GHD CURVE THIN WAND (14MM BARREL) FOR TIGHT AND DEFINED CURLS

Introducing our narrowest wand yet, the ghd curve® thin wand - with a 14mm ceramic barrel designed to create tight, defined curls. Perfect for ENHANCING NATURALLY CURLY TEXTURES or TRANSFORMING STRAIGHT HAIR and CREATING WAVES, for a beautifully defined finish. Equipped with ultra-compact PTC heater technology, the optimal 185°C styling temperature is delivered consistently across the entire barrel, for lasting curls with no extreme heat. Form bouncy curls from just 3 seconds*, with results lasting up to 24 hours³. Styling with the ghd curve® thin wand is quick and easy, even on longer hair lengths, courtesy of the +38% longer barrel⁴. No matter your hair type or texture, create high definition, healthy-looking curls with less damage⁵. The advanced ceramic coating applied to the thin barrel gives a smooth, high shine finish to hair and improves styling control and grip. Designed to create a seamless styling experience, the thin wand is lightweight and ergonomic, with a professional length cord with 360° swivel for flexible styling. For added safety and peace of mind, the wand features an automatic sleep mode, shutting off after 60 minutes of non-use. The built-in safety stand protects surfaces when set down during styling. While the protective cool tip and included styling glove allow you to safely control your style. Define and contour with the ghd curve® thin wand for captivating curls that don't compromise the health of your hair. For a superior finish and up to 48-hour curl hold³, use in combination with the ghd curly ever after - curl hold spray. ¹once the hair is wrapped around barrel ²Extreme heat damage is a fractional wet tensile strength reduction per cycle above 0.005, measured over at least 100 cycles on brown Caucasian hair (a “Strength Reduction”) ³technical test measuring curl retention in a humidity chamber at 50% relative humidity ⁴compared to the ghd curve® soft curl tong, classic curl tong & classic wave wand ⁵compared to curler at 210°C with equivalent or higher contact time