The effectiveness of micronutrient fertilizers and food fortification ingredients often hinges on their chemical form and stability. For iron, this means leveraging chelation technology. Sodium Iron EDTA (CAS: 15708-41-5) is a prime example of how chemistry can solve bioavailability challenges, making it a cornerstone in both agriculture and nutrition.

At its core, Sodium Iron EDTA is a complex molecule where an iron ion (Fe³⁺) is tightly bound by the ethylenediaminetetraacetic acid (EDTA) ligand. This 'chelate' structure protects the iron ion from reacting with other substances in its environment, such as phosphates or hydroxides present in soil or food matrices. These reactions could otherwise render the iron insoluble and unavailable for absorption by plants or the human body.

From an agricultural perspective, as a manufacturer and supplier in China, we provide Sodium Iron EDTA because it ensures that iron remains soluble in the soil solution, even at pH levels where inorganic iron would precipitate. This high solubility directly translates to improved iron uptake by plant roots, effectively preventing and correcting iron chlorosis. Farmers who choose to buy Sodium Iron EDTA for their crops benefit from enhanced photosynthesis, stronger growth, and increased yields.

In the food industry, the stability offered by the EDTA chelate is equally advantageous. It allows for the effective fortification of various food products without imparting undesirable metallic tastes or colors, provided the concentration is appropriate. Its role as a food fortifier is well-established, contributing to the prevention of iron deficiency anemia. When sourcing, understanding the price relative to the guaranteed quality and bioavailability is key. Our commitment as a manufacturer ensures you receive a product that performs reliably.

The chemical structure of Sodium Iron EDTA is designed for optimal performance. The EDTA molecule has six potential binding sites, creating a strong, cage-like structure around the iron ion. This strong bond is stable across a wide pH range, which is critical for its diverse applications. As a trusted supplier, we offer this scientifically advanced solution to meet your specific needs, whether for crop health or nutritional enhancement.

For those interested in the science behind effective nutrient delivery, Sodium Iron EDTA represents a successful application of coordination chemistry. We invite you to inquire for a quote and learn more about how our high-purity Sodium Iron EDTA can benefit your products. Partner with us, a dedicated manufacturer, to access this essential chelated iron compound.