EDDHA-Fe 6 Micronutrient Fertilizer

EDDHA-Fe 6 is used as Agriculture and Garden ,foliar & base Supplement Iron micronutrient to plant. EDDHA-FE6 is the source of Iron micronutrient for plant growth and without which the disorders like iron colorists occurs which results in reduction in yields.

Appearance Assay Ortho-Ortho content Solubility PH value (1% solution) Rating
Deep brown powder or micro-granules 5.5-6.5% 30%/50%/60%/70%/80% 60 g/L
(20℃)
7-9

Description
EDDHA-FE6 is used as Agriculture and Garden ,foliar & base Supplement Iron micronutrient to plant. EDDHA-FE6 is the source of Iron micronutrient for plant growth and without which the disorders like iron colorists occurs which results in reduction in yields.EDDHA-FE6 is a micro iron chelate and is developed for correction and prevention of iron deficiency in agricultural and horticultural crops, particularly in alkaline and calcareous soils.

EDTA Chelation Fe
Product Fe Content Formula Appearance PH
EDTA FeNA 12.5-13.5% EDTA-FeNa.3H2O Yellow Powder 3.5-5.5
EDTA FeK 12.0-13.0% EDTA-FeK Yellow Powder 3.5-5.5
EDTA FeNH4 7.0-8.0% EDTA-FeNH4 Yellow Liquid 6.0-8.0
EDDHA Chelation Fe
Product Fe Content Ortho-Ortho Appearance PH
EDDHA Fe 5 4.8-5.2% 1.8 - 4.8 Dark Red-brown Powder/Granule 7.0-9.0
EDDHA Fe 6 5.8-6.2% 1.8 - 4.8
EDDHA Fe 7 6.8-7.2% 1.0 - 2.5

Crops
Rice, Cotton, Corn, Tea, Water melon, Banana, Wax apple, Grape, Peach, Pear, Cucumber, Chili.

Competitive Advantages
1. Contains 6% water soluble iron chelated by EDDHA of which 4.0% is chelated by the most biologically effective ortho-ortho isomer.
2. EDDHA-Fe6 is highly stable iron chelate suitable for use in high pH soils with high calcium carbonate levels.
3. Free-flowing, dustless and readily soluble spray agglomerated micro-granules.
4. Compatible with soluble phosphates thereby remaining effective in hydroponics and liquid feed systems.

  • To prevent and correct iron deficiency in most, horticultural, ornamental and arable crops growing in soils of adversely high pH. Recommended for soil application either directly or via fertigation systems..
  • As a highly effective iron source in hydroponics especially during periods of poor iron uptake caused by environmental or physiological factors.