Cosmetics & Personal Care Ingredient Catalog Collection: LIPIDURE® Series – Biomimetic Polymers Inspired by Cell Membranes
Collection description
About the LIPIDURE® Series
LIPIDURE® is a series of biocompatible polymers originally developed as surface‑preparation materials for artificial organs.
The core technology is based on the phosphorylcholine (PC) group, a polar head group found in biological cell membranes, which provides exceptional compatibility with living tissues.
Leveraging this medical‑origin technology, the LIPIDURE® Series has been adapted for cosmetic applications, where it functions as a protective and skin‑conditioning polymer with a proven safety profile.
Core Technology – Phosphorylcholine‑Based Biocompatibility
Phosphorylcholine is a naturally occurring functional group that constitutes a key component of cell membranes.
By incorporating this structure into synthetic polymers, LIPIDURE® materials exhibit high affinity to biological surfaces while maintaining low irritation potential.
This technology enables LIPIDURE® polymers to interact gently with skin and hair surfaces, supporting moisture retention, surface protection, and formulation stability across cosmetic applications.
Product Lineup
Skin Care
Biomimetic polymers designed to support moisture retention, skin barrier function, and advanced delivery of active ingredients.
LIPIDURE®‑HM
INCI: Polyphosphorylcholine Glycol Acrylate
LIPIDURE®‑PMB
INCI: Polyquaternium‑51
LIPIDURE®‑NR
INCI: Polyquaternium‑61
Hair Care
Conditioning polymers designed to improve hair feel, manageability, anti-static performance, and protection of damaged hair.
LIPIDURE®‑A
INCI: Polyquaternium‑65
LIPIDURE®‑C
INCI: Polyquaternium‑64
LIPIDURE®‑NA
INCI: Polyquaternium‑61
Make-Up
Functional polymer designed to enhance cosmetic performance, film formation, and wear properties in make-up applications.
LIPIDURE®‑S
INCI: Polyquaternium‑61
Each grade is optimized for specific cosmetic applications while sharing the same phosphorylcholine‑based biocompatibility concept.
Features
- Biocompatible polymers based on phosphorylcholine chemistry
- High compatibility with biological surfaces such as skin and hair
- Functions as a protective polymer against external environmental stress
- Supports moisture retention and surface conditioning
- High safety profile suitable for a wide range of cosmetic formulations
- Available in multiple grades to meet skin care, hair care, and make‑up needs
