Nitrogen (N) fertilizer enriched with trace elements for additional foliar application. One of the advantages of liquid fertilizers is the possibility to spread them not only in higher doses during the first fertilization, but also in small doses for subsequent additional fertilization. Fertilizer contains methylene urea nitrogen which has slower uptake and causes no osmotic stress and therefore no damage to the plant. In a normal urea solution, a large amount of phytotoxic mineral salts remain on the surface of the plant. The crystallized urea remaining on the plant will hydrolyze into ammonia and carbon dioxide where it is lost to the atmosphere.
This causes tissue damage at the point of contact, and renders the plant incapable of absorbing the remaining nutrient salt. Due to special formula, portion of it which is in its simplest nitrogen state (urea) is used by the plant first, while majority of nitrogen is absorbed in the more complex soluble polymethyleneurea molecules until the plant can break them down into more usable units of nutrition. This ensures longterm effects and helps plants to absorb and use nitrogen more effectively for a longer period.
Trace elements are one of the factors that determine crop yield. Plants need small amounts of trace elements, but their importance is high. Each trace element is responsible for certain physiological processes of the plant and cannot be replaced by another. They not only activate the physiological processes of plants, but also help in the assimilation of other nutritional elements. However, it is important to recognize that both a deficiency and an excess of trace elements can be harmful to plants. In both cases, normal growth is disrupted. Only those trace elements that are in the sorbing complex and soil solutions are available to plants.

ADVANTAGES:

• fertilizer contains nitrogen that is rapidly absorbed by the plant,
• methylene urea nitrogen ensures longer absorption of nitrogen,
• promotes the activity of microorganisms in the soil,
• stimulates the growth of root system,
• increases plant resistance to stress,
• affects the quality of the yield.