1 / 3Chelating Hair Conditioner SAGE
45.00 EUR
Lowest price in the last 30 days: 45.00 EUR
A chelating conditioner based on sulfur water, created to genuinely strengthen the hair fiber from within. The formula contains FiberHance™, which works at the level of the hair cortex, forming new bonds that support damaged keratin structures and restore strength and resilience. A cationic, non-quat conditioning ingredient smooths the hair without weighing it down, while safflower oil and naturally derived emollients provide softness and control. The SAGE fragrance is built around natural sage, juniper, vetiver, and yuzu, creating a deeply relaxing, herbal-woody experience inspired by spa rituals, encouraging calm and mindful care.
Description
A chelating conditioner based on sulfur water, created to genuinely strengthen the hair fiber from within. The formula contains FiberHance™, which works at the level of the hair cortex, forming new bonds that support damaged keratin structures and restore strength and resilience. A cationic, non-quat conditioning ingredient smooths the hair without weighing it down, while safflower oil and naturally derived emollients provide softness and control. The SAGE fragrance is built around natural sage, juniper, vetiver, and yuzu, creating a deeply relaxing, herbal-woody experience inspired by spa rituals, encouraging calm and mindful care.
key ingredients
A system that strengthens keratin structure by supporting the formation of bonds within the hair fibre, increasing its mechanical strength and resistance to damage.
pH: 4.0 - 5.0
The bottle and pump contain 30% post-consumer recycled (PCR) material and are engineered as a 100% mono-material system, free from metal springs, enabling easier and more efficient recycling. The refill design reduces plastic consumption and lowers the overall environmental footprint of the product. The formula is based on readily biodegradable surfactants and ingredients selected for their high environmental profile. It is developed to balance performance with skin’s biological integrity while minimizing impact on the aquatic ecosystem.
reviews: