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Last updated January 31, 2026
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Anhydrous crystalline sugar microstructures: IFFRecent Research Landscape

Standard moisture-heavy dairy processing incurs high energy costs and limits shelf stability. This lever utilizes dry-state energy delivery and acid-driven protein structuring to create stable spreadable textures without fluid-based separation.

What technical problems is IFF addressing in Anhydrous crystalline sugar microstructures?

Inadequate moisture barrier integrity

(10)evidences

Low dissolution rates of active agents and food components limit bioavailability and processing efficiency. Overcoming this constraint ensures rapid delivery and uniform integration in complex matrices.

Unstable active ingredient delivery

(7)evidences

Inefficient enzymatic transformation of starch into specific cyclic oligosaccharides limits industrial scalability. Improving yield and purity reduces production costs and waste.

Product instability in moisture-sensitive formulations

(6)evidences

Rigid or brittle solid cleansers lack the required deformability for user handling and application. Achieving a malleable texture ensures structural integrity during use while maintaining high active ingredient concentration.