Knowde Enhanced TDS
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
- Markets
- Applications
- Applicable Crop
- Application Technique
- Dosage
Plant
Dose of Actipol EDTA Mn-13 [kg/ha]
Number of application
Working solution[l/h]
Time of application
Cereals
0.3–0.8
1 --2
200 - 300
1. Spring- beginning of the tillering phase until the blade formation phase 2. Intensive growth
Potatoes
0.4–1.2
1 --2
Corn
0.4–1.0
1–2
200-300
1. From 4 to 10 leaves
Sugar beet
0.4–1.0
1–2
200-300
1.10-12 leaves phase
Rapeseed
0.3–1.8
1–2
200-300
1. Stem formation period
2. Before floweringOrchards (apple tree, pear tree,gean, cherry, plum,strawberry, raspberry,currant, blueberry)
1.0–1.5
3--5
700-1000
During all development phases
every 10-14 days
Vines
0.5–1.0
1–2
500-1000
1. Shoot development period
2. Inflorescence formation phase, until the flowering phaseVegetables
0.5–1.1
1–3
300-600
1. From 5 weeks after planting the seedlings
2. Head formationOther
0.3–0.8
1–2
200-300
1. When deficit of the component is identified
Fertigation: From 5 g of Actipol EDTA Mn-13 per 1000 liters of water you get a solution of 0.65 mg Mn/liter.
In the case of application of Actipol DTPA Mn-10, it is recommended to increase the dose of the fertilizer by 25%.
Technical Details & Test Data
- Manganese and Its Significance
Manganese is a regulator and activator of growth; it also activates some enzymes. It prevents chlorosis and regu-lates proper development of plants and roots. It determines the appearance of the plant.
- Consequences of Manganese Deficiency
- speckled chlorosis
- impeded plant growth
- leave yellowing and drying.