P EDDHA Fe 500gm
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Fe EDDHA
Appearance- Free flowing crystalline/powder
Ferrous content (Expressed as Fe) per cent by weight, minimum in the form of Fe-EDDHA – 6
Lead (as Pb) per cent by weight maximum 0 – 0.003
pH – 5.5-6.5
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P Chelated Boric Acid 500gm
P-Boric Acid(MicronutrientFertilizer)
COMPOSITION- H3803
- Boron content(expressed as B), percent by weight minimum – 17%
- Lead(as Pb), percent by weight maximum – 0.003%
- Matter insoluble in water % by weight maximum – 1%
ROLE OF BORON IN PLANT NUTRITION
- B-involved in Cell Wall development & membrane integrity.
- B-is part of several importan tEnzymes, participate in Calcium metabolism & Motility.
- B-plays important role in pollen tube formation & fruit Setting.
- B-plays important role in flower formation.
P Chelated Zinc 500gm
P-chelated Zinc (Micronutrient Fertilizer)
COMPOSITION
- Zinc content (expressed as Zn), percent by weight minimum in the form of Zn-EDTA – 12%
- Lead (as Pb), percent by weight maximum – 0.003 %
- pH – 6.0-6.5 %
ROLE OF ZINC IN PLANT NUTRITION
- Zn- regulates Enzymes system of metabolic Activities in plants,
- Zn-involved in Auxine Production & Oxidation processes.
- Zn- plays important role in Carbohydrate transformations & sugar regulation.
- Zn-involved in RNA synthesis & water regulation in plants
P Chelated Copper 500gm
Cu-EDTA
Appearance- Free flowing crystalline/powder
Copper content (Expressed as Cu) per cent by weight, minimum in the form of Cu-EDTA – 12
Lead (as Pb) per cent by weight maximum 0 – 0.003
pH – 5.5-6.5
P Chelated Ferrous 500gm
P-Chelated Ferrous(MicronutrientFertilizer)
COMPOSITION
- Iron content(expressed as Fe), percent by weight minimum in the form of Fe-EDTA – 12%
- Lead (as Pb), percent by weight maximum – 0.003%
- pH – 5.5 to 6.5%
ROLE OF FERROUS IN PLANT NUTRITION
- Fe-involved in photosynthesis & Chlorophyll synthesis
- Fe- is part of several important enzymes, participate in lignin, protein, carbohydrate &vitamins Synthesis.
- Fe- plays important role in the reduction of Nitrates & Sulphates with nitrogen assimilation