Mirror top coat – Shine like never before!
As seen in: Diva, Extravagant, Jolie.hr, Women in Adria, Gloria & Miss7
The exclusive Mirror top coat provides a high gloss and protection for chrome effects, ensuring a long-lasting, extra-shiny finish to your manicure. This top coat creates a mirror effect, turning your manicure into a true masterpiece. 😍
Specifically designed for chrome and mirror effects, it protects them while giving a unique, radiant finish. It can also be used as an ultra-glossy top coat for any manicure that needs a final touch of protection and spectacular shine. ✨
💅Application:
- Apply an even layer of Mirror top coat to the prepared nail. Cure for 30-60 seconds, depending on your lamp’s power. (Be sure to remind your clients to keep their hands and nails straight to ensure the top coat cures evenly from all sides.)
- Directly apply the chrome powder with the applicator or a glove, and rub it in until it becomes fully “glass-like.” Carefully clean off any excess powder to avoid transferring it to the skin and creating a glittery look. Use a soft brush to remove any leftover powder, paying special attention to the cuticle area.
- Apply one more layer of Mirror top coat to protect the chrome effect. There’s no need to press the brush hard – just gently swipe it over the nail, making sure to seal the edges.
- Cure for 2 minutes in a UV/LED combi lamp with a minimum of 48 W power.
Tip: Be sure to use UV/LED combined lamps with 48 W power and cure for the full 2 minutes to achieve a long-lasting, brilliant shine. No need for wipe-off after curing.
Once cured, allow the top coat to “cool” before touching the nail surface or applying oils or creams directly to it.
Our top coat is perfect for gel and acrygel techniques and can also be used on gel polish. It provides an exceptionally brilliant “wet look” effect. For long-lasting, high shine, curing in UV/LED combined lamps for 120 seconds is essential. After curing, there is no sticky layer. Unlike “rubber” top coats like NTC, this one is a bit firmer and more resistant to mechanical damage.
