Rubber base Vintage NaiLac 7ml
(€1.29 / 1ml)
Do you love timeless nail styles that look phenomenal no matter the occasion? Discover Rubber Base Vintage. The beige base sparkles with flecks - secure it with a top and bet on strong, beautiful nails with a shiny wow effect.
Beige-Champagne Rubber Base Vintage is a 2-in-1 rubber base perfect for creating a long-lasting, chic and to-the-point look. A delicate shade enriched with sparkly flecks replaces the color - just make sure you protect the base with a top coat without having to coat your nails with polish.
NaiLac rubber base has a medium-dense consistency that facilitates precise application without flooded cuticles. It will also work well for overbuilding naturally flat nails. Once cured, the base works very well with a brittle plate, so you'll also do damage-resistant styling with it.
Rubber Base Vintage in ruddy tones will be perfect for everyday manicures. At the same time the elegant silver particles, which unleash their charm in the glare of flashes, make this base also easy to incorporate into party styling.
- Purpose
Colorful rubber base with glitters- Density
- Medium thick
- Effect
- Brocaded
- Application
- 1-2 thin layers
- Curing time
- Dual NaiLac LED: 30 seconds, UV: 60 seconds
- Removal
- After tarnishing, it is dissolved in #NailOFF liquid
- Podmiot odpowiedzialny
- NAILAC s.c. Sylwia i Urszula Pfajfer ul. Senatorska 50/58-62, 93-192 Łódź tel: +48 575 50 70 85 email: [email protected]
- Ingredients_NaiLac
- Trimethylolpropane Trimethacrylate, Acrylates Copolymer, HEMA, Cellulose Acetate Butyrate, Trimethylbenzoyl Diphenylphosphine Oxide, p-Hydroxyanisole, Hydroquinone +/- CI 77891, CI 77499, CI 77510, CI 60725, CI 77491, CI 77288
- NaiLac Środki ostrożności
- For professional use only. Avoid contact with skin. Avoid contact with eyes. Read the directions for use carefully. May cause an allergic reaction. If an allergic reaction occurs, discontinue use. Keep out of reach of children. Store at room temperature in a tightly closed container. Protect from heat and direct sunlight.