Freezer-Stable Gelatin Dessert Composition

The patent applies composite materials by combining gelatin with hydrocolloids (such as carrageenan, guar gum, locust bean gum, or starch) to create a stabilized gel system. This composite formulation allows the dessert to maintain its gel structure during freezing and thawing cycles, resolving the contradiction between extended shelf life and freezing stability. The hydrocolloids form a network that supports the gelatin structure, preventing syneresis and texture degradation.

The patent employs parameter changes by modifying the chemical composition parameters of the gelatin system through addition of specific hydrocolloids at controlled concentrations (0.1-5% w/v). This changes the physical-chemical parameters of the gel network, enabling it to withstand freezing temperatures while maintaining organoleptic properties, thus achieving both extended shelf life and freezing stability.

The patent uses composite materials by integrating gelatin with hydrocolloids to create a dual-network gel structure. The hydrocolloids provide structural support that prevents gelatin network collapse during freezing, maintaining gel structure stability while enabling long-term frozen storage. Specific hydrocolloids like carrageenan form rigid gels that reinforce the softer gelatin matrix.

The patent applies beforehand cushioning by pre-forming the gelatin-hydrocolloid gel structure before freezing. This pre-stabilized network acts as a cushion against the disruptive effects of freezing, preventing ice crystal formation that would otherwise damage the gel structure. The hydrocolloid network provides a scaffold that protects the gelatin structure during subsequent freezing and thawing cycles.