Rose Porcelaine UV Gel Strips

Name: Rose Porcelaine UV Gel Strips
Brand: Missmani
SKU: N106
Price: 16.0 USD
Availability: InStock

$16.00

Description Description

Discover our timeless old rose shade, a flawless choice for your manicure. This soft lavender hue with beige undertones offers a touch of sophistication, full coverage, and a radiant shine—completely shimmer-free. Perfectly suited for all skin tones, this versatile color transitions effortlessly from casual days to elegant evenings, complementing any outfit with ease.

Enjoy flawless nails that last up to 3 weeks with proper care—no nail polish required! Perfect for vacations, our easy no-soak removal process ensures convenience and ease. Our product is vegan, cruelty-free, and a less toxic alternative to traditional acrylic or gel nail polish. For added durability and shine, simply apply any clear UV top coat. Beauty and simplicity, all in one!

PACKAGE INCLUDES PACKAGE INCLUDES

20 UV Gel Nail Strips
Nail file
2x Prep pads
Wooden applicator

Ingredients Ingredients

Polyacrylic Acid: This synthetic binder ensures the color pigments in our UV gel strips stick together.

Acrylates Copolymer: A water-soluble plastic that binds color pigments in our nail polish strips.

Glycerine Propoxylate Triacrylate: This ingredient forms a protective layer over your UV gel strips, ensuring a longer-lasting manicure.

Isopropylthioxanthone: Makes sure the UV gel strips harden under UV light, creating a stable and resistant surface.

INGREDIENTS: Polyacrylic Acid(9003-01-4)(10-20), Acrylates copolymer (25212-88-8)(60-70), Glycerine propoxylate triacrylate(52408-84-1)(10-15), Isopropylthioxanthone(5495-84-1)(3-5).

May contain: D&C Red NO.6 Barium Lake (5858-81-1), D&C Red NO.7 Calcium Lake (5281-04-9), FD&C Yellow NO.5 Aluminum Lake (1934-21-0), D&C Yellow NO. 10 (68814-04-0), FD&C Blue NO.9 Aluminum Lake (68921-42-6), Black Iron Oxide (1317-61-9), Titanium Dioxide (13463-67-7), Aluminum Powder (7429-90-5 ), Bismuth Oxychloride (7787-59-9), Mica (12001-26-2 ), Fragrance Compound.