Ethanol Beta Amino Phosphoric Acid – A Versatile Bio-Phosphonate for Agriculture, Industry, and Biotech
1. Introduction
Ethanol Beta Amino Phosphoric Acid, known as 2-Aminoethylphosphonic acid (AEPA), is an organic phosphonate compound with strong chelating properties and excellent biological compatibility. Its molecular formula is C2H8NO3P, and it is widely used in veterinary medicine, fertilizers, water treatment, industrial chemicals, and pharmaceutical applications.
2. Major Applications
Veterinary & Animal Nutrition
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Enhances mineral absorption (Fe, Zn, Cu, Mg) through chelation
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Stabilizes pH and active ingredients in injectable and oral formulations
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Improves metabolic efficiency and immune function in animals
Fertilizer & Agriculture
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Works as a chelating agent in micronutrient fertilizers
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Prevents nutrient precipitation and increases uptake in high pH soils
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Supports foliar sprays and precision agriculture
Industrial Chemicals & Water Treatment
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Used as anti-corrosion additive in cooling water systems and boilers
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Prevents scale formation (Ca, Mg) in hard water
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Component in stable high-performance detergents
Pharmaceutical & Biotech Research
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Acts as intermediate for synthesizing bioactive compounds
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Supports formulation of stable antioxidants and phosphorous-containing drugs
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Compatible with cell biology and molecular research environments
3. Key Benefits
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Strong metal chelation with low toxicity
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Excellent solubility and stability under varying conditions
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Suitable for powders, liquids, and tablet formulations
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Multi-industry usage with eco-friendly performance
4. Technical Specifications
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Name: 2-Aminoethylphosphonic Acid / AEPA
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Form: White crystalline powder
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Purity: ≥ 98%
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Solubility: Fully soluble in water
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Packaging: 25kg PE-lined bags
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Origin: China / India / Germany
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Storage: Dry, cool place away from direct sunlight
5. Conclusion
Ethanol Beta Amino Phosphoric Acid (AEPA) is a multi-industry, environmentally friendly, high-functionality phosphonate, offering excellent metal stabilization, pH control, and metabolic benefits. It is a key ingredient for sustainable formulations in modern agriculture, veterinary, industrial, and pharmaceutical applications.
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