Cosmetic grade hyaluronic acid sodium is a star natural moisturizing ingredient widely used in high-end skincare products and cosmetic formulas. It has excellent water retention, skin friendliness, and stability, perfectly matching the formula needs of Southeast Asian skincare brands and cosmetics manufacturers.
Food grade sodium hyaluronate is a safe and healthy food additive and raw material, produced strictly in accordance with international food safety standards. Widely used in oral beauty products, health products, functional beverages, etc., it meets the food regulatory requirements of the Southeast Asian market.
Refers to sodium hyaluronate with a molecular weight of less than 1000 Da (tiny in size, powerful in effect). With an average molecular weight of around 1000 Da, this form primarily consists of disaccharides, tetrasaccharides, and hexasaccharides. Each sugar unit in a hyaluronic acid molecule has a molecular weight of approximately 397, measuring about 1 nm in size. Therefore, the particle size of 1000 Da hyaluronic acid is roughly 6 nm.
is a derivative of sodium hyaluronate produced through an acetylation reaction, which introduces acetyl groups into the sodium hyaluronate molecule. This modification imparts both hydrophilic and lipophilic properties, enhancing its biological activity and moisturizing performance. It offers multiple benefits including dual hydration, repair of the stratum corneum barrier, and improved skin elasticity, thereby optimizing the performance of sodium hyaluronate and making it widely used in personal care products.
is a cross-linked HA obtained through cross-linking technology, featuring a dense network structure. The cross-linking reaction causes partial high-degree association and folding of the HA macromolecules, enabling them to bind more water molecules, thereby forming a hydrating film on the skin surface that provides protection.
Its main feature is its extremely high moisturizing and hydrating property. However, because sodium hyaluronic acid contains hydroxyl functional groups and is negatively charged, the surface of human skin and hair also has negative charges. Since they are both negatively charged, unmodified sodium hyaluronic acid is not easily adsorbed by the human skin and hair. After being rinsed with water, most of the sodium hyaluronic acid is washed away, resulting in a poor moisturizing effect and failing to achieve good moisturizing results.
Oil-soluble sodium hyaluronate is an innovative cosmetic raw material. By combining sodium hyaluronate (HA) with plant-based oils, it forms microsphere structures, enabling stable dispersion in oil-based systems and providing moisturizing effects. Here are its main features and applications: Core Strengths