Fe | 4.0 |
|---|---|
Mn | 1.0 |
Zn | 6.0 |
Cu | 0.5 |
Mo | 0.0 |
B | 0.5 |
- High Bioavailability: The "claw-like" (chele) structure protects the metal ion from being "locked up" or fixed in the soil, ensuring the nutrients remain soluble and easily absorbed by plant roots and leaves.
- Effective in Problem Soils: Highly stable in alkaline, calcareous, or high-pH soils where traditional inorganic salts (like sulphates) quickly turn into insoluble, unavailable forms.
- Rapid Correction of Deficiencies: Highly efficient for foliar applications, providing quick, curative action to visible deficiencies.
- Ideal for Fertigation: Completely water-soluble, ensuring they do not clog pipes and nozzles in drip or sprinkler systems.
- High Compatibility: Generally compatible with other pesticides, fertilizers, and plant protection products in tank mixes.
- Lower Application Rates: Because of high absorption efficiency, lower amounts are required compared to traditional fertilizers to achieve the same or better plant response.
- Enhanced Crop Quality: Promotes healthier growth, greener foliage, stronger roots, and better yields by aiding in critical functions like chlorophyll formation, enzyme activity, and protein synthesis.
- Variety of Types: Different chelating agents exist for specific needs (e.g., EDTA for general use, EDDHA for iron in high-pH soil, amino acids for eco-friendly/organic farming).
- Reduced Environmental Impact: Due to high uptake efficiency and reduced runoff, they are more environmentally friendly compared to inorganic alternatives.
- Superior Bioavailability: They keep metal micronutrients soluble, ensuring they remain in a form that plant roots can easily absorb.
- Rapid Deficiency Correction: Due to high solubility, they act quickly to fix deficiencies like chlorosis (yellowing leaves).
- High Stability in Soil: They prevent essential nutrients from reacting with soil components (oxidation/precipitation).
- Effective in Difficult Soils: They work efficiently in high-pH, alkaline, or calcareous soils where conventional nutrients often get "locked up".
- Increased Crop Yield & Quality: They boost overall plant metabolism, leading to better photosynthesis, stronger root growth, and higher quality, larger fruits.
- Enhanced Stress Resistance: They help crops withstand environmental stresses such as drought, extreme temperatures, and diseases.
- Lower Application Rates: Because of their high efficiency, lower amounts of fertilizer are needed compared to inorganic salts.
- Versatile Application: Highly stable for both soil applications and foliar sprays, making them compatible with drip irrigation systems.
