By: Fiber Citrus Scientific Development Team
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Introduction
Sugar reduction is accelerating across beverage categories, but it often compromises texture, body, and sensory acceptance. Lower °Brix reduces viscosity contribution and weakens perceived mouthfeel, frequently resulting in a watery sensation and shorter flavor persistence. BevSave was designed to close this structural gap using citrus fiber functionality.
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1. The Technical Challenge
Sugar contributes more than sweetness. In many beverage systems it also supports physical structure and perceived body. When sugar is reduced, viscosity drops, mouthfeel weakens, and sensory acceptance may decline. The challenge is to preserve body, mouthfeel, and stability while meeting sugar reduction targets.
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2. The SAVE Solution via Citrus Fiber
BevSave compensates for sugar-driven structural losses by building functional viscosity and structuring the aqueous phase. This supports balanced mouthfeel and stable appearance without relying on multiple thickeners.
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3. Mechanism of Action Inside the System
Citrus fiber hydrates in the aqueous phase and forms a structured network that:
- increases resistance to flow (viscosity contribution),
- improves perceived body,
- stabilizes dispersed components,
- enhances flavor persistence through matrix residence time effects.
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4. Practical Results Observed
In orange juice development with °Brix reduction, performance indicators showed maintained viscosity around ~35 cP, sensory acceptance comparable to the full-sugar reference, and extended suspension stability under refrigerated storage with no visible separation during the evaluated period.
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Conclusion
BevSave enables sugar reduction while preserving body, mouthfeel, and stability. Citrus fiber colloidal structuring supports predictable reformulation performance aligned with modern beverage innovation needs.
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