Phyto 7 Elixir Leave-In Cream Treatment & Hair Smoothing for Dry HairThe day cream intensively nourishes without weighing down the hair, smooths and reduces frizz, and instantly transforms the hair into soft and silky. Lightweight nourishment for all types of dry hair.
Its smooth texture, with its wonderful aroma, intensively nourishes the hair fiber without weighing it down and primes the hair for 48 hours of frizz protection. A multi-use formula for the ends and along the length of the hair, enriched with 7 active, herbal extracts: white mallow, calendula, rosemary, sage, chickweed, soy and mulberry. Ideal before blow-drying for protection against dryness or as a final treatment without rinsing.
With a composition of 99% natural ingredients and without silicone, its non-greasy, smooth creamy texture nourishes dry hair with absolute lightweight nourishment.
Clinically proven effectiveness*
48-hour frizz protection
- +43% nourishment after 48 hours
- +79% shine after 48 hours
- +42% softness after 48 hours
Results confirmed by test participants**
Hair is shinier: 92%.
Hair is hydrated: 88%.
The cream strengthens hair length: 88%.
Clinical study under dermatological control, 27 women
*1 application – clinical rating **21 days – % satisfaction
7 ACTIVE HERBAL INGREDIENTSSHINE: WHITE MALLOW HERBAL EXTRACTWhite mallow extract offers double the shine and smooths the hair.***
NOURISHMENT: CALENDULA EXTRACTCalendula extract helps strengthen and nourish the hair.
SOFTNESS: SOY, MULBERRY AND CHICKWEED EXTRACTSSoy, mulberry and chickweed extracts soften the hair fiber and help make it more elastic.
PROTECTION: ROSEMARY AND SAGE EXTRACTSExtracts from rosemary and sage help protect the hair from external factors and oxidative stress.
Without Silicone
*** Test on hair: comparison between white mallow extract and water.
USEOn damp or dry hair, apply a small amount along the length of the hair, focusing on the ends.
Ideal use before blow-drying for protection against dryness or as a final treatment to enhance the hair. Do not rinse.