Particle suspension
The microfibril network provides structural support for cocoa, spices and other fine particles, reducing their tendency to settle during storage.

Food-grade cellulose microfibrils support particle suspension, oil-water interface stability and structural control in liquids, emulsions and composite food systems.
Beverages, sauces and composite foods differ in particle density, oil-phase ratio and processing conditions, creating different requirements for suspension stability and mouthfeel. After dispersion in the aqueous phase, CocoCel™ cellulose microfibrils form a continuous network that can be used as a material tool in food-structure design.
Product introduction should be verified against the target food category, regulatory requirements, pH, ionic environment, processing shear and storage conditions. A single use level cannot replace formulation-specific evaluation.
The microfibril network provides structural support for cocoa, spices and other fine particles, reducing their tendency to settle during storage.
High-aspect-ratio microfibrils can participate in oil-water interface construction for studies involving food oils and flavour-oil emulsions.
Evaluate dispersion state, rheology and long-term stability against shear, temperature, pH and ionic conditions.


Focus on particle distribution, sedimentation, flow and appearance consistency after storage.
Evaluate the structural stability of solids, oil and water phases at the target pH and salinity.
Verify material compatibility with oil phases, powders and the intended production process.
Product pages present material structure, application data and suggested verification items. Refer to the latest product resources for current specifications.
Please provide the target product format, base system and key evaluation criteria so that we can discuss the appropriate product resources.