Comparing E327 - calcium lactate vs E331 - Sodium citrates
Overview
Synonyms
Functions
Products
Found in 1,709 products
Found in 14,247 products
Search rank & volume
Awareness score
Search volume over time
Interest over time for 2 keywords in U.S. during the last 10 years.
Search history data is not available.
Popular questions
Is calcium lactate dairy?
No—calcium lactate (E327) is a mineral salt of lactic acid and is not a dairy product; it contains no milk proteins or lactose.
What is calcium lactate good for?
It’s used to supply calcium and as a firming/thickening and acidity-regulating agent in foods; it’s also common in alginate spherification and for calcium fortification or supplementation.
Does calcium lactate contain dairy?
No, it doesn’t contain dairy; despite the name, it’s typically made by fermenting sugars or via synthesis and is free of milk proteins and lactose.
Does calcium lactate have dairy?
No—it's not derived from milk and does not have dairy components.
How to make popping boba without calcium lactate?
Use direct spherification: blend 0.5–1% sodium alginate into your flavored liquid, let it rest to de-bubble, then drip it into a 0.7–1% calcium chloride solution for 30–60 seconds and rinse to remove any bitterness.
What is e331 in food?
E331 is sodium citrates—the mono-, di-, and trisodium salts of citric acid—used mainly as acidity regulators/buffers, sequestrants, and emulsifying salts in foods like soft drinks and processed cheese.
How are sodium citrates used in molecular gastronomy?
They’re used to adjust and buffer pH, chelate calcium, and act as an emulsifying salt—commonly to make ultra-smooth, meltable cheese sauces and to tune acidity/calcium levels for techniques like spherification and stabilizing foams.
What are sodium citrates degradation byproducts?
Under normal food use they’re stable; with strong heating/combustion they decompose to carbon oxides (CO2/CO) and sodium oxides (and related inorganic residues).
Why does sodium citrates burn?
It isn’t flammable; any “burning” sensation typically comes from irritation of skin, eyes, or mouth at high concentrations due to its mildly alkaline, saline nature, and on heating it decomposes rather than sustaining a flame.