IPSTIC PATCH SKIN 3

IPSTiC technology works through a multimodal approach that integrates three polymer matrices with active ingredients, creating synergy that enhances hydration, adhesion, and delivery. By uniting polymers with plant-derived actives, the system increases stability, prevents degradation, and preserves full bioactivity. This protective mechanism ensures long-lasting effects and elevates the performance of final formulations.

INCI name

Aqua, Camellia sinensis Leaf Extract, Glycerin, Sodium Ascorbyl Phosphate, Glycolic Acid, Sodium Hyaluronate, Hydrolyzed Rice Protein, Hydroxyethylcellulose, Phenoxyethanol, Potassium Sorbate, Sodium Benzoate. Citric Acid
Ipstic Patch Skin 3 Regeneration Skin Repair Patch

Benefits & Applications

Physical form at 25°C

  • Liquid

Functions

  • Anti-inflammatory
  • Exfoliating
  • Hydrating
  • Acne treatment

Category

  • Acne Treatment
  • Exfoliant
  • Moisturizer

Applications

  • Acne treatments
  • Pore-cleansing skincare

Regional availability

  • Asia
  • Europe
  • Latin America
  • N America

Consumer benefit

  • Unclogs pores and prevents breakouts
  • Reduces acne scars
  • Hydrates and soothes skin

Related Products

IPSTIC PATCH INTIMATE 1 protective intimate care patch

IPSTIC PATCH INTIMATE 1

IPSTiC technology uses a multimodal approach built on three polymer matrices and active ingredients. The matrices create synergy that boosts hydration, adhesion, and delivery. They work together with actives to

learn more
Ipstic Patch Intimate 3 Soothing Intimate Patch

IPSTIC PATCH INTIMATE 3

IPSTiC technology applies a multimodal strategy that integrates three advanced polymer matrices with active ingredients to create a powerful synergistic system. Together, these matrices enhance hydration, reinforce adhesion to the

learn more
IPSTIC PATCH HAIR 2 hair revitalization and scalp care ingredient

IPSTIC PATCH HAIR 2

IPSTiC technology employs a multimodal delivery approach that combines three complementary polymer matrices with active ingredients to create a synergistic effect. These matrices function cooperatively to enhance hydration, improve adhesion

learn more