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Actipol EDTA Fe-13

1 of 10 products in this brand
Actipol chelates effectively and quickly respond to the plants’ actual needs. They are also very effective in the period when uptake of nutrients by the plant’s root system is limited (drought, inappropriate pH). Iron chelate is designed for foliar feeding of plants and fertigation. It prevents chlorosis and covers the demand for iron.

Functions: Fertilizer

Chemical Family: Iron & Iron Compounds

Technical Data Sheet
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Identification & Functionality

Chemical Family
Agrochemical Functions
Technologies

Features & Benefits

Performance

Chelates are complex compounds in which the appropriate organic compound is tied to a metal ion. Actipol chelates mean:

• fully chelated microelements

• immediate availability of microelements by plants

• perfect solubility

• stability over a broad range of pH

• resistance to external factors.

Applications & Uses

Applicable Crop
Dosage

Plant

Dose of Actipol DTPA Fe-15 [kg/ha]

Number of applications

Working solution [l/h]

Time of application

Orchards (apple tree, pear tree, gean,cherry, plum, strawberry,raspberry, currant, blueberry)

 

 

 

 

1.0–1.5

3-5 every     10-14 days

700–1000

During all development phases

Vines

0.5–1.5

2–3

500–1000

1. Before flowering   2. After flowering

Vegetables

0.2–1.0

1–2

300–600

1. Beginning of vegetation

 

 

 

 

2. During intensive growth

Sugar beet

0.4–1.0

1–2

200–300

1. The 2-6 leaves phase

Agricultural crops

0.5–1.0

2–3

200–300

1. During intensive growth phase

Fertigation: From 8 g of Actipol DTPA Fe-15 per 1000 liters of water you get a solution of 1.2 mg Fe/liter.

Technical Details & Test Data

Iron and Its Significance

Iron is an indispensable component of the whole range of enzymes and has significant influence on protein meta-bolism. Most iron uptaken by plants is concentrated in chloroplasts. Iron deficiency often leads to chlorosis. This can be seen, in particular, in new leaves. This may result from not only iron deficiency in the soil but also inappropriate pH (higher than 6.5) or interaction of iron with other metals.

Consequences of Iron Deficiency
  • rusty, dead spots on leaves
  • the growth cone is pale, does not grow and does not die.