Niranbio Chemical

Phosphoric Acid Manufacturer China

We are a leading manufacturer of phosphoric acid, specializing in producing high-quality acids used in various industrial and
agricultural applications worldwide.
You can get from us:

PHOSPHORIC ACID

Phosphoric acid, also denoted as H₃PO₄, serves as a versatile and extensively employed acidulant within the food industry. Phosphates, on the other hand, represent salts or esters derived from phosphoric acid. When Phosphoric Acid reacts with a base (like sodium, potassium, or calcium), it forms phosphate salts.

In foods, phosphates are used for a variety of purposes including as leavening agents in baking, emulsifiers in processed cheese, and stabilizers in many processed foods. Common food-grade phosphates include disodium phosphate, trisodium phosphate, and tetrasodium pyrophosphate.

Our main product is phosphate powder, it can serve as a buffering and chelating agent. NIRAN Biochemical carefully selects quality raw materials for you. We rigorously manage production costs and product quality to offer you highly competitive prices within the food ingredients industry.

TYPES OF PHOSPHORIC ACID

In the food industry, different types of phosphoric acid and their derivatives are used for various purposes. Here are the main types in the food sector:

Phosphoric Acid

Orthophosphoric Acid (H₃PO₄)

Commonly used as an acidulant in foods and beverages like soft drinks (e.g., cola) to provide tanginess and control pH, preventing the growth of mold and bacteria.

Polyphosphoric Acids

Includes compounds like sodium polyphosphate, potassium polyphosphate, and calcium polyphosphate. Used as emulsifiers to improve texture, retain moisture in meats and seafood, and stabilize proteins in dairy products.

Pyrophosphoric Acid (H₄P₂O₇)

Used in baking powders as leavening agents to help baked goods rise and as sequestrants to bind metal ions, preventing discoloration and off-flavors in foods.

Phosphates and Polyphosphates

Sodium phosphate, potassium phosphate, and calcium phosphate. Uses: Added to foods for nutrient fortification, pH control, and texture improvement in processed meats, cheeses, and dairy products.

Phosphate Salts

Monosodium phosphate, disodium phosphate, trisodium phosphate. Uses: Serve as emulsifiers and stabilizers to improve texture in cheese and dairy products, as buffering agents to maintain desired pH, and as thickening agents in sauces, dressings, and desserts.

APPLICATIONS OF PHOSPHORIC ACID

Phosphoric acid is highly valued in the food industry for its versatility and efficacy as an additive. While it’s prized for its ability to impart a sour flavor and act as a preservative, its use is balanced with considerations for health and nutrition, particularly in relation to dietary phosphate intake.

Beverage Industry

Beverage Industry

Soft Drinks: Phosphoric acid is commonly used in cola and other carbonated beverages for its sharp, tangy taste. It helps balance the sweetness of the drink and adds a distinct acidity that is characteristic of these beverages.

Sports Drinks: Sometimes used to adjust the pH level and add tartness, enhancing the flavor profile of sports and energy drinks.
Bakery Industry

Processed Foods

Leavening Agent: In the bakery industry, Phosphoric Acid can react with baking soda to produce carbon dioxide, helping baked goods rise.

Flavor Enhancer: It can enhance the tanginess or sourness in various processed food products.
Phosphate Powder

Phosphates

Phosphates are salts formed from the combination of phosphoric acid with one or more metals, such as sodium, potassium, or calcium. Its applications are: as preservatives and acidity regulators; improving food texture and stability; as chelating agents; or as leavening agents.

Our main phosphate products are as follows:
Dairy Products

Dairy Products

Cheese Making: Phosphoric Acid may be used to set the protein in some cheese-making processes, helping in curd formation.

Preservatives

Preservatives

Its capacity to reduce the pH of food items renders it a potent preservative, thwarting the proliferation of microbes and fungi, and consequently prolonging the shelf life of diverse food products.

Nutrition & Dietary Supplements

Nutrition & Dietary Supplements

Phosphoric Acid is sometimes used in the production of nutritional supplements, especially those requiring an acidic component.

Culinary

Culinary Uses

In small quantities, it can be used to acidulate foods and sauces, adding a tangy flavor without overwhelming the dish.

FAQ

Phosphoric Acid (H₃PO₄) is a colorless, odorless phosphorus-containing inorganic acid. It finds predominant use in the food industry as both an acidity regulator and flavor enhancer, notably in cola beverages, prized for its zesty flavor profile.

Yes, Phosphoric Acid is considered safe for consumption in the amounts typically used in food and beverages, as approved by food safety authorities like the FDA and EFSA.

It is most commonly used in soft drinks and sports drinks to provide a tangy flavor and to adjust the pH level. Additionally, it sees application in certain processed food items as a means of preservation.

Excessive consumption of beverages containing Phosphoric Acid, such as cola drinks, can contribute to dental erosion due to its acidic nature. It is advised to consume these beverages in moderation.

Phosphoric acid itself does not provide nutritional value, but phosphorus, the element in Phosphoric Acid, is an essential nutrient important for bone health.

It is usually listed as 'Phosphoric Acid' or 'E338' in the list of ingredients on food labels.

Ingested in normal amounts as commonly found in food and beverages, it is generally regarded as safe. However, high intake, particularly from soft drinks, has been linked in some studies to lower bone density and chronic kidney disease.

Citric acid is a common alternative, especially for adding tartness to beverages and foods, though the flavor profile is slightly different.

It is less common in organic foods, as organic standards usually favor naturally occurring substances like citric acid.

It can interact with other ingredients to adjust pH and flavor. In beverages, it works with sweeteners to balance sweetness and tartness.

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