Instant Soluble CMC represents a breakthrough in cellulose derivative technology, engineered for rapid hydration without clumping in aqueous systems.
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This grade eliminates traditional dissolution challenges, making it ideal for applications requiring immediate viscosity development. Its unique particle engineering allows dispersion in both cold and warm water, significantly reducing processing time in industrial and consumer product manufacturing. From emergency food formulations to on-site industrial thickening, it delivers consistent performance under varying temperature and shear conditions.
Parameter | Specification |
Appearance | White free-flowing microgranules |
Viscosity (1% solution, 25°C) | 500–5000 cP |
Dissolution Time (25°C water) | ≤3 minutes |
Degree of Substitution (DS) | 0.7–1.0 |
Purity | ≥98% |
pH Value (1% solution) | 6.0–8.0 |
Particle Size | 90% through 80 mesh |
Rapid Hydration: ≤3-minute dissolution eliminates the need for pre-blending or high-shear mixing, reducing production downtime by up to 40%.
Cold Water Solubility: Hydrates effectively in temperatures as low as 10°C, suitable for field applications without heating equipment.
Clump-Free Dispersion: Specialized particle coating prevents agglomeration, ensuring uniform viscosity development.
Process Versatility: Compatible with batch and continuous mixing systems, adapting to diverse manufacturing setups.
Instant Food Products: Provides immediate thickening in powdered soups, sauces, and dessert mixes when reconstituted with water.
On-Site Industrial Use: Enables quick adjustment of drilling fluid viscosity and construction material consistency in remote locations.
Emergency Formulations: Facilitates rapid preparation of medical gels and nutritional supplements in disaster response scenarios.
Q: How does Instant Soluble CMC perform in high-salt formulations?
A: It maintains stable viscosity in solutions with up to 5% salt content, making it suitable for marine and industrial applications.
Q: What is the optimal mixing speed for dissolution?
A: Moderate agitation (300–500 RPM) is sufficient, as higher speeds may introduce excessive air bubbles without improving dissolution rate.
