Vita Liberata Trystal Minerals Self Tan Bronzing Minerals - Bronze (9g)

The innovative new phase in the bronzing and contouring craze, Vita Liberata’s revolutionary Trystal Minerals is ingenious! It’s a faux glow-fanatic’s dream product – a brush on bronzing powder that grants instant warmth, whilst simultaneously ‘tanning’ skin to create a long-lasting, sunkissed lustre, long after you’ve taken your make up off. Infused with the signature tanning ingredient DHA, just swirl and tap it over your face – focusing on cheeks, forehead and anywhere else you would naturally catch the sun – or dust around the hairline, temples, jawline and hollows of your cheeks for a subtle, sculpted finish. You can dust over clean, moisturised skin or on top of foundation for a more ‘soft focus’ effect – and the powder is beautifully buildable, so it’s easy to up the intensity.

A game-changing self-tanning must-have, the two shades of Vita Liberata’s Trystal Minerals – Sunkissed and Bronze - contain light-reflective, bronzing particles to create immediate luminosity, while the inclusion of DHA develops a beautifully believable, long-lasting tan over four to eight hours – so you get the best of both worlds. Oil-free, fuss-free, mess-free and multi-tasking, this makes it easy to control your glow – just dust it wherever you’d naturally tan, with no risk of stained fingers or tell-tale tidelines. An essential for any discerning tanner, this makes a brilliant addition to any make up bag, and is especially good for faux glow-phobics, who’re frightening of looking too ‘tangoed’ – this is totally foolproof and perfectly olive-toned, to lend even ghostly complexions a lovely, post-holiday radiance. Glow forth!

CI 77019 (MICA), CI 77891 (Titanium Dioxide), Dihydroxyacetone, +/- CI 77491 (Iron Oxides), CI 77492 (Iron Oxides), CI 77499 (Iron Oxides), CI 77489 (Iron Oxides) Luxury Kabuki Brush included.

For the latest information, it is recommended to review the ingredient list printed on the packaging of the product prior to usage or consumption.