Exfoliating Micropeel Pads

$22.50

Formulated with a unique combination of Salicylic Acid 2%, Glycolic Acid 5% and Lactic Acid 5%, pre-absorbed pads synergistically deliver a gentle, microchemical peel to exfoliate and correct problem acne and prevent future breakouts, leaving skin cleaner, clearer and blemish free. Helps reduce acne associated redness, irritation and inflammation with a botanical complex including; Yeast, Horse Chestnut, Licorice, Olive, Ivy, Burdock and Clary Sage Extracts.

  • Gentle Exfoliation with Salicylic Acid, Glycolic Acid, and Lactic Acid 5%
  • Calming Botanical infusion of Yeast, Horse Chestnut, Licorice, Olive, Ivy, Burdock and Clary Sage Extracts
SKU: aag-skcbs-1 Categories: ,

Description

Formulated with a unique combination of Salicylic Acid 2%, Glycolic Acid 5% and Lactic Acid 5%, pre-absorbed pads synergistically deliver a gentle, microchemical peel to exfoliate and correct problem acne and prevent future breakouts, leaving skin cleaner, clearer and blemish free. Helps reduce acne associated redness, irritation and inflammation with a botanical complex including; Yeast, Horse Chestnut, Licorice, Olive, Ivy, Burdock and Clary Sage Extracts.

  • Blemish fighting complexes eliminate impurities
  • Alpha and Beta Hydroxy Acids deliver Micro-peel to stimulate cellular turnover
  • Gentle Exfoliation with Salicylic Acid, Glycolic Acid,  and Lactic Acid 5%
  • Delivers a gentle, microchemical peel to exfoliate and correct problematic acne and prevent future breakouts
  • Promotes exfoliation of dead surface cells resulting in enhanced cellular renewal with Alpha and Beta Hydroxy Acid complexes
  • Penetrates deep into pores to regulate sebum production and inhibit acne bacterial growth from within
  • Softens and soothes acne-prone, inflamed skin while reducing irritation and redness with a botanically infused formula including; Yeast, Horse Chestnut, Licorice, Olive, Ivy, Burdock and Clary Sage Extracts
  • Leaves skin cleaner, clearer and blemish free
  • Active Ingredient: Salicylic Acid 2.0%