Kérastase Resistance Extentioniste Thermique Blow-Dry Primer 150ml

Kérastase Resistance Extentioniste Thermique Blow-Dry Primer 150ml is a perfect thermal protector to make the hair lengths healthier and promote their good growth. In addition, this Resistance Extentioniste range is suitable for giving a healthy growth boost to hair without split ends, probability of breakage, and without damaged hair. Furthermore, this creamy heat protectant seals and strengthens hair lengths and ends while protecting them from heat tools up to 230 degrees. So, you can style your hair at will without having to worry about anything else! Furthermore, this product seals the hair cuticles, eliminating split ends. At the same time, the hair becomes more manageable, untangled, shiny, and resistant. In the end, styling your hair also becomes easier while the good growth of your hair is not compromised.

Regarding the composition of this thermal protector, the Creatine R Technology is present. This includes ingredients such as Creatine, Ceramides, and even Taurine. Starting with the first, Creatine helps protect the internal bonds of the hair fiber, leaving it more fortified and preventing its breakage. In turn, Ceramides effortlessly restores the fiber cuticle, protecting it as it grows. Finally, Taurine improves the strength of the hair fiber core for healthy and silky growth. All in all, if you are looking to have a healthy boost in your hair growth, this thermal protector is the perfect ally for you on this journey.

Main Ingredients

* Care to Beauty updates the product ingredient listings periodically. However, the ingredients list might be changed by the brands without any warning, so please read the ingredients list on the packaging of your product before using.

• Creatine protects the internal bonds of the hair fiber, fighting its weakening and promoting healthier and stronger hair;
• Ceramides easily penetrate the hair fiber, restoring its cuticle and protecting it as the hair grows;
• Taurine improves the strength of the fiber's core making it less likely to break.