Iron Zinc Manganese is a specialized liquid micronutrient formulation developed to supply iron, zinc, and manganese simultaneously in professional crop nutrition programs. The product is particularly suitable for conditions where multiple micronutrient deficiencies may occur together, especially in calcareous and alkaline soils.
In many orchard and field crops, symptoms such as poor growth, reduced greenness, chlorosis, and weak shoot development are not caused by iron deficiency alone. Zinc and manganese deficiencies frequently occur alongside iron deficiency and can limit plant performance even when individual nutrient applications are used. This formulation was developed to address these combined nutritional challenges through a balanced supply of three key micronutrients.
Iron contributes to chlorophyll formation, photosynthetic activity, and leaf greenness. Zinc plays an important role in enzyme activity, growth regulation, shoot development, and reproductive growth. Manganese supports photosynthesis, nitrogen metabolism, and various enzymatic processes. The combination of these nutrients helps maintain active growth and improve overall nutritional balance throughout the growing season.
Its liquid formulation allows convenient application through both foliar spraying and fertigation, making it suitable for orchard, field, vegetable, and greenhouse crops where regular micronutrient supplementation is required.
Guaranteed Analysis
• Total Nitrogen (N): 1.7% (w/w)
• Available Potassium (K₂O): 1.7% (w/w)
• Soluble Iron (Fe): 2% (w/w)
• Soluble Zinc (Zn): 4% (w/w)
• Soluble Manganese (Mn): 2% (w/w)
Application Guide
In calcareous and alkaline soils, repeated applications during active growth stages generally provide more consistent micronutrient availability than single corrective treatments.
Foliar Application
2–3 L per 1000 L of water
Fertigation
4–8 L per hectare
Recommended Timing
From the beginning of vegetative growth until full canopy development, particularly during periods when iron, zinc, and manganese deficiencies are likely to occur.
