Hair Straightener Four-gear temperature adjustment Ceramic Tourmaline Ionic Flat Iron Curling iron Hair curler For Women hair

Ceramic Tourmaline Ionic Flat Iron Hair Straightener For Women

Our support Drop shippinng , support CSV file ,Can ship by the special line shipping with tracking No ,delivery time on 7-13 working days ,welcome to Drop shipping order.

Features:

1. Quick heating, 15 seconds can reach 230 C. Short time can make a variety of fashion models, 15 seconds to warm up.This revolutionary Hair Brush Comb will have your hair straight, silky and soft within minutes!

2. Four-step temperature, constant temperature hair care.Reduces frizz and static electricity,Make hair silky and shine

3. Negative Ion Hair Protection, Exhaust Hole Design, 30 seconds Fast Heating, 4-stage Constant Temperature Technology.is suitable for different hair.

4.Dry and wet dual use, steam for hair care.

5.It uses advanced technology to ensure an effortless and tangle-free styling experience, making it simpler and quicker to straighten your compared to traditional flat irons or blow-dryers.

6.Designed to drastically reduce static and protect against burns, keeping the heat exactly where it needs to be, leaving you with salon-quality results in no time!

Specifications:

Type: Hair Straightener

Color: Black

Plug: EU/US ,when you make the order ,pls confirm which plug you need ,eu can't use the us plug

Size:(28-30cm)x4.5cm/11.02''x1.77''

Heating Panel Size: (4.5-4.8)x10cm/1.77''x3.93''

Power cord: 1m

Power: 40-60W

Voltage: US:110V

EU:220V

50Hz-60Hz (Universal global voltage)

Temperature: 160-220 degrees

Temperature regulation: 4 Grade

Heating element: Nano ceramic PTC

ATTENTION: Only when wet hair is used, will there be steam, Dry Hair Not

Package Content:

1 x Hair Straightener

Notes:

1. 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. please refer to the actual object received!Thank you!

2. Please allow 1-3cm measuring deviation due to manual measurement.