FIBER GEL LUXNAILS PASTEL PINK 50g
Description: Builder gel with medium viscosity. Pinchable, self-leveling, holds arch well, and does not flow off a nail plate. Perfectly blends with the nail plate of a natural nail. Special formula with fiberglass provides extra strength and the high elasticity ensures abrasion resistance and protects against chipping.
Shade: Pastel Pink
Curing duration: 90s under a LED lamp, 2min under a UV lamp.
Description: The combined system of gel and acrylic with very high viscosity - does not flow off a nail plate, holds the arch well, easy to file. Very hard after curing. Suitable for nail extensions and also strengthening the natural nail plate, repairing broken nails, and correcting chipped corners.
Shade: Milky Pink
Curing duration: from 1 to 2 minutes under a UV/LED lamp depending on the thickness of the gel and type of lamp.
Description: The combined system of gel and acrylic with very high viscosity - does not flow off a nail plate, holds the arch well, easy to file. Very hard after curing. Suitable for nail extensions and also strengthening the natural nail plate, repairing broken nails, and correcting chipped corners.
Shade: Natural Rose
Curing duration: from 1 to 2 minutes under a UV/LED lamp depending on the thickness of the gel and type of lamp.
Description: Colourless, very glossy and resistant gel for the top coat. Has a self-leveling medium consistency, without a tacky layer. This is the last step in the gel system. Suitable for gel polish system
Benefits
- Made in EU
- Safe 7-free formula
Description: Builder gel with medium viscosity. Pinchable, self-leveling, holds arch well, and does not flow off a nail plate. Perfectly blends with the nail plate of a natural nail. Special formula with fiberglass provides extra strength and the high elasticity ensures abrasion resistance and protects against chipping.
Shade: Clear
Curing duration: 90s under a LED lamp, 2min under a UV lamp.
Extra fine, transparent acrylic powder.
Suitable for strengthening and repairing the natural nail plate, modeling and gradient design.