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Azoplon MICRO Grain

N(Mg-s) 10(8-27) + mikro

Nutrients% (m/m)
Total nitrogen  (N)10,0
(NH4)3,8
Amide nitrogen (N-NH2)6,2
Magnesium oxide  (MgO)8,0
Sulfur trioxide  (SO3)27,0
Copper(Cu) (EDTA)1,300
Iron (Fe) (EDTA)0,300
Manganese (Mn) (EDTA) 1,700
Molybdenum (Mo) 0,030
Zink (Zn) (EDTA) 0,800

AZOPLON MICRO Grain is a special, multi-component fertilizer with microelements that are necessary for the proper growth and development of grain. Chloride-free crystalline fertilizer, completely soluble in water, for foliar fertilization of autumn and spring rape in autumn and spring. It is used to fertilize wheat, triticale, rye, barley and oats. It is the perfect combination of micronutrients and also contains macroelements such as nitrogen, magnesium and sulfur. The nitrogen and magnesium used in the fertilizer have a positive effect on the uptake and assimilation of microelements. It provides readily available micronutrients, primarily copper, manganese and zinc, as well as iron and molybdenum, which are essential for grain. Fertilizer is especially recommended when the grain needs micronutrients the most or when plants are weakened by stressors. AZOPLON MICRO Grain is a valuable supplement to soil fertilization, positively influencing plant growth and development, as well as grain yield and quality parameters.

ADVANTAGES

  • the use of chelated forms of micronutrients (Cu, Mn, Zn, Fe) guarantees a rapid comprehensive supply of easily digestible nutrients to plants, especially during times of greatest need;;;
  • effectively eliminates sudden nutrient deficiencies;
  • the comprehensive application of the most important micronutrients in cereals, including copper, manganese and zinc, guarantees the proper functioning of many physiological processes in cereals;
  • nitrogen is present in the recommended amide form for foliar fertilization of plants,

PACKAGING:

  • 4 kg cardboard box
  • 10 kg bag

Expert said

The microelements and sulfur used in the fertilizer improve the efficiency of nitrogen fertilization and improve the quality parameters of the grain. Copper and manganese stimulate root development and bushing and make plants healthier. Copper increases the dehydration resistance of cereals, while manganese enhances the procedures for regulating grain growth (when used at an early stage) and improves the winter resistance of cereals. Zinc increases resistance to disease, intermittent water shortages and low temperatures. Molybdenum increases the resistance of plants to stressors and prepares them for winter rest. The right amount of this element in the grain allows the dynamic growth of young plants. Iron improves the general condition of plants, increases their resistance to stress and improves grain quality parameters by limiting excessive accumulation of nitrates.

 

CultivationTime of application  (fejlődési szakasz)Dose of fertilizer
(kg/ha)
Number of sprayings recommendedRecommended amount of water  (l/ha)Recommended concentration range (%)
Autumn grainAutumn 4-6 leaf phase
Early spring bushing
Spring Stem growth
1-2
2
1-2
1200
 
0,5-1
1
0,5-1
Spring grain4-6 leaf phase
Bushing
Stem growth
2
2
1-2
12001
1
0,5-1
CultivationTime of application  (fejlődési szakasz)Dose of fertilizer
(kg/ha)
Number of sprayings recommendedRecommended amount of water  (l/ha)
Autumn wheatAutumn 4-6 leaf phase
Spring Beginning of bushing
Spring Stem growth
1-2
2
1-2
 
1200
Spring wheatLeaf development - end of bushing
Stem growth
2
1-2
1200
Autumn triticaleAutumn 4-6 leaf phase
Spring bushing
Spring stem growth
1-2
2
1-2
1200
Spring triticaleLeaf development - End of bushing
Stem growth
2
1-2
1200
Autumn ryeAutumn leaf development - the beginning of bushing
The beginning of spring stalking
Thickening of the leaf sheath of a spring flag leaf Start of shoot growth
1-2
2
1-2
1200
Spring ryeLeaf development - the beginning of stem growth
Thickening of the leaf sheath of a flag leaf
2
1-2
1200
Autumn oatsAutumn leaf development - the beginning of bushing
Spring is the beginning of stem growth
Thickening of the leaf sheath of a spring flag leaf
1-2
2
1-2
1200
Spring barleyLeaf development - the beginning of stem development
Thickening of the leaf sheath of a flag leaf
2
1-2
1200
BarleyLeaf development - the beginning of bushing
Onset of stem development
2
1-2
1200