[General retail and resale of commercial / mini size are not allowed] A serum-like treatment with a luxurious blend of plant extracts and oils such as Panax ginseng and jojoba. It blends well into the hair and leads to moist and shiny hair. A relaxing scent of Japanese herbs, lavender, and geranium. It is used as a bath amenity at the hotel "GOOD NATURE HOTEL KYOTO" listed in the "Michelin Guide Kyoto, Osaka + Okayama 2021". 〇 Whole plant treatment. Plant-derived ingredients adhere firmly to damaged hair and make it shiny while repairing. While carefully blending, please enjoy a relaxing time with the deep and transparent scent of plants such as lavender and geranium. No petroleum-based ingredients, non-silicon formula. It is more effective if you continue to use it as a set with NEMOHAMO shampoo. 〇Recommended for people like this ・ The tips of the hair are easy to dry ・ I want my hair to be shiny ・ I want to take care of my scalp 〇Key Components ・Panax ginseng In Japan, Panax ginseng is widely known as Japanese and has been useful since ancient times. The beard roots, leaves, stems, and flowers of the three-year-old Panax ginseng grown in Tsushima without the use of pesticides have been extracted everywhere. It is condensed with positive effects on the skin, such as firmness, luster, skin conditioning, and moisturizing. 〇 Plant ingredients Panax ginseng (moisturizing ingredient), jojoba (emollient ingredient), fennel (aromatic ingredient), lavender (aromatic ingredient), geranium (aromatic ingredient), camphor (aromatic ingredient), eucalyptus (aromatic ingredient) 〇 Ingredients not included Petroleum-derived synthetic fragrances, petroleum-derived synthetic colorants, petroleum-derived synthetic preservatives, silicone, mineral oils, petroleum-derived synthetic surfactants 〇How to use After washing your hair, lightly drain the water and apply an appropriate amount to your hair and rinse it off. It is more effective to massage it into the scalp. 〇 Commitment to packaging The container uses biomass PE, which is made of more than 90% material derived from sugarcane waste liquid. In addition to being able to reuse raw materials that would otherwise be discarded, biomass PE can reduce CO2 emissions from manufacturing, transportation, and disposal by about 70% compared to ordinary resins.