By Terry Tea to Tan Face and Body Matte Finish Travel Size 30ml

GET THE PERFECT TAN!Hydrating and bronzing skincare mist. Natural matte finish. 24h of hydration. 97% naturally-derived ingredients, clean and vegan formula. Long-lasting. Suitable for all skin types.Innovation: This transfer-proof formula tints the skin without tanning agents and is easy to remove with cleanser!An iconic BY TERRY product, the Tea to Tan Face & Body spray is a unique fusion of skincare and bronzing perfection to hydrate and protect the skin with a natural sun-kissed glow. Like a tea infusion, its water-based formula gives the skin a long-lasting tint, without coverage.The lightweight, fresh texture quickly dries on skin for easy, even application without coverage nor transfer. Enhancing the sensory journey, a captivating fragrance accompanies each use, beckoning you on a delightful voyage.UNIQUE TECHNOLOGYCarefully crafted with 97% naturally derived ingredients, this clean & vegan formula is formulated with:Bio Active Cherry Essence: bursting with vitamins and nutrients, it revitalizes tired skin and restores its natural glow.Black Tea Complex: antioxidant-rich properties to protect the skin from environmental stressors and promote a youthful complexion.Red Tea Complex: smoothing and rejuvenating qualities to leave the skin feeling refreshed and revitalized.100% Recyclable Plastic Bottle.RESULTSAchieve a natural matte finish that enhances your skin’s natural beauty while providing a subtle sun-kissed glow. The Hydra-Bronze Skincare Mist seamlessly merges with your skin, imparting a revitalizing sensation of freshness.HYDRATION*24H of hydrationBoosts hydration level by +24% from 1st applicationTEXTURE**100% agree the texture is not sticky95% agree the texture dries quicklyRESULTS**95% agree the skin is visibly tan90% agree the make-up result is no coverage90% agree the skin is visibly brighter & more radiant85% agree the healthy glow effect is instantaneous85% agree the skin looks hydrated*Clinical Test on 12 volunteers.**Satisfaction test performed on 20 volunteers.