"SODIUM HYALURONATE, or HYALURONIC ACID (HA), is a natural carbohydrate linear polysaccharide; that is found in almost all living organisms. Its chemical structure is consisting of multiple disaccharides which are N-acetylglu-cosamine and D-glucuronic acid, linked via alternating β-1,4 and β-1,3 glycosidic bonds.
ProHA™ Sodium Hyaluronate丨Cosmetic Grade
INCI Name:Sodium Hyaluronate
Chemical Formula:(C14H20NNaO11)n
Cas:9067-32-7
Source:Microbial fermentation
"SODIUM HYALURONATE, or HYALURONIC ACID (HA), is a natural carbohydrate linear polysaccharide; that is found in almost all living organisms. Its chemical structure is consisting of multiple disaccharides which are N-acetylglu-cosamine and D-glucuronic acid, linked via alternating β-1,4 and β-1,3 glycosidic bonds.
HA, is a highly hydrophilic molecule, plays an important role in tissue hydrodynamics and contributes to the transport of water, it helps to maintain the hydration and elastoviscosity of tissues.The remarkable viscoelastic and water holding property of HA, besides its biocompatibility, biodegradability, and non-immunogenicity, has increased its appeal in numerous medical and cosmetic applications."
COSMOS / ECOCERT Certified
NON-GMO Fermentation Technology
Non-Animal raw materials
Higher Glucuronic acid content
Higher purity, lower impurity
Lower content of protein, nucleic acid, and heavy metals
Options of different MWs (high, medium, low, Super Low)
Grade | Molecular Weight | Functions | Recommend Dosage | Applications |
High Molecular Weight | 1.5-2.5M Da | High water retention, Lubricating and film-forming. | 0.05%-0.1% | Cream, Emulsion, Essence, Lotion, Sunscreen, Gel, Facial Mask, Hair Care etc |
Medium Moelcular Weight | 0.5-1.5M Da | Keep skin moisture and lubrication for a long time. | 0.05%-0.3% | |
Low Molecular Weight | 0.1-0.5M Da | Nourishing the skin, easily absorbed by skin, increase skin nutrition. | 0.05%-0.3% | |
Super-Low Molecualr Weight | <0.1M Da | Transdermal absorption, deep moisturizing, repairing damaged cells | 0.05%-0.5% |
Description: The smaller the molecular weight, the higher the moisture content of the skin, and the small molecule sodium hyaluronate has a deep moisturizing effect.
Description: The larger the molecular weight, the smaller the transepidermal water loss, and the high molecular weight sodium hyaluronate forms a water locking film on the epidermis to reduce water loss.