Mala’Kîte™

Water (and) Malachite Extract

Mala’Kîte™ is a copper complex extracted from beautiful malachite stone using a targeted technology for extracting the active fraction from mineral sources, ensuring high bioavailability for the skin. This liquid mineral extract proves that plants are not the only source of natural active ingredients and brings a protective mineral complex with anti-aging and detoxifying effects. Oxidative stress causes an increase in free radicals, which lead to irreversible cell damage, but every cell has an enzymatic system to eliminate them. It helps protect skin and hair from aggressive environmental influences and has strong antioxidant properties. In addition, it serves as a natural colorant in a lagoon blue shade, aesthetically enriching formulations.

Mala’Kîte™ acts as a powerful booster of cellular defense by protecting against oxidative stress generated by superoxide anions, one of the most reactive forms of oxygen. Its antioxidant power was evaluated by an in vitro study of superoxide anion scavenging activity. In fibroblasts, it increases the production of collagen and elastin, thereby supporting anti-aging effects. In keratinocytes, it contributes to keratin synthesis, helps detoxification, and supports the restoration of the skin barrier. At concentrations typical for cosmetic formulations (0.5–2%), it effectively scavenges free radicals and strengthens the cell’s enzymatic defense.

It is especially recommended for mature, dehydrated, sensitive skin exposed to environmental stress, where it protects against premature aging and supports detoxification. It is also suitable for dry skin needing barrier reinforcement and for skin with oxidative damage from UV radiation or pollution. Its mineral origin makes it ideal for those seeking natural alternatives to plant extracts without the risk of allergies.

An in vitro study showed that Mala’Kîte™ at a concentration of 1% scavenges superoxide anions with an efficacy of over 80%, significantly reducing oxidative stress in cells (Lucas Meyer Cosmetics, internal tests, 2015). Further research on fibroblasts showed an increase in collagen synthesis by 25% and elastin by 18% after 72 hours of exposure (Journal of Cosmetic Science, 2017).