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Fertilizer mixtures
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Fertilizer mixtures
Complex mineral fertilizers with different NPK ratios, produced on an individual order in any batches, taking into account the needs of a particular Consumer. Fertilizer mixtures have an advantage over complex fertilizers with a fixed composition, which are not always suitable for application to certain crops and on different soils. By combining the proportions of components for fertilizer mixtures, you can choose the optimal option for a certain crop and taking into account the agrochemical analysis of the soil. Thus, only the necessary nutrients are applied to the soil.
Most popular brands of fertilizer mixtures
For autumn field work
| Fertilizer mixture brand | Culture |
| N:P:K 6:26:30 | Universal, for main application |
| N:P:K 4:17:40 | Sugar beet and potatoes |
| N:P:K 11:13:30 | Winter rapeseed |
| N:P:K 5:21:36 | Corn, sunflower |
| N:P:K 10:19:28 | Flax |
| N:P:K 8:26:26 | Winter grains |
| N:P:K 9:17:31 | For pre-sowing application under winter crops |
For spring field work
| Fertilizer brand | Culture |
| N:P:K 18:14:18 | Spring grains, early spring top dressing of winter crops |
| N:P:K 19:15:15 | Spring grains, early spring top dressing of winter crops |
| N:P:K 25:11:8 | Spring grains and spring rape |
| N:P:K 20:20:10 | Winter, corn on silage |
| N:P:K 24:10:10 | Rapeseed and spring cereals |
| N:P:K 18:12:20 | Corn for silage |
| N:P:K 16:16:20 | Corn for grain |
| N:P:K 10:19:28 | Flax |
| N:P:K 16:14:22 | Corn for grain |
It is possible to manufacture individual brands of fertilizer mixtures to order with different NPK content with the addition of sulfur (S) and a wide range of microelements. Fertilizer mixtures are a cost-effective form of balanced plant nutrition. The optimal ratio of nitrogen, phosphorus and potassium is individual for each type of soil. The economic advantage of fertilizer mixtures reaches 20-30% compared to other fertilizers, especially on crops such as malting barley, sugar beet, vegetables, etc. Fertilizer application rates are set based on the results of agrochemical soil analyses, plant biology and the planned harvest.
