Liquid Amino NPK fertilizer is in the form of a suspension and contains consumables from three primary Elements, including nitrogen (N), phosphorus (P) and potassium (K), which is complexed with organic matter and amino acids (A.A), which is better absorbed and rapid effectiveness. This fertilizer treatment of essential macronutrients and enhances photosynthesis in the plant, also increases vegetative growth, rooting, flowering and is used to improve the quality and quantity of Fruits. This fertilizer is useful for uniform and continuous nutrition during the Plant growth Stages. Due to its amino acids, it stimulates growth and increases resistance to environmental stress. NPK+A.A can be used in all crops, Trees and greenhouse crops in the form of irrigation and foliar Applications.
Ingredients (w/v) :
N 5%, P 5%, K 5%, OM 3%, Free Amino Acid 5%
Foliar & Irrigation
2-3 Liters in 1000 liters of water
10-20 Liters per Hectare
During the entire stages of plant growth
Amino acids act as building blocks of proteins in plants and play an important role in the absorption of nutrients such as nitrogen, phosphorus and potassium. Nitrogen is one of the key elements for the formation of amino acids and proteins, and the presence of amino acids in the soil can help to promote the exchange of nitrogen availability. In addition to nitrogen, amino acids can also facilitate the absorption process of phosphorus and potassium. These elements are of great importance because they play an essential role in the plant's metabolic processes. By increasing access to these elements, it increases the efficiency and production capacity of plants.
The use of NPK fertilizer enriched with amino acids clearly increases the growth and flowering of plants. This fertilizer not only helps to provide important nutrients, but also facilitates metabolic processes and cell growth. The result of this will be a significant increase in the height and production of plants. In addition, the combination of amino acids with NPK fertilizer can increase the resistance of plants against environmental stresses such as drought, temperature and diseases.
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