Rich in zinc content; It is one of the important
elements for the branching of plants and increasing
fertility.
Zintac; It enhances stem and branch development in
vegetables and fruit trees and promotes tillering and
straw-rising activities in grains.
With regular use, Zintac prevents rosetting and whip
formation in fruit trees.
It promotes the formation of lateral and apical
shoots in vegetables.
Naturally stimulates growth-regulating hormones in
plant physiology.
It's a nutrient-rich mixture that provides a quick response to plants' micronutrient (trace element) needs. It prevents nutrient deficiencies in plants, corrects deficiencies in affected areas, and alleviates yellowing. The composition includes zinc, iron, boron, copper, manganese, and molybdenum trace elements, ensuring balanced plant nutrition. It's ideal for all garden, greenhouse, and field crops, with no issues during application. It enhances plant height, branch count, and leaf area. High-yielding and high-quality produce isn't just achieved through N, P, K fertilization alone; it also requires complete and timely supplementation of micronutrients that plants need. It increases yield and quality. It can be mixed with most plant protection products without issues.
"It helps strengthen the root system of plants, enabling them to absorb nutrients from the soil. It increases chlorophyll formation in plants. It has a strengthening effect on the plant's immune system against pests and diseases. It protects plants against environmental factors such as frost, drought, and excessive water intake. By enabling the plant to absorb micro elements that are difficult to obtain from the soil in different forms, it facilitates the plant's growth. It increases fruit set and promotes lateral branching in fruit trees. Additionally, it minimizes flower and fruit drop. It enhances the durability of stored products after harvest, providing longer storage possibilities. It prevents the proliferation of viruses that may occur on plants. It minimizes the negative effects that may arise in agricultural combat and enhances the effectiveness of the treatment."
It takes an active role in capillary root formation by stimulating the
root system.
It accelerates water and nutrient uptake by providing cell division
and growth.
Provides faster rooting of seedlings and seedlings by supporting
early germination.
It helps the uptake of difficult nutrients such as phosphate,
potassium, etc. in the soil. Increases plant resistance against
adverse weather conditions (frost, wind, drought, etc.)
-It forms complex structures with metal oxides, hydroxides, and carbonates of metals and alkali earth metals under all conditions, thus forming soluble metal salt complexes by binding them. This complex structure, easily absorbable by plants, is stable. Calcium, magnesium carbonate, and bicarbonate salts found in irrigation water form a structure called scaling in their pipes, causing temporary and permanent hardness.
-Prevents precipitation and other deteriorations caused by high pH in water.
-Acts as a pH adjuster in high-pH (alkaline) waters.
-Increases the effectiveness of fertilizers by adjusting the pH of solution waters.
-Allows the clearing of clogged drip pipes.
-Reduces soil tension (pH) in saline soils, providing relief to plants.
