Vegan DDS Tranexamic

Vegan Deep Delivery Nanovesicles with 2.5% Tranexamic acid and 0.5% Niacinamide

INCI Name: Aqua (and) Mannitol (and) Phosphatidylcholine (and) Glycerin (and) Tranexamic Acid (and) Cetyl Alcohol (and) Decyl Glucoside (and) Potassium Sorbate (and) Sodium Benzoate (and) Niacinamide (and) Xanthan Gum (and) Sodium Chloride

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: Protects active against degradation, Maximum delivery of the active ingredient into the deep skin levels, Gradual delivery for longer lasting effect, Increases bioavailability of the active ingredient, Avoids color changes in the cosmetic product, Biomimetic nanovesicle with high moisturizing and restorative action, Inhibits melanogenesis, Reduces the inflammatory process associated with hyperpigmentation, Inhibits the transfer of melanosomes, Stimulates the physiological repair of the DNA from UV damage, Prevents photoaging

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

Manufactured by:

Learn More From The Supplier

Vegan DDS Tranexamic features a potent combination of 2.5% Tranexamic Acid and 0.5% Niacinamide in deep delivery nanovesicles, offering multifaceted advantages in cosmetic formulations. Tranexamic Acid inhibits melanogenesis and interrupts inflammatory processes, making it effective against pigmentations caused by external factors like acne. Niacinamide complements this by inhibiting melanosome transfer, protecting DNA from UV damage, and providing anti-aging, toning, and moisturizing benefits. Encapsulated in the INdermal Vegan DDS system, this white-colored liquid ensures gradual, sustainable results while facilitating seamless integration into cosmetic formulas. INdermal’s Vegan products are 100% Vegan-Friendly and free from animal origin ingredients, without altering the efficiency of their systems.