ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND
  • ROSE GOLD 3-IN-1 WAND

ROSE GOLD 3-IN-1 WAND

SALE ENDING SOON

ONLY $99.00 136 reviews
Reg. $229.00

DESCRIPTION

Every boss Bae needs a styling tool that's as versatile and innovative as she is! Which is why we created the 3-in-1 curling wand. We designed The Trinity with our exclusive Rose Gold Titanium technology to give you the longest lasting curls that simultaneously seal in your hair’s natural moisture for healthy looking tresses with maximum shine. With three interchangeable barrels you can create any style you want from silky glam waves to textured ringlets and everything in between. So whether it’s date night or the Met Gala that requires full on slay mode, we got you covered. Styling your hair will be as easy as 1,2,3, Slay! *finger snaps*

 

HOW IT WORKS

FoxyBae’s Rose Gold responsive technology minimizes heat damage while distributing consistent infrared heat to achieve maximum results in less time. This tool’s three signature lightweight Rose Gold titanium barrels efficiently style hair while releasing negative ions that help protect hair follicles and retain your hair's natural moisture. The rose gold titanium barrels quickly distribute heat and create the longest lasting, smooth and shiny curls yet. Use the digital temperature control and its interchangeable barrels to dial in your perfect look for any occasion.  Slay everyday!

 

DETAILS

19mm

This barrel is for the daring, bold and sassy! It creates small (approx. 0.7 in.) ringlets when you curl thin sections and medium coils when you curl thicker divisions.

25mm

If you want to achieve perfect doll like curls, this barrel is for you!  It gives hair medium sized (approx.1 in.) curls when you curl thin locks of hair and loose waves when you curl thicker sections.

32mm

You don’t have to go the beach to get beachy waves! This barrel provides big  (approx. 1.3 in.) spirals when you curl thin sections and loose waves when you curl thicker divisions.