Crosslinked Hyaluronic Acid
Product Overview:
Sodium Hyaluronate Crosspolymer is a hyaluronic acid derivative produced by modifying the molecular structure of hyaluronic acid through crosslinking technology.
Compared to non-crosslinked hyaluronic acid, crosslinked hyaluronic acid possesses higher structural stability and viscoelasticity, making it widely used in the R&D of injectable fillers within the medical aesthetics field. Meanwhile, leveraging its unique structural characteristics, crosslinked hyaluronic acid is increasingly applied in the development of high-end skincare and professional beauty products, offering specialized ingredient solutions for diverse applications.
Product Features:
CAS No.: 105524-32-1
INCI Name (Chinese): 透明质酸钠交联聚合物
INCI Name: SODIUM HYALURONATE CROSSPOLYMER
Specifications:
Kinematic Viscosity (25°C): ≥ 360,000 mPa·s
Physical Properties: Colorless and transparent gel
Categories: Mono-crosslinked, Dual-crosslinked, and Micro-crosslinked
Core Advantages:
Crosslinked Structural Design: Utilizes crosslinking technology to form Sodium Hyaluronate Crosspolymer, satisfying the structural and performance requirements of hyaluronic acid across various application fields.
Superior Viscoelasticity: High dynamic viscosity provides a solid performance base for developing medical aesthetic materials and high-end skincare products.
Consistent Quality Control: Strict control over physical, chemical, and microbiological parameters ensures continuous product quality.
Applications:
R&D support for injectable medical aesthetic products
R&D for high-end medical aesthetic materials
R&D support for professional beauty care products
Driving innovation in high-efficacy skincare products
Application Fields:
Medical aesthetic materials, professional beauty products, high-end skincare products, and functional skincare products
