ENAMEL - 20ml

Create understated nails for your clients with Enamel, a luminous champagne pearl gel colour. Designed with a soft white undertone, this ultra-wearable pearl gel nail polish is your new go-to. Promising a superior pigment with two-stroke coverage, you can rely on fast application and flawless results. This year, we're giving spring gel nails a much-needed refresh with eight new muted, creamy shades. Find a shade for every client and shop the full Mani Mansion Collection and save over £15. Complete your versatile nail designs with top coats from The GelBottle, whether it‚Äôs with the reflective Extreme Shine Top Coat, the velvet finish of Matte Top Coat, Mist Top Coat's diffused finish, or the delicate sheen of Satin Top Coat. *Nail designs in the images are finished with Extreme Shine Top Coat To get the best results, make sure you pair this product with our Tops & Bases . It’s the secret to long-lasting wear and flawless finish! Number of sets: 20ml approx. 75 sets / 7ml approx. 25 sets Removal method: Soak off Sizes: 20ml / 7ml Top Features: Non-shrink & self-levelling formula for a flawless application. Non-bleed formula ideal for nail art. Ultra long-lasting chip-free gel paint with 30+ days of wear. LED and UV curable. 100% gel system. Premium pigments for easy coverage. Reduce appointment time with fast soak off removal. This product is TPO-free. Ingredients: INGREDIENTS: DIPENTAERYTHRITYL HEXAACRYLATE, HYDROXYPROPYL METHACRYLATE, HYDROXYCYCLOHEXYLPHENYL KETONE, POLYETHYLENE TEREPHTHALATE, HEMA, PHENYLBIS(2,4,6-TRIMETHYLBENZOYL)PHOSPHINE OXIDE, POLYURETHANE- 17, ALUMINUM (CI 77000) [+/- MANGANESE VIOLET (CI 77742), YELLOW 6 (CI 15985), IRON OXIDE RED (CI 77491), BLACK 2 (CI 77266), TITANIUM DIOXIDE (CI 77891), IRON OXIDE YELLOW (CI 77489), IRON OXIDE YELLOW (CI 77492), RED 30 (CI 73360), RED 7 (CI 15850) IRON OXIDE (CI 77499)] Every effort is made to ensure that all our product imagery is as accurate as possible. Due to colour/resolution settings on electronic devices, the colour representation may differ slightly from the physical product.