Nitrogen Total (N) | 0% |
Phosphorus (P) | 0% |
Potassium (K) | 0% |
Iron (Fe) | 6.00% |
Water soluble | 6.00% |
MicroMax WS Iron is a premium fully water-soluble fertilizer, consisting of EDDHA-chelated iron plus X3, a specific biostimulant that enhances the absorption of the Fe-chelate compound into plant leaves resulting in optimum uptake by a large variety of crops.
Specific Usage
Micromax WS Iron is a premium water soluble fertilizer which can be easily and safely used in agriculture and horticulture to prevent and control iron deficiencies in a wide variety of crops, like cereals, vegetables, flowers and fruit-trees. It is equally efficient when applied by fertigation and by foliar spray.
As circumstances can differ and as application of products is beyond our control, ICL Specialty Fertilizers cannot be held
responsible for any negative results. With this publication, all previous given recommendations expire.
Before a new rate, product or application method is used, a small-scale trial is recommended.
Ask your local ICL Specialty Fertilizers dealer or the ICL Specialty Fertilizers representative in your country for more information or recommendations.
Fertigation applications (kg/ha)
Crop | Application rate | Application timing |
Flowers & Vegetables | 3-5kg/ha |
Start at first Fe-chlorosis symptoms |
Top & Soft Fruits | 5-7 kg/ha |
Start at first Fe-chlorosis symptoms |
Foliar Application (% of the solution)*
Crop | Application rate | Application timing |
Ag Crops | 0.3-0.4% |
Start at first Fe-chlorosis symptoms; apply 2 additional sprays at 10-15 days intervals |
Flowers & Vegetables | 0.2-0.3% |
Start at first Fe-chlorosis symptoms; apply 2 additional sprays at 10-15 days intervals |
Top & Soft Fruits | 0.2-0.3% |
Start at fruit-set; watch for Fe deficiency symptoms and react immediately by apply 2-3 additional sprays at 10-15 days intervals |
MicroMax WS Iron is a premium fully water-soluble fertilizer, consisting of EDDHA-chelated iron plus X3, a specific biostimulant that enhances the absorption of the Fe-chelate compound into plant leaves resulting in optimum uptake by a large variety of crops.