By: Fiber Citrus Scientific Development Team
.
Introduction
Consumers increasingly demand reduced-sugar fruit spreads, yet sugar plays a central structural role in jam systems. Lowering sugar impacts gel firmness, viscosity, and phase stability, often producing weak texture and separation defects. Jelly Save was developed to preserve body and stability in sugar-reduced formulations through citrus-based matrix structuring, enabling healthier positioning without texture failure.
.
1. The Technical Challenge
In many jam systems, sugar contributes to water activity control and gel structure. Reducing sugar increases free-water mobility, weakens network strength, and elevates the risk of syneresis and phase separation. As a result, reduced-sugar products may feel watery, unstable, and less premium, driving consumer rejection.
.
2. The SAVE Solution: Jelly Save for Structure Preservation Under Sugar Reduction
Jelly Save compensates for sugar-related structural loss by reinforcing matrix cohesion and controlling water mobility. This enables up to 30% sugar reduction without gel collapse while preserving stable viscosity and uniform spreadability throughout shelf life.
.
3. Mechanism of Action Inside the System
Jelly Save contributes through:
- moisture retention and reduced free-water mobility,
- micro-structural network support that increases gel cohesion,
- phase separation control that preserves uniform texture and appearance.
.
4. Practical Results Observed
In sugar-reduced jam development, Jelly Save supports:
- stable gel structure and consistent firmness,
- maintained viscosity and spreadability,
- reduced syneresis and separation risk,
- sensory acceptance comparable to full-sugar standards.
.
Conclusion
Jelly Save enables sugar reduction without sacrificing jam structure by reinforcing the gel matrix and controlling water mobility. This delivers healthier products with premium texture credibility and shelf-life stability.
SAVE® — Advancing with the World: Sustainable Solutions, Ready Today.