Molly Nails Gellack Flashing Lights Everlasting UV/LED
Gel-Effect Nail PolishSupplied by
Free shipping starting at 50.–
Molly Nails Gellack Flashing Lights Everlasting - Radiant and Sparkling Coral Red
Molly Nails Everlasting impresses with a vibrant coral shade enhanced by subtle glitter elements. In different lighting, it reveals a charming shimmer – perfect for anyone who loves a striking, luxurious gel polish. Whether for festive occasions, special events, or an elegant everyday look with extra glamour – Everlasting adds style and class to your nails.
The creamy, highly pigmented formula guarantees a flawless result with just one thin layer. HEMA/Di-HEMA-free – particularly gentle on the nail plate and ideal for sensitive or allergy-prone nails.
✔ Coral red with glitter effect
✔ HEMA/Di-HEMA free – gentle on the nail plate
✔ Ideal for special occasions
✔ Made in EU
Warnings:
Keep out of reach of children. May cause allergic reactions. Avoid skin contact. Avoid contact with eyes. Please read the instructions carefully.
Instructions:
Step 1 – Preparation
File the natural nail into the desired shape and lightly buff with a buffer. Clean the nail with a cleaner. To achieve better adhesion, apply a thin layer of primer and let it air dry briefly.
Step 2 – Prepare with Base Coat
Apply a thin layer of base coat and then dry under a UV/LED lamp for 30-60 seconds.
Step 3 – Apply Color
Apply a thin layer of the desired gel polish color and dry under the LED lamp for 30-60 seconds. Repeat as needed.
Step 4 – Seal with Top Coat
Apply a thin layer of top coat or matte top coat, and dry under the UV/LED lamp for 30-60 seconds. Then, remove the sticky layer (if necessary) with a cleaner.
Colour | Red |
Nail polish type | Gel-Effect Nail Polish |
Item number | 60311739 |
Manufacturer | Molly Nails |
Category | Nail varnish |
Release date | 18.7.2025 |
Colour | Red |
Nail polish type | Gel-Effect Nail Polish |
Product line | Molly Nails |
Country of origin | Poland |
CO₂-Emission | |
Climate contribution |
Items per sales unit | 1 x |