Microbiological fertilizer with the addition of natural sulphur. Recommended for alkaline soils (Ph > 7). Solves the problem of sulfur deficiency in the organic category.
Bonacraft S80
Bonacraft S80
Microbiological sulfur fertilizer in granular form
Composition
10 %
Organic substance
Sulfur S 80.00%
Other items
Total nitrogen N 1.20%
Total potassium oxide K2O 3.50%,
Total phosphate P2O5 05.00 %,
Excipients
Iron oxide Fe2O3 3700 mg/kg
Elemental Sulfur
Mineral substance
Bacillus Sp. - KBE/g (10×1010 KBE/g)
Bacillus Mucilaginous; - KBE/g (10×1010 KBE/g)
Bacillus Subtilis; - KBE/g (10×1010 KBE/g)
Bacillus Megaterium ; - KBE/g (10×1010 KBE/g)
CFU = Colony Forming Units
Bacillus Mucilaginous; - KBE/g (10×1010 KBE/g)
Bacillus Subtilis; - KBE/g (10×1010 KBE/g)
Bacillus Megaterium ; - KBE/g (10×1010 KBE/g)
CFU = Colony Forming Units
Beneficial Bacteria
FUNCTION
1. Quickly and effectively solves the problem of sulfur levels in the soil.
2. Effectively oxidizes soil
3. Reduces soil salinity
4. Increases nitrogen fertilizer efficiency
5. Contributes to the formation of enzymes Contributes to metabolism
6. Activates photosynthesis and the growth and development process
7. Sulfur is an effective agent for soil oxidation (reduces alkalinity) . Above a certain amount, it reduces the PH value of the soil.
8. Sulfur is also the fourth most important nutrient in agriculture. Sulfur is essential for many plant growth functions - like nitrogen, it is an important component of protein. A plant cannot grow without protein synthesis, and both nitrogen and sulfur are required for this synthesis.
9. There is a close relationship between nitrogen and sulfur in plants: most plants use about 1 kg of sulfur (S) for every 12 kg of nitrogen.
10. Insufficient supply of sulfur to the soil reduces the efficiency of nitrogen use. A lack of sulfur increases the risk of nitrogen losses, which negatively affects yields and the environment. Studies have shown that adding sulfur to nitrogen fertilizers increases nitrogen use efficiency while reducing soil nitrogen losses. In plants, sulfur is involved in chlorophyll formation, protein production, oil synthesis, activation of other nutrients, and other important vegetative processes
2. Effectively oxidizes soil
3. Reduces soil salinity
4. Increases nitrogen fertilizer efficiency
5. Contributes to the formation of enzymes Contributes to metabolism
6. Activates photosynthesis and the growth and development process
7. Sulfur is an effective agent for soil oxidation (reduces alkalinity) . Above a certain amount, it reduces the PH value of the soil.
8. Sulfur is also the fourth most important nutrient in agriculture. Sulfur is essential for many plant growth functions - like nitrogen, it is an important component of protein. A plant cannot grow without protein synthesis, and both nitrogen and sulfur are required for this synthesis.
9. There is a close relationship between nitrogen and sulfur in plants: most plants use about 1 kg of sulfur (S) for every 12 kg of nitrogen.
10. Insufficient supply of sulfur to the soil reduces the efficiency of nitrogen use. A lack of sulfur increases the risk of nitrogen losses, which negatively affects yields and the environment. Studies have shown that adding sulfur to nitrogen fertilizers increases nitrogen use efficiency while reducing soil nitrogen losses. In plants, sulfur is involved in chlorophyll formation, protein production, oil synthesis, activation of other nutrients, and other important vegetative processes
The PH value is reduced by 1.0 and the nitrogen fertilizers are better absorbed.
Recommended for the soil with the PH value of 7.4 - 8.5
Recommended for the soil with the PH value of 7.4 - 8.5
Soil application
APPLICATION
sandy loam soil
SOIL TYPE
loam soil
clay soil
kg per m2
40
120
180
Grain
FERTILIZING THE PLANTS BY MIXING THEM WITH NITROGEN FERTILIZER (RATIO 1/12)
Legumes
Other
Sulfur per 1 ha
10-15 kg
20-30 kg
30-50 kg
Universal fertilizer, approved for all crops. Same dosage for all cultures
Weight/volume 500 g (bottle), 25 kg / 50 kg (bag), 500 kg / 1 t (big bag)
Corn (beans, peas, buckwheat, soybeans, etc.)
when sowing directly with the seed, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
when sowing directly with the seed, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
Apply potatoes and tuberous vegetables
directly with the seed when sowing, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
directly with the seed when sowing, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
Apply wheat (barley, oats, rye, etc.)
when sowing directly with the seed, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
when sowing directly with the seed, 200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
Apples
Grapes
at the beginning of spring directly in the rows: 100-200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
at the beginning of spring directly in the rows: 100-200 kg per 1 ha
50-100 kg per 1 ha together with mineral fertilizers
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Bacillus Mucilaginous 0x10^10 CFU/g
DOWNLOAD PDF
Bacillus Mucilaginous 0x10^10 CFU/g