Pressurized gasified lipid emulsions: NestleRecent Research Landscape
Standard dairy alternatives suffer from structural collapse and poor mouthfeel during pressurized dispensing. These formulations engineer specific plant-protein and lipid networks to maintain foam stability and overrun in ready-to-use formats.
What technical problems is Nestle addressing in Pressurized gasified lipid emulsions?
Inadequate foam stability and volume
(6)evidences
Rapid collapse of aerated structures in liquid lipids leads to poor mouthfeel and visual inconsistency. Preventing this degradation ensures long-term shelf stability and consistent texture in pressurized delivery systems.
Inadequate plant protein foam stability
(6)evidences
Plant-based lipid systems often suffer from rapid bubble coalescence and structural collapse. Improving foam longevity ensures consistent texture and mouthfeel in non-dairy creamer applications.
Inadequate emulsion storage stability
(5)evidences
Plant-based or synthetic whiteners often lack the viscosity and richness of natural dairy fats. Improving texture and mouthfeel addresses the sensory gap that prevents consumer adoption of non-dairy substitutes.