Enhanced TDS
Knowde-enriched technical product data sheet
Identification & Functionality
- Chemical Family
- Agrochemical Functions
- Technologies
- Product Families
Features & Benefits
- Performance
Chelates are complex compounds in which the appropriate organic compound is tied to a metal ion.
L-Actipol EDTA Mn-6 means:
- Fully chelated manganese,
- Immediate availability of manganese to plants,
- Perfect solubility,
- Stability over a broad range of pH,
- Full dose of manganese for the plant.
Applications & Uses
- Markets
- Applications
- Applicable Crop
- Application Technique
- Dosage
Dosage
Amount of
Plants
Time of application
working
[l/ha]
solution
1 – Fullness of the tillering phase**
[l/ha]
winter
2
– Blade formation phase*
3
– As an intervention – after identification of deficiency 2-3 treatments
every 10-14 days**
Cereals
1 – Fullness of the tillering phase*
1.4-1.75
200-300
2
– Blade formation phase*
spring
3
– Stem elongation- flag leaf just visible*
4
– As an intervention – after identification of deficiency 2-3 treatments
every 10-14 days**
1 – Formation of basal side shoots*
Potatoes
2
– Inflorescence formation phase*
0.7-2.1
200-300
3
– As an intervention – after identification of deficiency 2-3 treatments
every 10-14 days**
1 – From 4 to 10 leaves**
Corn
2
– Before shedding the panicle**
0.7-1.75
200-300
3
– As an intervention – after identification of deficiency 2-3 treatments
every 10-14 days**
1 – Phase of 4-8 leaves*
2
– Phase of 9 or more leaves*
Sugar beet
3
– Before the merging of the rows*
1.4-1.75
200-300
4
– As an intervention after noticing the first symptoms of Cercospora
beticola Sacc.*
1 – Formation of side shoots**
Rapeseed
2
– At the intensive growth phase - stem elongation*
1.4
200-300
3
– As an intervention – after identification of deficiency 2-3 treatments
every 10-14 days**
Pulses
1 – Development of leaves*
0.5-1.4
200-300
2
- At the intensive growth phase (elongation of internodes)*
1 – Preventively – from the beginning of vegetation to the harvest*
Vegetables
2
– As an intervention – after identification of deficiency 1-2 treatments
1.75-2.6
400-600
every 10-14 days*
Fruit trees
1 – Preventively – during the vegetation period*
2
– As an intervention – after identification of deficiency 2-3 treatments
1.75-2.6
700-1000
and bushes
every 10-14 days*
1 – At the beginning of vegetation**
100
Decorative
2
– At the intensive growth phase**
0.1-0.2
(10-20 ml per
plants
3
– As an intervention – after identification of deficiency 2-3 treatments
10 l of water)
every 10-14 days**
1 – Preventively – 1-3 treatments during the vegetation period**
Other
2
– As an intervention – after identification of deficiency 2-3 treatments
0.5-1.4
300-400
every 10-14 days**
Preparation of a working solution: Apply separately or jointly with urea, magnesium sulfate monohydrate, or plant protection agent. Directly before the spraying, fill up the sprayer with water up to 2/3 of the capacity and turn the mixer on; add in the order specified: urea, monohydrate magnesium sulfate, L-Actipol EDTA Mn-6, plant protection agent according to application instruction (if envisaged and recommended for mixing by the manufacturer), adjuvant; fill up with water and start spraying. Do not exceed the recommended doses of L-Actipol EDTA Mn-6.
Technical Details & Test Data
- Manganese and Its Significance
Manganese is present in large quantities in meristematic tissues and plays a number of important functions in the plant. This important element takes part in, among other things, the photosynthesis process and is the activator of nitrate reduction enzymes, and protein, sugar and lipid metabolism. It also activates the enzymes taking part in the breathing process. This element also supports the growth of secondary roots and has positive impact on the growth of quality components, such as vitamin C.
- Consequences of Manganese Deficiency
- Chlorosis between the nerves (speckled chlorosis),
- Impeded plant growth,
- Leave yellowing and drying,
- Inhibition of photosynthesis and breathing processes,
- Increased plant sensitivity to low temperatures,
- Necrotic gray spots, leaf spot, on oat leaves,
- Poorer quality of crops.