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Fe EDDHA 6 Fertilizer

FE
Agriculture-94

Product code RXSOL-94-9452-006

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A chelated EDDHA/EDDHSA 6% in the form of micro- granules and is completely soluble in water. Has very high composition of Iron Chelates EDDHA). Effective in prevention and correction of Iron Chlorosis. It works effectively at a pH range of 3.5 to 12.

Iron chelated with EDDHA is a water soluble, dark red microgranular form of iron EDDHA to be used for the correction of iron deficiency in crops by means of soil application.

Avoids crop failure due to iron deficiency especially in high pH calcareous soils by boosting chlorophyll production in leaves.

Application

Iron deficiency in soil, in extreme cases, may lead to complete crop failure. RXSOL Fe-EDDHA 6% is a chelated micronutrient suitable for correcting iron dearth in high pH calcareous soils. The deficiency is usually recognized by chlorotic, or yellowed, intervein areas in new leaves and is typically found among sensitive crops grown in soils that primarily have calcium carbonate (CaCO3) in abundance.

Other Names

Fe EDDHA 6 percent, FerroActiv, Fe EDDHA, EDDHSA 6%

Useful Area

How to Fix Iron Deficiency:
Lower Soil pH – Add sulfur, peat moss, or ammonium sulfate to make iron more available.
Use Iron Supplements – Apply iron chelates (EDDHA, DTPA) or foliar iron sprays for quick results.
Improve Drainage & Aeration – Loosen compacted soil and avoid overwatering.
Add Organic Matter – Compost or manure can enhance iron availability.

Industrial Area

Symptoms of Iron Deficiency:
Yellowing of young leaves while veins remain green (interveinal chlorosis).
Slow or stunted growth in affected plants.
In severe cases, leaves may turn completely yellow or even white, leading to leaf drop.

Precautions & Remarks

Yes, yellowing leaves (chlorosis) can be a sign of iron deficiency in plants. This condition occurs when the plant is unable to absorb enough iron, which is essential for chlorophyll production.
 
 
Causes of Iron Deficiency:
✔ High soil pH (alkaline soil, pH above 7.0) – Iron becomes unavailable for plant absorption.
✔ Poorly drained or compacted soil – Reduces root ability to take up nutrients.
✔ Excessive phosphorus in soil – Can block iron absorption.
✔ Low organic matter – Iron availability is reduced in sandy or depleted soils.

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Supply Locations

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