Let your hair shine! NUXE launches Hair Care for the first time

Let your hair shine – nothing is easier than that! For a real beauty boost to make hair shine powerfully and well-groomed, NUXE is now finally offering a new hair care innovation in addition to Face and Body Care. The products in the Hair Prodigieux® 4-step routine are designed for all hair types and ensure irresistible shine. Enriched with the fermented and precious oil of camellia japonica seeds, the care series has repairing and nourishing properties. Inspired by the icon Huile Prodigieuse®, the new hair care line also impresses with valuable plant oils and a sensual scent.

NUXE’s new hair care routine begins with the pre-shampoo mask, which is enriched with fermented pink camellia oil, castor and jojoba oil. It provides an exceptionally nourishing protective film and is applied to dry hair before shampooing. This means the oil is better absorbed and has an intensive repairing effect. Leave on for 10-30 minutes and rinse gently.

The heart of the Hair Prodigieux® care ritual is the plant-based and sulfate-free shine shampoo, which gently cleanses the hair and removes impurities. The milky texture transforms into a sensual foam and leaves the hair feeling silky-soft. The fermented pink camellia oil provides an extra dose of shine.

The silicone-free shine conditioner repairs damaged hair with panthenol (provitamin B5) and fermented camellia oil. Apply a small amount to damp, towel-dried hair and work into the lengths and ends. Rinse thoroughly after about a minute. The conditioner detangles and strengthens the hair and creates an irresistible shine.

The intensively nourishing leave-in cream provides the hair with extra moisture with fermented camellia oil and quinoa extract and completes the Hair Prodigieux® routine. After washing your hair, apply a small drop to the lengths of your hair – give tips. The Leave-In Cream not only ensures supple hair, but also protects it when styling with hot devices up to 220°C thanks to its integrated heat protection effect.