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Cosmetic Grade Sodium Hyaluronate Powder Serum Additive
Product specification
| Brand Name | MHW CHEM |
| Model Number | MHW-C-2026019 |
| Product Name | Sodium Hyaluronate |
| Chemical Formula | (C14H20NNaO11)n |
| Chemical Structure |
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| CAS No. | 9067-32-7 |
| Appearance | White, fine powder |
| Assay | ≥95% |
| Molecular Weight | 3,000Da–2.0MDa |
| Solubility | Soluble in water |
| Source | Microbial fermentation |
Functions
Powerful Moisturizing: Sodium hyaluronate molecules can absorb hundreds of times their own weight in water, penetrating deep into the stratum corneum to form a moisture barrier, locking in moisture and keeping skin hydrated for a long time.
Improved Skin Texture: Continued use increases skin elasticity, making skin look fuller and smoother, and reducing the appearance of fine lines and wrinkles.
Aids Absorption: Sodium hyaluronate helps other active ingredients distribute evenly on the skin's surface, enhancing the overall penetration and efficacy of serums.
Soothing and Repairing: On dry or sensitive skin, sodium hyaluronate can relieve tightness and reduce minor irritation, providing a soothing effect.
Suitable for Multiple Skin Types: Gentle and non-irritating, suitable for almost all skin types, including sensitive and dry skin.
Customer Case: Clumping Problem
Customer Pain Point:
A cosmetics company encountered a problem while producing a moisturizing serum—the sodium hyaluronate powder they used was prone to absorbing moisture and clumping during storage and transportation. Clumped powder not only has poor dispersibility and slow dissolution, but also results in uneven mixing, affecting the transparency and skin feel of the final product. The customer was therefore concerned about product stability and production efficiency, which could be constrained by the quality of the raw materials.

Our Solutions:
After understanding the customer's application scenario, we provided a targeted solution. First, we optimized the drying and purification processes to make the powder particle structure more stable and reduce hygroscopicity. Simultaneously, we controlled the powder particle size distribution and reduced the proportion of fine powder, effectively reducing the risk of clumping. For storage and transportation, we recommended using moisture-proof aluminum foil bags for sealed packaging to isolate moisture and further ensure the stability of the raw materials. We also provided the customer with usage suggestions, including operating in low-humidity environments, using slow powder application, and thorough stirring when preparing solutions. Finally, it is essential to use the product within its shelf life.
Customer Feedback:
After using our sodium hyaluronate powder, the customer reported significant improvements: improved powder flowability, faster dissolution (completely dissolving within minutes), smoother production line operation, more stable product system, and no noticeable clumping. The customer is very satisfied and has been using our raw materials in production long-term, gradually increasing their purchase volume.
Through this case, we successfully helped the customer solve the sodium hyaluronate powder clumping problem, not only improving production efficiency but also ensuring the stability of the final product quality. If you encounter similar problems when using sodium hyaluronate raw materials, we can provide professional technical support and customized solutions.
Through this case, we successfully helped the customer solve the sodium hyaluronate powder clumping problem, not only improving production efficiency but also ensuring the stability of the final product quality. If you encounter similar problems when using sodium hyaluronate raw materials, we can provide professional technical support and customized solutions.





