Introducing EDTA Mix – Fe, Mn, Cu, Zn, B, Mo – a comprehensive blend of chelated micronutrients formulated to prevent and correct multiple deficiencies in crops. With EDTA chelation technology, this product ensures high solubility, stability, and rapid absorption through both foliar and soil applications.

Complete Chelated Micronutrient Support

• 5% Fe (Iron): Restores chlorophyll production and prevents yellowing (chlorosis). Learn more about the role of iron and other micronutrients in plants.
• 4% Mn (Manganese): Boosts photosynthesis efficiency and enzyme activation.
• 1% Cu (Copper): Improves reproductive growth, pollen viability, and plant defense.
• 4% Zn (Zinc): Essential for hormone balance, shoot elongation, and fruit setting.
• 1.5% B (Boron): Enhances cell wall formation, flower fertility, and fruit quality.
• 0.05% Mo (Molybdenum): Vital for nitrogen fixation and protein synthesis.
• EDTA Chelation: Keeps nutrients stable and readily available for quick plant uptake.

Key Benefits of EDTA Mix – Fe, Mn, Cu, Zn, B, Mo 

• Multi-Deficiency Protection: Corrects and prevents hidden micronutrient shortages in crops.
• Enhanced Growth & Yield: Supports strong vegetative and reproductive development.
• Fast Acting & Water-Soluble: Ensures rapid crop response through foliar, fertigation, or soil use.
• Safe & Efficient: Gentle on crops, minimizing risks of phytotoxicity while maximizing nutrient efficiency.
• Universal Application: Ideal for vegetables, fruits, cereals, ornamentals, and greenhouse cultivation.

How to Use

• Foliar Spray: Dissolve recommended dosage in water and apply during cooler hours for maximum absorption.
• Soil Application: Mix with irrigation water and apply near the root zone for efficient uptake.
• Fertigation & Hydroponics: Fully compatible with modern irrigation and hydroponic systems.

Packaging

• Product Name: EDTA Mix (Fe 5%, Mn 4%, Cu 1%, Zn 4%, B 1.5%, Mo 0.05%)
• Net Weight: 1 kg
• Purpose: Specially designed for professional growers aiming to maintain optimal crop nutrition, prevent micronutrient deficiencies, and ensure consistent yields.