Charlotte Tilbury expands the Unreal range with the new Unreal Highlighter Fresh, Healthy Glow Stick, a portable complexion product that gives skin a fresh, dewy and glazed finish. The launch also introduces Mini Unreal Blush Healthy Glow Sticks in four shades, bringing the existing cream blush formula into a compact format.
HIGHLIGHTERS
The Unreal Highlighter contains 92 percent skincare ingredients and uses Glow-Light Mapping Mesh Tech alongside hyaluronic acid and vitamins C and E. Charlotte Tilbury developed the formula to lift, plump and revive the appearance of skin while adding hydration and a soft focus glow. The stick also aims to smooth and blur the complexion through a light texture that sits close to the skin.
The formula delivers a weightless, second skin finish and offers a quick way to add light to the face. Users can apply it directly to bare skin on days without foundation or sweep it over foundation and blush for a brighter effect.
Charlotte Tilbury introduces the highlighter in Glazed Goddess, a sheer champagne shade that suits a wide range of complexions. The translucent tone keeps the finish light and reflective, allowing the formula to add glow without creating an opaque layer of color.
The product focuses on the connection between makeup and skincare. Hyaluronic acid supports the formula’s hydrating properties, while vitamins C and E form part of its skincare formula. Glow-Light Mapping Mesh Tech helps create the reflective effect across the skin.
Alongside the highlighter, Charlotte Tilbury introduces Mini Unreal Blush Healthy Glow Sticks. These smaller versions use the same cream blush formula as the full size product and come in a travel friendly format. The collection includes four shades: Rosy Glow, Peachy Glow, Pinky Glow and Cherry Glow.
The Unreal Highlighter Fresh, Healthy Glow Stick launches through the Charlotte Tilbury app on June 16. The brand will release it through its website on June 18. The Mini Unreal Blush Healthy Glow Sticks accompany the launch in the four announced shades.
