Apply two thin coats of nail polish to the nails, after a protective base coat. Finish the manicure with a fixator.

For a lasting result and healthy nails, incorporate Mavala's Mava-Strong Protective Base Coat and Gel Finish Top Coat.

Plant source:

Ethyl Acetate/Butyl Acetate - Instead of solvents usually of petrochemical origin, these have been replaced by biosourced solvents, meaning from renewable farming resources (sugar cane, rice, beetroot). They are useful to give the desired fluidity to nail polish (in the bottle) and act on the drying time, evaporating once the nail polish is applied to the nails.

Nitrocellulose - Essential resin for nail polishes, it is obtained from wood pulp. It forms a hard protective film when drying and increases the lasting of nail polish. Nitrocellulose is mainly responsible for the permeability of MAVALA nail polishes to air and water vapour, thus allowing the nail to breathe. MAVALA has been using nitrocellulose in all its nail polishes since 1962.

Triethyl Citrate - This plasticizer brings texture, shine and flexibility to nail polish. Its origin is purely botanical: it is produced from corn and beetroot.

Mineral source:

Stearalkonium bentonite - This substance of mineral origin (crushed clay) guarantees a good spreading of nail polish and a nice homogeneity.

Other polymers essential to nail polish application remain of synthetic origin, for lack of being bio-available.

NOTE: The INCI names on the ingredients list remain
the same, whether they are of natural origin or not.