A white, water-soluble Sodium Hyaluronate powder for lightweight hydration-focused skincare. Lower-MW grades generally add less viscosity than HMW grades, making them useful in serums, essences and light emulsions. Practical paid trial sizes support bench evaluation before bulk sourcing.
• Supports hydration and a smoother, more supple skin feel in finished cosmetic formulas.
• Lower-MW grades generally add less viscosity than HMW Sodium Hyaluronate. [R5–R6]
• Water-soluble powder for controlled aqueous-phase dispersion. [R5–R6]
• Online sizes: 10 g - 500 g; larger quantities by bulk quote.
• Formulation and export support from bench evaluation through scale-up.
Product Specifications / Key Facts
|
Item |
Information |
|
INCI name |
Sodium Hyaluronate [R1] |
|
CAS Number |
9067-32-7 [R1] |
|
Commercial form |
White powder |
|
Typical solubility |
Water-soluble [R5–R6] |
|
Formulation role |
Humectant / hydration active; low-viscosity HA contribution |
| Grade | 300,000-600,000 Da |
Key Benefits
Why Formulators Choose Low-MW Sodium Hyaluronate
• Flexible texture control for serums, essences and light emulsions.
• Water-soluble and suitable for controlled aqueous-phase incorporation. [R5–R6]
• Familiar hydration ingredient for skincare and personal-care development. [R3–R6]
Typical Applications
• Facial serums, essences and hydrating concentrates
• Lightweight lotions, moisturizers and gel-creams
• Eye-area and fine-line appearance formulas
• Sheet-mask essences and leave-on hydration products
• Multi-molecular-weight hyaluronic acid systems
Quick Formulation Guide
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Decision point |
Practical buyer guidance |
|
Phase / solubilization |
Water-soluble — add to the water phase before emulsion formation [R5–R6] |
|
Viscosity expectation |
Expect less gel-building than HMW Sodium Hyaluronate; add separate rheology when more body is needed. [R5–R6] |
|
Storage / handling |
Keep sealed and dry [R5] |
Recommended Ingredient Pairings
|
Recommended ingredient |
Why it pairs well |
Product concept |
Compatibility note |
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Adds more surface film and viscosity. |
Multi-MW HA serum |
Balance total polymer load and hydrate each grade fully. |
|
|
Glycerin |
Adds humectancy and helps pre-disperse the powder. |
Simple hydrating serum |
Validate preservation and final tack. |
|
Adds humectant and conditioning value. |
Hydrating comfort serum |
Validate final pH, clarity and preservation. |
|
|
Adds complementary hydration and skin-comfort value. |
Advanced hydration serum |
Confirm total humectant load, pH and preservation. |
|
|
Adds hydration support with a different polymer profile. |
Comfort-focused gel-serum |
Check total polymer load and final viscosity. |
Why Source From Us
- Start with samples scale to bulk orders – one supplier from trial to production: Validate with lab samples, then scale to commercial volumes – same quality, same team. No re-qualification, no project delays.
- Formulation support that actually helps – not just a data sheet: We give you hands-on guidance on solubility, temperature, pH, and compatibility. A real formulation partner, not a catalog.
- Reliable supply chain – consistent quality, on-time delivery, batch after batch: Own manufacturing facilities plus long-term partnerships with audited upstream producers ensure batch-to-batch consistency. Full documentation with every shipment. No "sample passes, bulk fails"
- Export-ready documentation – compliance, customs, cleared：Complete technical documentation packages – COA, MSDS, TDS, stability data – batch-specific and regulatory-ready. We handle the paperwork so your compliance and procurement teams can focus on formulation
Research & References
In a 60-day study, 0.1% HA creams across several molecular weights improved skin hydration and elasticity; 50 and 130 kDa groups also improved wrinkle-depth measures. [R7] .Reviews show that molecular weight changes HA behavior and skin interaction; lower-MW forms generally show greater penetration than large HMW material. [R8]
[R1] PubChem — Sodium Hyaluronate
[R2] Cosmetic Ingredient Review — Safety Assessment of Hyaluronic Acid and Sodium Hyaluronate
[R7] Pavicic et al. (2011) — HA of Different Molecular Weights in Topical Creams
[R8] Zanchetta et al. (2025) — Hyaluronic Acid in Topical Applications
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