Vegan CDS Lactic

Vegan Superficial Delivery Nanovesicles with 3% Lactic Acid

INCI Name: Aqua (and) Mannitol (and) Phosphatidylcholine (and) Glycerin (and) Lactic Acid (and) Decyl Glucoside (and) Cetyl Alcohol (and) Potassium Sorbate (and) Sodium Benzoate (and) Ceramide NP (and) Xanthan Gum

Solubility: Dispersible product in aqueous media, Ethanol concentrations higher than 15% may damage liposomes

Preservation: Potassium Sorbate, Sodium Benzoate

Global & Consumer Certifications: Readily biodegradable, Vegan certified, ISO 16128, China IECIC listed, Halal suitable

Benefits: Maintains the active at a low pH level until the point of delivery, Facilitates formulations at any pH level without the encapsulated acid dissociating, A smaller dose of acid is required to obtain the same amount of non-dissociated acid in the stratum corneum, Greater tolerance compared to free acids, Gradual delivery to ensure a more sustainable renewal action, Accelerates the renewal of the stratum corneum, Improves the general appearance of the skin, Adjuvant treatment for dyschromias, Improves the appearance of expression lines, Facilitates skin hydration

Applications: Daily creams, serums, masks, ampoules, professional treatments

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Learn More From The Supplier

Vegan CDS Lactic, featuring 3% Lactic acid encapsulated in biomimetic nanovesicles, offers versatile benefits in cosmetic formulations. Lactic acid, a gentle Alpha Hydroxy Acid (AHA), works effectively on dry and moderately sensitive skin, providing hydration in lower concentrations and powerful exfoliation in higher ones, enhancing skin tone and texture. With a pH-sensitive nature, this ingredient maintains its potency at various pH levels, ensuring skin benefits such as accelerated stratum corneum renewal, improved skin appearance, and hydration, while the encapsulation technology offers controlled and gradual delivery, reducing the risk of irritation and allowing for more sustainable skin renewal. INdermal’s Vegan products are 100% Vegan-Friendly and free from animal origin ingredients, without altering the efficiency of their systems.