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Chemical
VC-IP (Ascorbyl Tetraisopalmitate)

Oil-soluble, highly stable tetra-esterified Vitamin C derivative.

Properties

Superior transdermal absorption and lipid stability without oxidizing into brown discolouration.

Chemical
Beta Arbutin

Classic botanical-derived skin lightening glycoside extracted from bearberry leaves.

Properties

Cost-effective tyrosinase inhibitor ideal for daily brightening emulsions and toners.

Chemical
Kojic Acid

Natural fungal metabolite produced during the fermentation of malting rice.

Properties

Chelates copper ions in the active site of tyrosinase, directly shutting down melanogenesis.

Chemical
Hydroquinone

Standard benchmark depigmenting agent used in targeted dermatological corrections.

Properties

Directly inhibits melanin synthesis and degrades melanosomes in hyperpigmented areas.

Chemical
Alpha Arbutin

Pure water-soluble hydroquinone glycoside biosynthesized by enzymatic transglycosylation.

Properties

Potent, safe tyrosinase inhibitor with 9x greater efficacy than beta-arbutin without cytotoxicity.

Chemical
Deoxyarbutin

Synthetic derivative of arbutin with enhanced lipid solubility.

Properties

Significantly faster onset of melanin suppression and tyrosinase inhibition than standard arbutin.

Chemical
Kojic Acid Dipalmitate (KAD)

Fat-soluble diester of kojic acid resistant to light, heat, and metal ion discoloration.

Properties

Provides the brightening potency of kojic acid while eliminating yellowing and oxidation instability.

Chemical
Dimethylmethoxy Chromanyl Palmitate (Chromabright)

Advanced biomimetic brightening molecule designed to prevent photodamage.

Properties

Inhibits tyrosinase without cytotoxicity and protects skin cells against UV-induced DNA damage.

Active Ingredients

Functional actives, bio-peptides, and standardized extracts for targeted cosmetic formulations.

High-assay functional compounds, including peptides, vitamins, exfoliating hydroxy acids, and botanical extracts evaluated for physiological compatibility and formulation stability.

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