NAILSOFTHEDAY Gel Polish Potato Nr.044, 10 ml

NAILSOFTHEDAY Borsch is a gel polish collection inspired by Ukrainian traditions, agricultural heritage and cultural identity, reimagined through modern nail aesthetics. This collection is a colourful tribute to Ukrainian roots, family traditions and cultural values passed down through generations.

Each shade was developed through the collaborative work of the NAILSOFTHEDAY team, stylists and colour specialists. The inspiration comes from familiar ingredients, aromas and colours associated with traditional Ukrainian borsch, the richness of the land and warm family memories.

NAILSOFTHEDAY Borsch Collection — 7 Shades:

• Beetroot [Buriak] 376 — a deep beetroot-purple shade inspired by one of the most recognisable ingredients in Ukrainian borsch.
• Tomato [Tomat] 130 — a rich tomato red inspired by ripe tomatoes, summer sunshine and abundant harvests.
• Potato [Kartoplia] 044 — a natural earthy brown inspired by unpeeled potatoes freshly harvested from the garden.
• Carrot [Morkva] 219 — a juicy carrot orange full of warmth and sunny energy.
• Cabbage [Kapusta] 240 — a fresh light green shade inspired by young cabbage leaves, symbolising youth and renewal.
• Rib [Rebra] 063 — a delicate pink nude shade representing the nourishing foundation that brings all the flavours together.
• Cream [Smetana] 007 — a soft creamy milky shade that adds lightness, softness and elegance to the palette.

Features of NAILSOFTHEDAY Gel Polish:

• next-generation nano formula;
• high pigmentation and rich colour payoff;
• dense coverage, with most shades covering the nail in one coat;
• comfortable consistency for smooth, even application;
• high pigment density with reliable curing when used as directed;
• professional colour palette for modern nail designs.

Application:

Apply the gel polish to the prepared nail plate over a base coat. Cure in an LED lamp for 60 seconds.

Important: complete polymerisation requires uninterrupted curing for the entire recommended time. These gel polishes are not suitable for conveyor-style application techniques that involve interrupting the curing process.