Phytate-based sequestrants — phytic acid and sodium phytate — that bind iron, copper, and calcium to control metal-catalyzed oxidation and scale in food and beverage systems.
Los ésteres de fosfato y sus derivados en alimentos y bebidas son secuestrantes a base de fitato — ácido fítico y su sal sódica — que fijan iones metálicos polivalentes para controlar la oxidación catalizada por metales y las incrustaciones. Phytic acid is myo-inositol hexaphosphate: six phosphate groups on one ring give it a high affinity for iron, copper, and calcium across a wide pH range. Where trace iron or copper is driving color loss or rancidity, a phytate sequestrant locks up the metal at low addition levels.
The two forms differ in how they handle pH. Free phytic acid is strongly acidic and pulls system pH down, which suits low-pH beverages and dips but can clash with neutral formulas. Sodium phytate is the pH-neutral, more soluble salt — easier to dose into neutral systems, at the cost of added sodium. Choose the free acid where mild acidity is acceptable; choose the sodium salt where pH must stay neutral and a small sodium contribution is tolerable.
Phytate sequestrants protect color and flavor in dressings, canned and cured foods, seafood, and beverages by removing the metal catalysts that start oxidation. They also help suppress metal-protein haze and scale in process water. Add the sequestrant early, before the metal can catalyze a reaction, and confirm compatibility with any mineral fortificants, since a sequestrant competes for the same calcium, iron, or zinc you are trying to declare on the label.
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