Buy Microbial Fermentation Cosmetic Grade Sodium Hyaluronate Manufacturers, Company

Microbially fermented cosmetic-grade sodium hyaluronate is a natural polysaccharide produced through microbial fermentation, possessing excellent moisturizing, repairing, and anti-aging effects. Compared to traditional animal-derived hyaluronic acid, it is safer, has higher purity, and is suitable for various skincare and cosmetic formulations.

Product Description

Product Specification

Model Number MHW-C-2026005
Product Name Sodium Hyaluronate
Chemical Formula (C14H20NNaO11)n
Chemical Structure
Chemical Structure of Sodium Hyaluronate
CAS No. 9067-32-7
Appearance White, fine powder
Assay ≥93%
Molecular Weight High, medium, and low molecular weight
Application Cosmetics
Function Moisturizing
Solubility Soluble in water
Source Microbial fermentation
Packaging 1kg/foil bag
Shelf life 2 years
Storage conditions Avoid light, refrigerate 2℃~10℃, seal container.

Features

High Purity, Low Impurities

Utilizing advanced microbial fermentation technology and strict process control, the production of sodium hyaluronate is ensured to maintain its molecular structure and contain extremely low levels of impurities.

Superior Moisturizing

High water absorption capacity locks in moisture, keeping skin hydrated and smooth for extended periods.

Molecular Weight Options

Offering high, medium, and low molecular weight sodium hyaluronate to meet the needs of various skincare products. High molecular weight hyaluronate is used for surface moisturizing, while medium and low molecular weight hyaluronates can penetrate deeper into the skin for repair.

Safe & Low Irritation

Free of animal-derived ingredients, prepared through pure natural microbial fermentation, gentle and non-irritating, suitable for sensitive skin.

Easily Soluble & Stable

Dissolves quickly in aqueous systems, enhancing the stability of cosmetic formulations and the user experience.

Applications

  • Skincare Products

    Face creams, serums, lotions, masks, eye creams, etc.

  • Makeup Products

    Foundation, lipsticks, etc., to increase moisturizing and spreadability.

  • Hair Care Products

    Conditioners, serums, etc., to improve dry hair.

  • Other Beauty Products

    Sprays, gels, and other functional skincare products.

Advantages

Green and Sustainable

Microbial fermentation process, no animal ingredients, in line with modern environmental protection concepts.

Safety Certification

Meets international cosmetic ingredient safety standards and can pass ISO and other quality management system certifications.

Stable and Effective

Performs stably in various formulation systems, with significant moisturizing effects and an excellent user experience.

Frequently Asked Questions

What is the source of your Sodium Hyaluronate?

Our Sodium Hyaluronate is produced through a natural microbial fermentation process. It contains no animal-derived ingredients, making it safe, eco-friendly, and highly compatible with vegan and modern cosmetic standards.

What molecular weight options do you offer?

We offer high, medium, and low molecular weight Sodium Hyaluronate. High molecular weight hyaluronate forms a protective, hydrating layer on the skin surface, while medium and low molecular weights penetrate deeper to hydrate and repair skin tissues.

Is this product suitable for sensitive skin?

Yes, because of our advanced microbial fermentation process and strict quality controls, the product has exceptionally high purity and very low levels of impurities, rendering it gentle, non-irritating, and perfect for sensitive skin formulas.

How should Sodium Hyaluronate be stored?

It should be kept in a tightly sealed container, protected from light, and refrigerated at temperatures between 2℃ and 10℃ to guarantee its stability and shelf life of up to 2 years.

How easy is it to incorporate this product into cosmetic formulations?

Our Sodium Hyaluronate is highly soluble in water and dissolves quickly in aqueous systems, enhancing both the overall stability of the final cosmetic formula and the user application experience.

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