Cat Eye Red Molly Nails HEMA/Di-HEMA Free, Nr 232 - 8g

Immerse yourself in elegance and mysterious glow! The Molly Nails Cat Eye Red Collection features 9 captivating shades of red — from deep wine and ruby to intense burgundy.

Thanks to magnetic particles, each gel polish creates a multi-dimensional, hypnotic cat-eye effect with a magnet. Just a few seconds are enough to give your manicure depth and a unique character.

This collection is designed for women who love classic beauty with a modern, sensual touch.

Molly Nails Cat Eye Red gel polishes:
• contain metallic Cat Eye pigment, which changes the look of the manicure with a magnet;
• feature a laser-cut, flexible brush for precise and effortless application;
• have a creamy, easy-to-apply consistency;
• cure quickly — in just 30 to 60 seconds;
• are durable up to 4 weeks, confirmed by satisfied customers;
• are easy to remove using soak-off liquids or an e-file;
• offer high quality at a fair price — try and see for yourself!

How to use the magnet:
• The rectangular end attracts magnetic particles, while the round end repels them.
• Position the magnet from any side of the nail to create unique patterns.

Popular techniques:
– above the nail, a few millimetres away;
– from the side, close to the surface, watching the movement of metallic dust;
– beneath the fingertip at an angle to form the desired design.

How to use:

1. Prepare the nail plate by pushing back cuticles and gently buffing the surface.

2. Degrease the nails (we recommend Nail Prep or IZOTON®), apply the base coat and cure as directed.

3. Apply a layer of Red Cat Eye, use the magnet, and cure under a lamp. (Shake or mix the product before use.)

4. Finish with a top coat, cure, and apply cuticle oil.
   Curing time: LED lamp 48W – 30 sec.

Ingredients:
Polyurethane-80, Hydroxypropyl Methacrylate, Hydrated Silica, Dimethicone, Synthetic Fluorphlogopite, Iron Powder, [+/-] CI 77891, CI 77492, CI 77491, CI 60725, CI 77499, CI 77288, CI 77510.
The manufacturer may change the product composition, and ingredient information may be inaccurate.