Zero Degradation
Salt water is corrosive. Sand is abrasive. Chlorine is harsh. Gel polish is inert to all of them. It doesn't fade, scratch, or dull for 21 days.

Zero chipping, zero fading, zero drying time. Whether you're hitting the beach or the boardroom, this is 21 days of absolute perfection. Cured under LED light for an armor-like finish that withstands real life. Walk out instantly dry.

Physics over evaporation. While regular polish dries by slowly evaporating solvents (weak), gel polish cures via photo-initiated polymerization (strong). The result is a cross-linked structure that is chemically tougher than the natural nail.
Salt water is corrosive. Sand is abrasive. Chlorine is harsh. Gel polish is inert to all of them. It doesn't fade, scratch, or dull for 21 days.
From liquid to solid in 60 seconds. No 'tacky' phase. You put on socks immediately. You drive. You run. Zero downtime.
The bond to the keratin plate is mechanical. It doesn't lift at the free edge because it moves with the nail's flexibility rather than fighting against it.
The polymer chains align to create a perfectly smooth surface. It reflects light flawlessly on day 21, exactly as it did on day 1.
This is for the high demands. The travellers, the professionals, the ones who don't have time for paint chips. I'm Nataliia, and I view gel polish as engineering for your feet. I execute a full precision pedicure first—cuticle precision, callus elimination, surface prep. Then I apply the polymer system: Base, Colour, Top. Each layer is cured under LED light, creating a cross-linked bond that physically fuses to the nail plate. The result? You leave my chair with armour. Socks, shoes, sand, sea—nothing touches it. For 3 to 4 weeks, your feet are simply off your to-do list.
— NataliiaHundreds of shades. From seasonal trends to timeless classics. If you want it, I probably have it in stock.
Removal is where the skill shows. No scraping, no damage. I use precision soaking and gentle lifting to keep the natural nail plate intact.
I assess nail health at every session. If the plate is compromised, we take a break. Long-term health always wins over short-term aesthetics.

A calibrated workflow combining clinical foot care with polymer science. Zero shortcuts.
Warm soak with softening agents. Purpose: soften the cuticle structure and callus tissue for safe removal.
8 min
Square-soft shape to prevent ingrowns. Length reduction. I verify the free edge geometry before proceeding.
8 min
Dead tissue removal. I create a clean, distinct proximal fold. Essential for preventing premature lifting.
8 min
Mechanical removal of callus (hard skin) on heels and pads. Restoring natural skin elasticity.
10 min
Buffing and lipid removal. Acetone-based cleanser eliminates all moisture and oils. Primer application to chemically bond the base.
5 min
Application of the foundation layer. LED polymerization (60s). Creates the adhesion anchor for the colour.
3 min
Two thin, precise coats of gel colour. Cured individually to ensure full polymerization depth. No shrinking, no wrinkling.
8 min
High-gloss top coat seals the colour. Final cure. Dispersion layer removal (if applicable). Application of cuticle oil to rehydrate.
5 min
Optimise your slot. A few logistical details ensure we stay on schedule and maximise results.
For events/holidays: 2-3 days prior is optimal. Too early = regrowth gap. Same day = high stress. Aim for the sweet spot.
If you have product on, I need to know. Removal is a specific 20min chemical process. Undeclared removal creates scheduling delays.
If your nails are compromised (extremely thin, painful), I might need to skip gel. I assess this on site, but be prepared for a health-first decision.
Gel requires professional removal. Don't book the application without a plan for removal in 3-4 weeks. The cycle is continuous.
The product is tough, but correct aftercare ensures the 3-week guarantee holds.
Clear facts on durability, safety, and maintenance.
Just message me on WhatsApp – I'm happy to answer your questions.
A 3-stage archival bonding process:
1. Primer/Base: Covalent bonding to the keratin plate.
2. Pigment Layer: Flexible color suspension.
3. Top Coat: Hardened UV-protective shield.
Why upgrade?
It's an efficiency tool. One hour in the chair buys you 500 hours of zero-maintenance perfection.
Because there are no solvents to evaporate, the volume doesn't shrink. The 'wet' look is permanent because the surface is molecularly set in that state.
Da Gel nicht an der Luft trocknet, habe ich Zeit für das Design. Die 'Smile Line' beim French kann ich perfektionieren, bevor sie gehärtet wird.
Für dieses Design bitte French-Pediküre wählen.
Modern LED units emit narrow-spectrum light (405nm) for highly efficient curing. Total exposure time per session is under 5 minutes. This is well within safe dermatological limits.
Empfohlen für:
Gel-Lack schädigt den Nagel nicht. Falsches Entfernen schädigt ihn. Wenn man es professionell löst, bleibt der Nagel darunter gesund.
Classic polish relies on solvent evaporation—a slow, unstable process. Gel polish utilizes UV/LED Polymerization. Photoinitiators in the formula react to specific light wavelengths, triggering an instant phase change from liquid to solid cross-linked polymer.
Ich arbeite in festen Schritten:
Gel doesn't damage nails. Forced removal damages nails. I use a solvent-wrap technique to break the polymer bonds chemically, allowing the product to slide off without damaging the dorsal nail layers.
Ich entferne das Material vorsichtig. Ich fräse niemals in den Naturnagel. Oft lasse ich eine hauchdünne Schicht der Basis als Schutz drauf, oder poliere es sanft glatt.
Der Unterschied zu klassischem Lack ist das Härten. Klassischer Lack muss trocknen (und schrumpft dabei etwas). Gel-Lack wird unter Licht sofort fest.
Das Ergebnis: Eine sofort belastbare, feste Schicht. Keine Wartezeit, kein Absplittern.
Ich nutze moderne LED-Lampen. Das Licht ist genau auf das Gel abgestimmt. Das bedeutet: Alles wird in 30-60 Sekunden fest, ohne dass es unangenehm heiß wird.
Correct application requires understanding nail plate physiology. Over-filing the nail plate to 'create adhesion' is a technique failure. I use chemical adhesion, not mechanical destruction.