Essie Couture Fashion Freedom Nail Polish - No. 545, Tassel Free, Long Lasting Nail Polish in Grey, 13.5 ml

Product Description Tassel Free is a long-lasting nail polish from the gel couture fashion freedom collection. The light grey nail polish colour with red undertones celebrates the free, creative style of boho chic and skillfully complements the colourful patterned look. With the gel couture nail polish from essie manicure without UV light can be easily done from home - and in salon gel quality. The gel look nails last up to 12 days and are still easy to remove just like a normal nail polish. All colours from the collection have a vegan formula without ingredients of animal origin and without animal testing. Ingredients Butyl acetate, ethyl acetate, nitrocellulose, tosylamide/epoxy resin, isopropyl alcohol, acetyl tributyl citrate, dipropylene glycol dibenzoate, sucrose acetate, isobutyl. RATE • STEARALKONIUM HECTORITE • ACRYLATE COPOLYMER • OCTOCRYLENE • PROPYL ACETATE • TRIBUTYL CITRATE • ALCOHOL DENAT. • ADIPIC ACID/NEOPENTYL GLYCOL/TRIMELLITIC ANHYDRIDE COPOLYMER • HYDROGENATED ACETOPHENONE/OXYMETHYLENE COPOLYMER • DIMETHICONE • SYNTHETIC FLUORPHLOGOPITE • CALCIUM SODICATUM BOROSILILIC E • CALCIUM ALUMINUM BOROSILICATE • BARIUM SULFATE • SILICA • Citric Acid • Oxidised POLYETHYLENE • BENZOPHENONE-1 • COLOPHONIUM / ROSINE • TIN OXIDE • ALUMINA • MAGNESIUM SILICATE • ALUMINUM Hydroxides • CI 77002 / Aluminium Hydroxide • Acetones ● [+/- May Contain: CI 77891 / Titanium Dioxides • Mica • CI 77491, CI 77499 / Iron Oxides • CI 77000 / Aluminium MINUM POWDER • CI 15850 / RED 7 LAKE • CI 15880 / RED 34 LAKE • CI 19140 / YELLOW 5 LAKE • CI 15850 / RED 6 LAKE • CI 77510 / FERRIC AMMONIUM FERROCYANIDE • CI 77400 / BRONZE Powder • CI 77820 / Silver • CI 77266 [Nano] / Black 2 • CI 77163 / Bismuth Oxychloride • CI 77510 / Ferric Ferrocyanide • CI 77288 / Chrome Oxide Greens • CI CI 4209 0 / BLUE 1 LAKE]. Directions 1. Apply 2 coats of gel couture polish. 2. Allow to dry. 3. Apply 1 layer of Essie Gel Top Coat for a gel effect.