Pure natural beta glucan powder Food additvies cas 9051-97-2 factory supplier
Basic Info:
CAS No: | 9051-97-2 |
MF: | C18H30O15X2 |
Grade: | food grade |
STOCK: | Availabe |
Origin | China |
MOQ | 1KG |
Introduction
In the global health, nutrition, and skincare markets, bioactive polysaccharides have become essential for formulation innovation. Beta-Glucan Powder (CAS 9051-97-2), particularly featuring the highly active β-(1,3) and β-(1,6) glycosidic linkages, stands out as a premier natural biopolymer. Extensively utilized for its exceptional immunomodulatory, skin-repairing, and moisture-binding properties, it serves as a core active ingredient across the food, nutraceutical, and cosmetic industries.
As an established, world-class bio-refinery plant with decades of extraction experience, we supply high-purity, fully traceable Beta-Glucan powder. Below, we share an authoritative look into our advanced bio-separation technologies, strict quality validation protocols, and the strategic supply-chain advantages our factory provides to global enterprise partners.
Proprietary Production Technology: Gentle, High-Yield Isolation
The biological efficacy of Beta-Glucan relies entirely on preserving its natural, high-molecular-weight triple-helix structure. Traditional high-heat or aggressive acid extractions break these fragile polymer chains. Our engineering team uses a specialized, low-temperature, multi-stage bio-separation process:
1. Advanced Enzymatic Cell-Wall Disruption
Instead of using harsh chemicals that degrade biological activity, we employ a highly specific, multi-enzyme cocktail to selectively break down outer cell walls. This releases the intracellular matrix and preserves the foundational β-(1,3) backbone structure.
2. Multi-Stage Tangential Flow Ultrafiltration (TFU)
To isolate the raw glucan polymers from residual proteins, lipids, and mannan components, we pass the extract through automated Tangential Flow Ultrafiltration arrays. This physical, membrane-based separation technique guarantees chemical concentration without introducing external chemical residues, yielding a highly purified ingredient.
3. Low-Temperature Spray Drying and Particle Engineering
The liquid concentrate is converted into powder using state-of-the-art, low-temperature vacuum spray dryers. By minimizing thermal stress, we protect the powder from caramelization and degradation, resulting in a free-flowing, non-caking, and highly soluble powder tailored for automated industrial hoppers.
Rigorous Quality Validation & Analytical Testing (QA/QC)
Building business trustworthiness requires transparent, fully verifiable analytical data. Our factory features an in-house, ISO 9001 and cGMP-compliant Quality Control Laboratory where every batch is strictly audited.
Our mandatory validation matrix includes:
- High-Performance Size-Exclusion Chromatography (HPSEC): Used to determine exact molecular weight distribution and confirm that the bio-active structural integrity remains fully intact.
- Enzymatic Assay Validation (Megazyme Method): We run standardized enzymatic analysis to precisely determine total glucan, α-glucan, and true β-glucan content, ensuring compliance with global label claims.
- Colorimetric Purity & Turbidity Analysis: Crucial for transparent cosmetic serums and beverage formulations, we guarantee an ultra-clear dissolved profile with zero sedimentation or unwanted cloudiness.
- Microbiological & Heavy Metals Profiling: Monitored via Inductively Coupled Plasma Mass Spectrometry (ICP-MS) and real-time PCR, ensuring total bacterial counts, heavy metals (Pb, As, Hg), and mold counts fall well below global pharmacopoeia safety limits.
Packaging and shipping
