İda NPK ( 10-10-10+ME)

Ida NPK can be used in all plant varieties in all periods when a balanced feeding is needed. It can be used as drip and foliar fertilizer for field plants grown in open and closed environments.

Ida NPK promotes the balanced growth of plants, photosynthesis and also helps the final yield with flower formation and vegetable development, the balance of macro elements (10-10-10 npk) and trace amounts of micro elements facilitate their uptake.

Ida NPK is a miscible product and mixes well with many foliar fertilizers, insecticides and fungicides. It is recommended to do a premix test in a diluted container before mixing.

Nitrogen in Plants; Nitrogen, which promotes the formation of leaves and stems in plants, is a nutrient that directly affects important physiological functions in the plant, product quantity and product quality. It is the main ingredient of protein in plants and is the basic building block of chlorophyll, which converts solar energy into useful energy for the plant. The plant uses a large amount of nitrogen during the development period of its green evening. The role of nitrogen is very important in the respiration of the roots, the timely flowering, the formation and maturation of the fruit (seed). Trees that are well fed with nitrogen also increase their resistance to pests.

Phosphorus in Plants; Phosphorus is found in the structure of a number of very important organic compounds in the plant. ATP, which transfers energy in the plant, is one of the most important of these compounds. Phosphorus is also necessary for the formation of DNA, which determines the genetic characteristics of the plant. For these reasons, which are briefly explained, phosphorus has an important place among plant nutrients. Phosphorus is found more in the generative organs of the plant than in other organs. In addition, phosphorus is known as an element that is effective on the generative development of the plant. The most generative organs such as flowers, fruits and seeds are damaged by phosphorus deficiency. However, phosphorus deficiency also negatively affects the vegetative development of the plant. Growth regresses in plants with phosphorus deficiency.

Potassium in Plants; Potassium plays a fundamental role in multiple events that occur in plants. It increases the cell sap and thus the plant's water balance and resistance against drought. It helps in preventing drought and frost stress. Potassium increases the resistance of plants against diseases. Potassium, which ensures the maturation of the seed, also provides the development of the root system of the plant. It plays a role in the formation of chlorophyll. Trace elements in Plants; Trace elements are important to ensure the continuous and healthy growth of plants. Trace elements have various functions for a plant. For example, they can contribute to the development of chlorophyll grands, the formation of enzymes, improved photosynthesis, an improved metabolic process, cell elongation and tightness of cell membranes.