Nano Titanium Flat Iron for All Hair Types - 1.7 Straightener with 5 Temperature Settings and Dual Voltage

About this item

• Save Time in Straightening Hair - This titanium flat iron lets you create ultra-shiny, straightening styles. 1.7” extra wide ultra-smooth titanium plates straighten hair faster and smoother with no pulling. Straightening time is faster than mini flat iron. Advanced titanium plating technology makes styles last longer.
• Appropriate for Every Hair Type - The 7MAGIC hair straightener is designed for every hair type, including wet hair. Its smooth titanium plates effortlessly move through hair, allowing steam from damp strands to escape through the vents located in both the plates and housing, providing a conditioning benefit. The steam vents in the straightener help dissipate excess heat, enabling the casing to endure elevated temperature settings.
• International Standard Voltage - The voltage of the hair iron straightener is compatible with 110v-220v. Our travel flat iron can accompany you anywhere in the world. Move freely with the 360 degrees rotating cord. Also, this well-designed professional hair straightener is a mothers day gifts that is sure to be cherished and loved by that special lady in your life!
• Evenly Distributed Heat & Fast Reheating - With the industry's most stable level of dual MCH heat technology, flat iron hair straightener takes about 15-30s for the temperature to quickly reach 290˚F, quickly returning to maintain the temperature needed for straight hair. All-directional floating plates provide 100% contact with hair for fewer passes and faster styling.
• 5 Heat Settings up to 450˚F - The hair iron heats up in 15-30s with a temperature range from 290°F up to 450°F, giving you total control in choosing the optimum temperature for your hair type. 290˚F - 370˚F for fine thin and normal textured hair, 371˚F-410˚F for wavy or curly hair, 411˚F-450˚F for coarse, very thick hair. This wide temperature range increases the chance of protecting the hair while enhancing the styling effect.