Micellar Ferulic C+E

The combination of ferulic acid with vitamins C and E not only improves solution stability but also increases photoprotective activity by up to eight times, creating a powerful synergistic defense against skin oxidation. Encapsulation of these actives in micelles enhances skin penetration and provides gradual release for a longer-lasting effect. The nanoencapsulation process also protects sensitive ingredients from degradation, improving stability both in the final product and throughout storage.

 

INCI name

FERULIC ACID ASCORBYL GLUCOSIDE TOCOPHERYL ACETATE
Micellar Ferulic C+E nano stabilized antioxidant vitamin C and E ingredient

Benefits & Applications

Physical form at 25°C

  • Liquid

Functions

  • Antioxidant
  • Brightening
  • Moisturizing

Category

  • Antioxidants
  • Brightening and anti-aging
  • Skin-protective agents

Applications

  • Serums and ampoules
  • Anti-aging and brightening creams
  • Sun protection and post-sun products

Regional availability

  • Asia
  • Europe
  • Latin America
  • N America

Consumer benefit

  • Brightens and evens out skin tone
  • Fights signs of aging and photo-damage
  • Improves skin texture and radiance
  • Protects against oxidative stress and environmental damage

Related Products

Nkojic Nano Brightening Even Tone Active

nKojic

nKojic contains nanoencapsulated kojic acid, which protects the active ingredient from degradation and improves both stability and effectiveness. Kojic acid is a powerful depigmenting agent that works by inhibiting tyrosinase,

learn more
Nspa Detox Purifying Detox Skincare Active

nSpa Detox

nSpa Detox is an advanced nano-formulation featuring particles with an average size of 100 nm, specifically designed to enhance delivery and performance. The reduced particle size enables deeper penetration of

learn more
nVitamin D3 nano stabilized skin and nutrition active

nVitamin D3

Vitamin D3 (cholecalciferol) is an essential nutrient that regulates bone metabolism, muscle performance, immune balance, and gene expression, yet diet and sunlight often provide insufficient amounts. To ensure optimal levels,

learn more