rexolin Fe Micronutrient Fertilizer:
Highly Available Iron for Chlorosis Control and Greener Crops
rexolin Fe (Iron EDTA Chelate) is a highly effective micronutrient fertilizer designed to correct iron deficiency in crops and restore healthy plant growth. Iron is essential for chlorophyll formation and enzyme activation in plants. When crops suffer from iron deficiency, leaves turn yellow (chlorosis) and plant growth becomes weak and stunted.
rexolin Fe contains chelated iron, where iron is bonded with EDTA (Ethylenediaminetetraacetic Acid). This chelation protects iron from getting fixed in the soil and keeps it readily available for plant absorption even in slightly alkaline soils. Because of its high solubility and stability, EDTA Fe ensures rapid correction of iron deficiency and promotes dark green foliage, improved photosynthesis, and better crop yield.
EDTA Fe is widely recommended for crops such as vegetables, fruits, plantation crops, cereals, and horticultural crops. It can be applied through foliar spray, drip irrigation, or soil application for fast and visible results.
rexolin Fe Product Overview
| Feature | Details |
|---|---|
| Product Name | EDTA Fe Micronutrient |
| Category | Chelated Micronutrient Fertilizer |
| Chemical Composition | Iron (Fe) 12% Chelated with EDTA |
| Formulation | Water Soluble Powder |
| Solubility | 100% Water Soluble |
| Mode of Action | Corrects Iron Deficiency and Improves Chlorophyll Production |
| Application Method | Foliar Spray, Soil Application, Drip Irrigation |
| Compatibility | Compatible with most fertilizers and micronutrients |
rexolin Fe Features and Benefits
Rapid Correction of Iron Deficiency
EDTA chelation protects iron from soil fixation, allowing quick uptake by plants and rapid recovery from chlorosis.
Improves Chlorophyll Formation
Iron is essential for chlorophyll synthesis, helping plants produce greener leaves and improve photosynthesis efficiency.
Highly Bioavailable Iron
Chelated iron remains soluble and available even in moderately alkaline soils, where normal iron fertilizers become unavailable.
Promotes Strong Plant Growth
Helps in enzyme activation, respiration, and metabolic functions that lead to better crop vigor and growth.
Enhances Yield and Crop Quality
Healthy leaves and improved photosynthesis increase crop productivity and improve fruit size, color, and quality.
Suitable for Multiple Application Methods
Can be used through foliar spray, fertigation, or soil application, giving farmers flexibility based on crop stage and irrigation method.
Usage and Crop Recommendations
| Crop | Deficiency Symptoms | Dosage/ha | Dilution in Water (L/Ha) | Application Stage |
|---|---|---|---|---|
| Grapes | Yellowing of young leaves | 250 – 500 g | 500 L | Vegetative stage |
| Pomegranate | Interveinal chlorosis | 250 – 500 g | 500 L | Early growth stage |
| Citrus | Yellow leaves with green veins | 250 – 500 g | 500 L | Pre-flowering stage |
| Tomato | Yellow young leaves | 250 – 400 g | 400 – 500 L | Vegetative growth |
| Chilli | Iron chlorosis | 250 – 400 g | 400 – 500 L | Early crop stage |
| Soybean | Pale yellow foliage | 250 g | 400 L | Vegetative stage |
Rain Fastness: Approximately 3 to 4 hours after foliar spray.
Method of Application: Foliar spray or fertigation. Apply when early symptoms of iron deficiency appear for best results.
Trust Markers
Scientifically Proven Chelation Technology
EDTA chelation technology ensures stable iron availability and efficient plant absorption.
Widely Used in Horticulture and Field Crops
EDTA Fe is a globally accepted micronutrient used by commercial farmers and agronomists.
High Purity and Water Solubility
Designed for fast mixing and clog-free spraying or fertigation systems.
Supports Balanced Plant Nutrition
Complements NPK fertilizers by supplying essential micronutrients needed for optimum plant growth.
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