Cat Eye Gel Nail Polish - Stunning Red Shade 10ml
- Transform your nails into a stunning work of art with the BLUESKY Cat Eye Gel Nail Polish in a captivating red shade, KA864.
- This mesmerizing cat eye coat is designed to be applied over a black BLUESKY gel polish, creating an eye-catching contrast that will leave everyone in awe.
- With the help of the included magnet, you can easily create a dazzling magnetized effect that will make your nails shine like never before.
- Enjoy the peace of mind knowing that this gel polish is safe and easy to remove, allowing for hassle-free nail care.
- For best results, simply cure under a UV or LED nail lamp to achieve that salon-quality finish!
Product Description
Achieve the perfect cat eye manicure with our step-by-step guide: 1. Begin by prepping your nails with care. 2. Apply a thin layer of BLUESKY Base coat to all five nails, ensuring to cap the ends while avoiding contact with the skin and cuticle. Cure for 60 seconds under your BLUESKY nail lamp. 3. Apply one coat of a dark color (we recommend 80518 - Blackpool) and cure for an additional 60 seconds. 4. Follow up with a second coat of your chosen gel polish and cure for another 60 seconds. 5. Now it's time for the magic! Apply your selected cat eye coat to your nails. 6. Use your BLUESKY magnet and hover over the cat eye coat to create that stunning magnetized effect. Cure for 60 seconds to set the look. 7. Finish with a BLUESKY Top coat and cure for one last 60 seconds. 8. For a high-shine finish, wipe all nails with a BLUESKY cleanser wipe. Repeat the process for your other hand and enjoy your fabulous nails!
Ingredients
Carefully formulated with Bis-hema polycaprolactone diol/ipdi copolymer, Hydroxypropyl Methacrylate, BIS-TRIMETHYLBENZOYL PHENYLPHOSPHINE OXIDE, Cellulose acetate butyrate, Ethyl Trimethylbenzoyl Phenylphosohinate, Silica, BHT, and Pigments for a long-lasting and vibrant finish.
Safety Warning
For external use only. Avoid contact with eyes. Keep away from naked flame or direct heat sources to ensure safety during application.