Miriam Quevedo
Glacial White Caviar Hydra-Pure Precious Elixir
The ultimate hair shine treatment! This ultra-repairing elixir leaves hair with a cashmere-soft finish, incredible silkiness and a radiant shine. The luxurious formula is comprised of highly repairing and protecting precious ingredients including White Caviar Extract, Organic Baobab Oil and Camellia Oil. It also includes a blend of Precious Gemstones that reflect light to give hair a brilliant shine. Defends against free radicals and damage from heat styling tools. Hair is left more elastic, flexible, stronger, incredibly silky and full of shine. For all hair types, especially those with dry, damaged or fine hair lacking volume. Safe for color and keratin treated hair. // 50 ml
Scent: A sparkling citrus floral. Citrus accords shimmer over a heart of blackcurrant, lily of the valley, jasmine and violet.
Always shake the hair shine treatment before use. To transform dry hair
into supple, silky locks apply one pipette to the palm of your hand and
rub your hands together, then apply to clean, towel-dried hair from
mid-length to ends. Style as desired.
White Caviar Extract: One of nature’s best kept
cosmetic secrets due to its richness in amino acids, proteins, essential
fatty acids, trace elements and peptides. Creates a unique anti-aging
lipo-protein complex, with powerful repairing, regenerative and
protective properties.
Organic Baobab Oil: High antioxidant activity. Contains strong regenerating, soothing, conditioning, repairing and anti-inflammatory properties.
Camellia Oil: Rich
in vitamins A, B, E, D and trace elements. High antioxidant activity
helps to restore elasticity and smoothness to the hair.
Precious Gemstones: Reflect their own light to provide brilliance and radiance. Restore the natural balance of the scalp.
Vitamin E: Antioxidant, anti-free radicals, with nourishing and revitalizing properties.
UVA & UVB Solar Filters: Protects
against external aggressions that can accelerate aging. Protects
against color fading, discoloration and dryness resulting from sun
exposure.