ion Hair Straightener Styling Comb x 1
Notes:
1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.