Actipol EDTA Co-13

Identification & Functionality

Chemical Family

EDTA Salts

Agrochemical Functions

Fertilizer

Technologies

Agrochemicals

Product Families

Agrochemicals — Plant Health, Nutrients & Soil Management

Fertilizers & Nutrients

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

Markets

Agriculture & Feed

Applications

Agriculture & Feed — Agricultural Crops

Cereals,

Fodder & Forage,

Herbs & Spice Crops,

Legumes,

Oilseeds,

Sugar & Starch Crops,

Vegetables

Agriculture & Feed — Pest Control

Agricultural Pest Control

Applicable Crop

Alfalfa,

Barley,

Beans,

Chickpea,

Clover,

Groundnut,

Kale,

Lentil,

Lupin,

Maize (corn),

Millet,

Oats,

Other Crops & Plants,

Peas,

Pulses,

Rapeseed,

Rutabega,

Sorghum,

Soybean,

Turnip,

Vetch,

Wheat

Dosage

Plant	Dose of  Actipol EDTA Mn-13 [kg/ha]	Number of application	Working solution[l/h]	Time of application
Pastures	0.25–0.5	1--2	200–600	Early spring
Legumens	0.3–0.5	1--2	300-600	Early spring with fully formed leaves
Fodder plants	0.3–0.5	1--2	300-600	Early spring with fully formed leaves
Root plants	0.3–0.5	1--2	300-600	Early spring with fully formed leaves

Do not exceed the concentration of 0.1% (1 g/1 l)

Technical Details & Test Data

Cobalt and Its Significance

With appropriate supplies of water and nutrients, application of the cobalt chelate has direct impact on the growth and metabolism of plants at different development stages. It improves the protein content in the plant and increases the yield of root plants.

Consequences of Cobalt Deficiency

Disrupted speed of formation of root papillae (legumes) which impairs the intensity of nitrogen bonding.