Foxtale 3% Tranexamic Acid Serum with Peptides & Niacinamide for Hyperpigmentation  (10 ml)

POWERED BY TRANEXAMIC ACID : This hyperpigmentation serum is packed with Tranexamic Acid that helps to reduce blemishes. It quickly absorbs into the skin and is safe to be used daily. This antipigmentation face serum for women and men helps out with even skin tone by visibly reducing discolouration. FADES DARK SPOTS AND PATCHES : This tranexamic acid serum for glowing skin aids to control melanin production via multiple pathways and reduces spots and patches. This pigmentation reduction serum helps with managing photodamage over time. With regular usage in the skincare routine, this face serum for men and women brightens and livens up the skin too.It can be used as a dark spot corrector glow serum. IMPROVES SKIN RADIANCE : This pore minimizing serum improves skin texture and strengthens the skin’s barrier significantly to regulate oil production and even out skin tone. Tranexamic Acid, Oligopeptide 68, and Niacinamide act as brightening agents that regulate the dispersion of melanin.This serum can be used for face glow and as a dark spot correcting serum. REDUCES MARKS AND BLEMISHES : The serum targets hyperpigmentation,reduces marks and blemishes while also caring for the moisture barrier of the skin. When used in its recommended dosage, this serum helps in treating conditions like PiE, PiH, and Melasma. MADE FOR ALL SKIN TYPES : With added emollients, this anti pigmentation face serum is gentle on the skin and is suitable for all skin types. This serum works well for Indian skin tones as it targets melanin dispersion, sebum production, and hydration. This can be used as a face serum for oily skin, dry skin , combination skin and all other skin types. NON IRRITATING ACTIVE FOR SPOTS: While both fade spots & patches and help reduce hyperpigmentation, Tranexamic Acid is lesser likely than Kojic Acid to cause any irritation or sensitivity to the sun. It doesn't get oxidized easily either, thus retaining its efficacy, compared to Kojic Acid.