Sodium Phytate, Food Grade

Sodium Phytate, the sodium salt derived from Phytic Acid, a cyclic acid with pivotal applications in various industries. As a significant phosphorus compound found in plants, it possesses exceptional chelating properties, effectively binding with diverse di- and trivalent cations. This compound, with CAS numbers 14306-25-3, 17211-15-3, and an EINECS number of 201-506-6, is characterized by its chemical formula C6H6O24P6Na12 and a molecular weight of 923.8.

Specification:
CAS NO.: 14306-25-3; 17211-15-3; 
EINECS No.: 201-506-6
Chemical Formula: C6H6O24P6Na12
Molecular Weight: 923.8

Synonyms: phytic acid sodium; D-myo-Inositol 1,2,3,4,5,6-Hexakisphosphate,12Na
Solubility: Soluble in water, insoluble in oil
Appearance: White crystalline powder
Assay [Sodium Phytate]: 85% min.
PH: 8~12 (As adjusted)
Chloride [Cl-]: 0.02% max.
Sulfate [SO4]: 0.02% max.
Calcium [Ca]: 0.02% max.
Heavy metals [Pb]: 10ppm max.
Arsenic [As2O3]: 1ppm max.

Key Features:

• Chelating Properties: Efficiently chelates with various di- and trivalent cations.
• Multiple Applications: Versatile in daily chemical industry, cosmetics, antioxidants, preservatives, water softeners, and more.
• Purity Standards: Food Grade quality ensures high purity for safe use across applications.
• Chemical Composition: Composed of Phytic Acid, forming a sodium salt (Sodium Phytate).

Applications:
Food Grade Sodium Phytate finds extensive utilization across diverse industries:

1. Cosmetics & Daily Chemicals: Acts as an additive, antioxidant, preservative, and color protector in cosmetic formulations.
2. Water Treatment: Functions as a water softener, enhancing water quality for various applications.
3. Fermentation Enhancement: Accelerates fermentation processes in food and beverage production.
4. Electroplating: Serves as an additive in electroplating processes, aiding in metal deposition.

Food Grade Sodium Phytate stands as a versatile compound, pivotal in various industries for its chelating properties and diverse range of applications. Its efficacy as a chelating agent and multifaceted utility make it a valuable addition across several sectors, ensuring optimal performance and quality in formulations.