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Ammonia Ferric Citrate Granules Manufacturing: Process and Benefits

Introduction
Ammonia ferric citrate granules are widely used in pharmaceuticals, food additives, and industrial applications due to their iron supplementation and chelating properties. The manufacturing process ensures high purity, stability, and bioavailability. This article explores the production process and key benefits of ammonia ferric citrate granules.

Manufacturing Process

1. Raw Material Preparation
High-quality ferric citrate and ammonia solution are selected to ensure product consistency. The raw materials undergo strict quality control to meet pharmaceutical or food-grade standards.

2. Reaction and Synthesis
Ferric citrate is dissolved in purified water, followed by controlled addition of ammonia solution under precise pH and temperature conditions. This forms ammonia ferric citrate, which is then concentrated through evaporation.

3. Granulation
The concentrated solution is spray-dried or subjected to fluidized bed granulation to form uniform granules. This step enhances solubility and ensures controlled particle size distribution.

4. Drying and Sieving
The granules are dried to remove residual moisture and sieved to achieve the desired particle size, improving flowability and dissolution properties.

5. Quality Control & Packaging
Final products undergo rigorous testing for iron content, purity, and microbial limits. They are then packed in moisture-resistant containers to maintain stability.

Key Benefits
– High Bioavailability: Ensures efficient iron absorption.
– Stable Formulation: Granules resist moisture and oxidation.
– Versatile Applications: Used in pharmaceuticals, food fortification, and industrial processes.

Conclusion
Ammonia ferric citrate granules manufacturing involves precise synthesis, granulation, and quality control to deliver a reliable iron supplement. Their superior stability and bioavailability make them a preferred choice in multiple industries.