Premium Cosmetic-grade Xanthan Gum derived from Creative Biogene's end-to-end controlled fermentation services.
Selection and optimization of highly productive Xanthomonas campestris strains for superior polymer traits.
Optimization of fermentation parameters (pH, temperature, oxygen) for batch-to-batch consistency.
Scalable, GMP-compliant fermentation services ensures high purity and specific rheological profiles.
Multi-stage purification (Downstream) to meet cosmetic safety requirements, removing all impurities.
| INCI | Xanthan Gum |
| Source | Microbial Fermentation |
| Appearance | Off-white Powder |
| pH Stability | 2.0 – 12.0 |
| Salt Tolerance | Excellent |
| Solubility | Hot/Cold Water Soluble |
| Safety | Preservative Free, Non-Irritant |
Our capabilities extend beyond raw material production. We partner with cosmetic formulators to leverage Xanthan Gum's full potential in diverse downstream applications.
Stability: Preventing phase separation in oil-in-water emulsions (creams/lotions).
Suspension: Uniformly suspending pigments in color cosmetics (foundations/mascaras).
Skin Feel: Providing a non-sticky, silky sensory experience after application.
Special Systems: Compatible with low pH (anti-aging acids) and high salt environments.
We provide Technical Data Sheets (TDS), Safety Data Sheets (SDS), and basic starting formulations.
For cosmetic formulators and procurement managers, documentation is as important as performance. We support your raw material qualification process with clear technical and quality information.
Discover how research labs and professional formulators utilize our high-purity xanthan gum to overcome complex rheological challenges.
The formulation contained a challenging 15% concentration of unstable botanical oils and water-soluble Vitamin C. Standard polymers triggered phase separation and accelerated oxidation color shifts during 45°C thermal stress testing.
Incorporating 0.3% of our Cosmetic Grade Xanthan Gum reinforced the aqueous micro-network, preventing droplet coalescence. The emulsion successfully passed 30 days of 50°C accelerated testing while retaining a silky, non-sticky skin feel.
The developer required an absolute clear visual appearance while safely suspending delicate gold foil micro-capsules. Standard industrial or food-grade alternatives produced a hazy, dull base with unappealing precipitation patterns over time.
Deploying 0.6% of our ultra-clear xanthan gum yielded a transmittance rate of 96.5%. Its high yield stress achieved a 100% suspension rate across variable environments, ensuring smooth, instantaneous shear-thinning on skin contact.
Pure amino acid surfactant bases frequently present low viscosity due to electrolyte sensitivity. This leads to watery, short-lived foam structures and critical clogging issues caused by dried crystallization at the pump nozzle.
By blending a micro-dose of 0.15% xanthan gum, the formulation achieved structural salt-tolerance and stabilized the gas-liquid matrix. Foam volume increased by 22% with dense velvet micro-bubbles, completely eradicating nozzle crusting.
From strain selection to cosmetic application, we provide the whole loop.
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