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    • Water retention agent

      • Sodium tripolyphosphate works (like other phosphates) as a water retention agent. This is a highly sought-after property for processed meat products, as the chemical reacts well with the protein and globulin found in meat. STPP can also chelate ions with Ca2+, Mg2+, Cu2+, Fe2+ and other metal ions in solution to form soluble chelates.
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  2. Jan 11, 2022 · How does STPP work as a food additive? Sodium tripolyphosphate works (like other phosphates) as a water retention agent. This is a highly sought-after property for processed meat products, as the chemical reacts well with the protein and globulin found in meat.

  3. Jan 30, 2024 · Structurally, STPP is made up of five sodium atoms, three phosphorous atoms, and ten oxygen atoms stuck together. It is commonly made by mixing monosodium phosphate and disodium phosphate to produce a white crystalline powder that has no smell and easily dissolves in water.

    • Nat Robinson
  4. DESCRIPTION. Sodium Tripolyphosphate is anhydrous or contains six molecules of water of hydration. It occurs as white, slightly hygroscopic granules, or as a powder. It is freely soluble in water. The pH of a 1 in 100 solution is about 9.5. Functional Use in FoodsTexturizer; sequestrant. REQUIREMENTS Identification. A.

  5. It also contains sodium tripolyphosphate, which gently lifts and helps prevent surface tooth stains from forming. Brushing twice a day, every day, provides clinically significant sensitivity relief in as little as 3 days and thereafter and whitens teeth.

  6. Feb 19, 2022 · Sodium tripolyphosphate raises the pH of the meat. This allows for the proteins to retain more water, that way they can be more easily emulsified with the fat. Sodium tripolyphosphate also creates a stronger emulsion so that during and after the cooking process the meat will not degrade and become mealy or greasy.

  7. Historically, the main reason for the addition of salt to food was for preservation. Because of the emergence of refrigeration and other methods of food preservation, the need for salt as a preservative has decreased (He and MacGregor, 2007), but sodium levels, especially in processed foods, remain high. As discussed in Chapter 3, the tastes and flavors associated with historical salt use have ...

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