Ferrous Edta
| Usage/Application: | Agriculture,Fertilizer |
| Packaging Size: | 25 & 50 Kg |
| Form: | Powder |
| Packaging Type : | Bags |
| Minimum Order Quantity : | 10000 Order |
Product Description:
Iron E-13 has 13% Iron chelated by EDTA, (Ethlene Diamine Tetra Acetic acid) useful in treating plants with Iron deficiency through foliar application. Plants grown on soils deficient in Iron, alkaline and calcareous soils, and leached soils express Iron deficiency. Horticultural crops, especially perennials like Apple, Pear, oranges, fruit crops like Grapes, Vegetables like Tomato, Cucumber, ornamental like Roses, Gerbera, Carnation are susceptible to Iron deficiency. Iron deficient plants do not grow normally and ultimately die also. This is the source of Iron. Iron is a micronutrient which is required for plant growth and without which the disorders like iron colorists occurs which results in reduction in yields.
EDTA Fe is a stable water soluble metal chelate, mainly used in agriculture and horticulture as micronutrient, to prevent and correct Ferric deficiencies. Applicable in Foliage fertilizers, in trickle irrigation, absorbed in NPK etc. EDTA Fe provides healthy growth to plant and maximum yield to crop.
Uses:
Ferric EDTA is useful in treating plants with Fe deficiency through foliar application. As an iron micronutrient source for hydroponics, liquid feed solutions and soilless growing media. EDTA Fe provides healthy growth to plant and maximum yield to crop.
Specifications:
Product Name:- EDTA Fe 12%
- Other name:- Ferric EDTA, EDTA Ferric, Ferric Ethylene Diamine
Tetra Acetic acid.
- Appearance:- Light Yellow Tan Powder
- Formula:- C10H12N2O8 FeNa.3H2O
- Ferric Content:- 12% min.
- pH (1% solution):- 4 – 6
- Clarity:- Clear Solution
Role of Iron in Plant Growth:
- It promotes formation of chlorophyll.
- It acts as a oxygen carrier.
- It helps reactions involving cell division & growth.
Application:
- Iron EDTA or Fe EDTA chelate is used for the prevention and correction of Fe deficiencies induced by lack of Fe or imbalances of Fe assimilation.
- Iron EDTA is stable at pH below 6.0.