Quick answer (TL;DR): A three-part system of 0.25 % iota carrageenan + 0.05 % high-acetylated cellulose gum + 0.40 % sunflower lecithin prevents creaming and cocoa sediment in most oat, almond, and soy beverages—without chalky mouthfeel.
Component | % w/w (finished drink) | Role |
---|---|---|
Iota carrageenan | 0.25 % | Forms weak elastic network; resists creaming |
Acetylated cellulose gum (HPMC-E4M) | 0.05 % | Boosts viscosity without gel; adds heat stability |
Sunflower lecithin | 0.40 % | Emulsifies oil droplets; improves mouthfeel |
Optional: calcium carbonate | 0.12 % | Mineral fortification; activates carrageenan |
LA gellan (0.03 %) can work but gives a firmer gel and may settle cocoa fines. LM pectin requires higher dose (≥ 0.3 %) and calcium control.
At ≤ 0.4 % sunflower lecithin is neutral; soy lecithin can add beany notes.
Written by Edmund “Ed” McCormick CEO and chief formulator at Cape Crystal Brands, supplying clean-label hydrocolloids—thickeners, gelling agents, emulsifiers, and stabilizers—to chefs and food innovators worldwide. He is the author of the 592-page Beginner’s Guide to Hydrocolloids, acclaimed for turning complex food chemistry into practical, kitchen-ready know-how, and he shares further insights through free online calculators, tutorials, and his popular blog.
Last reviewed: 19 June 2025