3 item(s)
Superox-C™ AF

Illuminate your skin

Superox-C™ AF

Illuminate your skin

ORIGIN

Extracted from the native Australian superfruit, the Kakadu Plum

INCI

Glycerin (and) Water (and) Terminalia Ferdinandiana Fruit Extract

Properties

- Energizes dull-looking skin
- Improves skin radiance and luminosity
- Induces skin brightening, reduces the appearance of skin redness and improves overall skin tone evenness

Mode of Action

- Cocktail of antioxidants to help reduce skin damage induced by oxidative stress
- Increases the expression of SVCT-1, the vitamin C transporter of the skin
- Increases hyaluronic acid and pro-collagen I synthesis

Tests
  • In vitro
  • In vivo Clinical
Category
Active Ingredient
PH
3.0-7.5
Dosage
1-2%
Technologies
  • Plant extract
Compliances
Superox-C™ AF - Haircare

Sustainable superfruit for hair protection

Superox-C™ AF - Haircare

Sustainable superfruit for hair protection

ORIGIN

Australian kakadu plum extract

INCI

Glycerin (and) Water (and) Terminalia Ferdinandiana Fruit Extract

Application
Properties

Protects hair against UV damage
Preserves hair structure and composition

Mode of Action

Decreases hair fiber damages
Provides antioxidant capacity
Inhibits carbonylation and oxidation of hair proteins
Reduces cuticle permeability and damage

Tests
  • Ex vivo
  • In vitro
Category
Active Ingredient
PH
3.0 - 7.5
Dosage
1 - 2%
Technologies
  • Botanical
Compliances
Superox-C™ AF - Skincare

Illuminate your skin

Superox-C™ AF - Skincare

Illuminate your skin

ORIGIN

Extracted from the kakadu plum the richest source of vitamin C (Superfruit)

INCI

Glycerin (and) Water (and) Terminalia Ferdinandiana Fruit Extract

Properties
  • Fights and protects the skin against oxidative stress
  • Boosts skin radiance and luminosity
  • Improves skin tone evenness with an overall brightening effect
Mode of Action
  • Free radical scavenger due to high vitamin C and polyphenol contents
  • Induces vitamin C transporter (SVCT-1) synthesis on skin cells
  • Stimulates pro-collagen I and hyaluronic acid synthesis
Tests
  • In vitro
  • In vivo Clinical
Category
Active Ingredient
PH
3.0-7.5
Dosage
1-2%
Technologies
  • Botanical
Compliances