CHI - INFRA - Silk Infusion | 177 ml.
Bestel voor 10 uur op
Product details
- Brand
- CHI
- Capacity
- 177ml
- Product type
- Acondicionador
- ean13
- 633911630891
More information
CHI Silk Infusion is a regenerating leave-in conditioner. Rich in ceramides , silk, vitamins, herbs and plant extracts, it nourishes the hair and is enriched with soy and wheat proteins. It gives the hair wonderful shine and incredible softness, does not weigh it down and makes it easier to style. It protects hair against moisture loss, high temperature, the effects of hairdressing chemicals and environmental pollution, nourishes the hair and gives it a healthy look. The conditioner can be used on wet or dry hair and does not require rinsing. This makes the product extremely convenient to use and you can carry it with you so that the freshness and shine of your hair are always at hand.
- Strengthens and regenerates hair
- Gives them softness
- Makes hair styling easier
- Gives your hair a wonderful shine
- Does not weigh down the hair
- Protects hair against external factors
- Contains no alcohol
- Protects hair against moisture loss
- It has a silk complex that rebuilds hair and large molecules of silk proteins and soy proteins.
How to use: Rub a larger drop in your hands and spread it over the entire length of the hair, especially the ends. Do not rinse.
Result: Hair is strengthened and regenerated and shines beautifully.
You will achieve the best effect by using the conditioner with other products from this series.
CHI is a brand belonging to the Farouk Systems concern, which also produces BioSilk cosmetics, known in Poland . The name of the company comes from the name of the founder - hairdresser Farouk Shami . CHI offers professional hair care, styling and coloring products as well as styling tools. The brand is distinguished by innovation. CHI is short for Cationic Hydration Interlink - this is a technology inspired by NASA discoveries used in CHI hair styling tools, which makes the hair soft and smooth under the influence of ions emitted by the ceramic coatings.