Paul Mitchell Clean Beauty Everyday Leave-in Treatment 150ml
Paul Mitchell Clean Beauty Everyday Leave-in Treatment 150ml
R 575.00
The PAUL MITCHELL CLEAN BEAUTY EVERYDAY LEAVE-IN TREATMENT is perfect for the daily care of all hair types. It contains valuable argan oil, which has a calming effect, moisturises and protects against free radicals due to its natural antioxidants. This reliably prevents premature signs of aging of hair and scalp during the daily hair care routine. In addition, the aloe vera components contained in the product ensure a balanced moisture level, supply hair and scalp with important nutrients and give hair a healthy shine. The hair becomes smooth and easier to comb. The Paul Mitchell Clean Beauty Everyday Leave-in Treatment is vegan and 93% of the selected ingredients come from natural sources.
For CLEAN BEAUTY PAUL MITCHELL has developed a bio-based synthetic material. The bottles and tubes consist of 90% sugar cane and are 100% recyclable. The raw material is cultivated sustainably in Brazil. In contrast to conventional plastics based on mineral oil, more carbon dioxide is stored in the production of bioplastics than is emitted.
The PAUL MITCHELL CLEAN BEAUTY EVERYDAY LEAVE-IN TREATMENT is perfect for the daily care of all hair types. It contains valuable argan oil, which has a calming effect, moisturises and protects against free radicals due to its natural antioxidants. This reliably prevents premature signs of aging of hair and scalp during the daily hair care routine. In addition, the aloe vera components contained in the product ensure a balanced moisture level, supply hair and scalp with important nutrients and give hair a healthy shine. The hair becomes smooth and easier to comb. The Paul Mitchell Clean Beauty Everyday Leave-in Treatment is vegan and 93% of the selected ingredients come from natural sources.
For CLEAN BEAUTY PAUL MITCHELL has developed a bio-based synthetic material. The bottles and tubes consist of 90% sugar cane and are 100% recyclable. The raw material is cultivated sustainably in Brazil. In contrast to conventional plastics based on mineral oil, more carbon dioxide is stored in the production of bioplastics than is emitted.
