Calcium Phytate CAS 7776-28-5: Properties, Applications, and Extraction
Discover the benefits and uses of Calcium Phytate, a key ingredient in food and pharmaceutical industries.
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Calcium Phytate
Calcium phytate is a compound salt formed by phytic acid and metal ions such as calcium and magnesium. It is known for its significant anti-oxidation properties and its ability to complex with metal ions, making it a valuable ingredient in various sectors.
- Explore the anti-oxidation capabilities of calcium phytate, crucial for preserving food quality and extending shelf life.
- Learn about the metal ion complexing ability of calcium phytate, useful in applications requiring metal sequestration.
- Understand the extraction process of calcium phytate from raw materials like cassava, potato, and rice bran.
- Discover the key specifications for calcium phytate, including appearance as a white to off-white crystalline powder and a particle size of 95% passing through 80 mesh.
Key Advantages of Calcium Phytate
Versatile Applications
Calcium phytate's dual action of anti-oxidation and metal ion complexing makes it a versatile compound with broad applications in the food and pharmaceutical industries, supporting product stability and efficacy.
Product Quality Enhancement
Its anti-oxidant properties help in preventing the degradation of food products, thereby maintaining their quality and extending their shelf life, a key aspect when considering food ingredient sourcing strategies.
Controlled Extraction Methods
The article details extraction processes for calcium phytate, offering insights into how this valuable fine chemical is produced, which is vital for manufacturers and buyers.
Key Applications
Food Industry
Calcium phytate is widely used in the food industry for its anti-oxidant properties, helping to preserve food quality and extend shelf life, a common concern in food ingredient sourcing strategies.
Pharmaceutical Sector
In pharmaceuticals, calcium phytate's ability to complex metal ions and its anti-oxidant characteristics are leveraged for various therapeutic applications, highlighting its importance as a fine chemical.
Nutritional Supplements
As a source of calcium and a compound with beneficial properties, it can be considered for nutritional supplements, though understanding its role alongside other phytate chemistry and applications is key.
Chemical Synthesis Intermediate
Its chemical properties make it a potential intermediate in the synthesis of other specialized compounds, showcasing its role within fine chemical manufacturing insights.