PRODUCTS
Intense
Liquid fertilizers for intensive plant growth. They contain macronutrients and are enriched with micronutrients. The composition depends on the fertilized crop or growth stage.
Intense Grain is a complex liquid fertilizer containing phosphorus and potassium, enriched with trace elements and IKAR Formula Power *. Phosphorus is extremely important for the vegetation of plants, as it regulates many vital processes associated with growth. Potassium increases the resistance to low temperatures, controls the function of the stomata in the leaves and thus prevents water loss from the plant.
Intense Oil is a complex liquid fertilizer that contains nitrogen (N), phosphorus (P), potassium (K) and sulfur (S). Phosphorus is extremely important for the vegetation of plants, as it regulates many vital processes associated with growth.
Potassium increases the resistance to low temperatures, controls the function of the stomata in the leaves and thus prevents water loss from the plant. Sulfur stimulates photosynthesis, chlorophyll production, respiratory processes, nitrogen and carbon metabolism, the formation of many vitamins, enzymes and essential oils.
Intense Fruit is a complex liquid fertilizer that contains phosphorus (P), potassium (K), boron (B) and magnesium (Mg). Phosphorus is extremely important for the vegetation of plants, as it regulates many vital processes associated with growth.
Potassium increases the resistance to low temperatures, controls the function of the stomata in the leaves and thus prevents water loss from the plant. Boron is needed by plants throughout the growing season. Magnesium is a major component of chlorophyll and cannot be replaced by another element during photosynthesis.
Intense Veggies is a complex liquid fertilizer that contains nutrients that are suitable and very important in growing vegetables. Phosphorus is extremely important for the vegetation of plants, as it regulates many vital processes associated with growth. Potassium increases the resistance to low temperatures, controls the function of the stomata in the leaves and thus prevents water loss from the plant.
Copper (Cu) is involved in metabolic processes related to proteins and carbohydrates, forms the lignin tissue on which the strength and power of the cell depends, and leads to increased resistance to fungal and bacterial diseases.