Cross-linked hyaluronic acid

Product Overview:

Sodium hyaluronate crosspolymer is a hyaluronic acid derivative formed by modifying the molecular structure of hyaluronic acid through crosslinking technology.
Compared to non-crosslinked hyaluronic acid, crosslinked hyaluronic acid exhibits greater structural stability and viscoelastic properties, making it widely used in the development of injectable fillers in the medical aesthetics field. At the same time, thanks to its unique structural characteristics, crosslinked hyaluronic acid is increasingly being incorporated into the development of high-end skincare and professional beauty products, providing specialized ingredient solutions for various applications.

Product Features:

CAS：105524-32-1

INCI Chinese:
Sodium Hyaluronate Crosspolymer
INCI Name:
SODIUM HYALURONATE CROSSPOLYMER

Specifications:
Kinematic viscosity (25°C): ≥360,000 mPa·s

Physical Properties:
Colorless, transparent gel

Category:
Single-crosslinked, double-crosslinked, and micro-crosslinked

Core Strengths

① Cross-linking Structure Design
Sodium hyaluronate cross-linked polymers are formed using cross-linking technology to meet the structural and performance requirements of hyaluronic acid in various application areas.

② Excellent viscoelastic properties
High dynamic viscosity provides the performance foundation for the development of medical aesthetics materials and high-end skincare products.

③ Consistent Quality Control
We maintain strict control over physical, chemical, and microbiological parameters to ensure consistent product quality.

Applications

Supports the development of injectable medical aesthetics products
Used in the R&D of high-end medical aesthetics materials
Supports the development of professional beauty care products
Drives innovation in performance-based skincare products

Application Areas
Aesthetic medicine materials, professional beauty products, high-end skincare products, and performance-based skincare products